Output-Based Pricing System Regulations, SOR/2019-266 [Modified on Nov 9, 2023]

Her Excellency the Governor Common in Council, on the advice of the Minister of the Setting, makes the annexed Output-Primarily based Pricing System Laws pursuant to

Interpretation

Definition of facility

(a) the entire following components which are operated in an built-in approach to perform an industrial exercise:

(i) a website, or a number of websites, at which an industrial exercise is carried out and the buildings, tools, and different constructions and stationary objects situated on these websites, and

(ii) every other websites used together with the economic exercise, together with a quarry, tailings pond, wastewater lagoon or pond and landfill; or

(b) the portion of a pure gasoline transmission pipeline system inside a province, used to transmit processed pure gasoline, of which the pipelines and related installations or tools — together with compressor stations, storage installations and compressors — are operated in an built-in approach, however excludes pipelines, installations or tools which are used within the native distribution of pure gasoline and which are downstream of a metering station.

A couple of particular person accountable — paragraph 1(a)

(2) If multiple particular person is liable for the weather referred to in subparagraph (1)(a)(i) or (ii) as an proprietor or in any other case, together with having the cost, administration or management of, or because the true resolution maker with respect to their operations, these components are solely included within the definition of facility if there may be a minimum of one one that is liable for, owns, has the cost administration or management of, or is the true resolution maker in frequent.

A couple of particular person accountable — paragraph 1(b)

(3) If multiple particular person is liable for the pipelines and related installations or tools referred to in paragraph (1)(b) as an proprietor or in any other case, together with having the cost, administration or management of, or because the true resolution maker with respect to the pipelines and related installations or tools, these pipelines and related installations or tools are solely included within the definition of facility if there may be a minimum of one one that is liable for, owns, has the cost administration or management of, or is the true resolution maker in frequent.

Single facility

(4) If two or extra amenities referred to in paragraph (b) of the definition facility in subsection (1) throughout the identical province have the identical particular person accountable, or, if they’ve multiple particular person accountable, they’ve a minimum of one particular person accountable in frequent, and are operated in an built-in approach, they’re deemed to be a single facility.

Interpretation

(5) With respect to a facility

(a) any a part of a public highway or of a railway observe that’s bordered on each side by the power and used to hold out the power’s industrial actions is deemed to be a part of the power;

(b) for better certainty, any a part of a railway observe that’s used solely to hold out the power’s industrial actions is a part of the power;

(c) for better certainty, buildings which are used for authorized, administrative or administration functions and that aren’t situated the place an industrial exercise is carried out are usually not included for the needs of the definition of facility; and

(d) if two or extra amenities referred to in paragraph (b) of the definition facility in subsection (1), throughout the identical province, have the identical particular person accountable or an individual accountable in frequent and are usually not operated in an built-in approach, they every represent a separate facility.

Definitions

Act

Act means the Greenhouse Gasoline Air pollution Pricing Act. (Loi)

further industrial exercise

further industrial exercise means an industrial exercise that’s not set out in column 1 of Schedule 1, that’s acknowledged by the Minister, together with for the needs of a facility’s designation as a lined facility beneath subsection 172(1) of the Act, and that’s engaged in in a sector that’s acknowledged by the Minister as being at important danger of competitiveness impacts ensuing from carbon pricing and of carbon leakage ensuing from carbon pricing. (activité industrielle additionnelle)

ANSI Nationwide Accreditation Board

ANSI Nationwide Accreditation Board means the accreditation group that may be a subsidiary of the American Nationwide Requirements Institute. (ANSI Nationwide Accreditation Board)

approved official

approved official means

(a) in respect of an individual liable for a lined facility who’s a person, that particular person or one other particular person who is allowed to behave on their behalf;

(b) in respect of an individual liable for a lined facility that may be a company, an officer of the company who is allowed to behave on its behalf; and

(c) in respect of an individual liable for a lined facility that’s one other entity, a person who is allowed to behave on its behalf. (agent autorisé)

biomass

biomass means vegetation or plant supplies, animal waste or any product manufactured from both of those, together with wooden and wooden merchandise, bio-charcoal, agricultural residues, biologically derived natural matter in municipal and industrial wastes, landfill gasoline, bio-alcohols, pulping liquor, sludge digestion gasoline and gas from animal or plant origin. (biomasse)

boiler unit

boiler unit has the identical which means as subsection 2(1) of the Laws Limiting Carbon Dioxide Emissions from Pure Gasoline-fired Era of Electrical energy. (groupe chaudière)

combustion engine

combustion engine means an engine, apart from an engine that’s self-propelled or designed to be propelled whereas performing its perform, that

(a) operates in accordance with the Brayton thermodynamic cycle and combusts fossil fuels to provide a web quantity of motive energy; or

(b) combusts fossil fuels and makes use of reciprocating movement to transform thermal vitality into mechanical work. (moteur à combustion)

combustion engine unit

combustion engine unit has the identical which means as subsection 2(1) of the Laws Limiting Carbon Dioxide Emissions from Pure Gasoline-fired Era of Electrical energy. (groupe moteur à combustion)

Directive 017

Directive 017 means the directive entitled Directive 017: Measurement Necessities for Oil and Gasoline Operations, printed by the Alberta Power Regulator on December 13, 2018. (directive 017)

Directive PNG017

Directive PNG017 means the directive entitled Directive PNG017: Measurement Necessities for Oil and Gasoline Operations, printed by the Authorities of Saskatchewan on August 1, 2017. (directive PNG017)

distribution system

distribution system has the identical which means as part 3 of the Act. (réseau de distribution)

dolomitic lime

dolomitic lime means lime derived from limestone that incorporates equal to or greater than 5% magnesium carbonate. (chaux dolomitique)

electrical energy era facility

electrical energy era facility means a lined facility, apart from one whose major exercise is one thing apart from an industrial exercise, that generates electrical energy as its major industrial exercise, used to generate electrical energy from fossil fuels and composed of 1 unit or a bunch of items. (set up de manufacturing d’électricité)

flaring emissions

flaring emissions means managed emissions of gases from industrial actions on account of the combustion of a gasoline or liquid stream produced at a facility, the aim of which isn’t to provide helpful warmth. It doesn’t embody emissions from the flaring of landfill gasoline. (émissions de torchage)

gaseous gas

gaseous gas means a fossil gas that’s gaseous at a temperature of 15°C and a stress of 101.325kPa. (flamable gazeux)

GHG

GHG means greenhouse gasoline. (model anglaise seulement)

GHGRP

GHGRP means the doc entitled Greenhouse Gasoline Reporting Program, Canada’s Greenhouse Gasoline Quantification Necessities, printed by the Division of the Setting in 2017. (méthode d’ECCC)

world warming potential

world warming potential or GWP means the worldwide warming potential set out in column 2 of Schedule 3 to the Act for the greenhouse gasoline set out in column 1 of that Schedule. (PRP ou potentiel de réchauffement planétaire)

gray cement

gray cement means a combination composed primarily of clinker that incorporates greater than 0.5% by weight of ferric oxide, gypsum and limestone. (ciment gris)

HFC

HFC means the hydrofluorocarbons set out in objects 6 to 24 of Schedule 3 to the Act. (HFC)

high-calcium lime

high-calcium lime means lime derived from limestone that incorporates lower than 5% magnesium carbonate. (chaux forte en calcium)

industrial course of emissions

industrial course of emissions means emissions from an industrial course of that includes a chemical or bodily response apart from combustion and the aim of which isn’t to provide helpful warmth. (émissions liées aux procédés industriels)

industrial product use emissions

industrial product use emissions means emissions from using a product in an industrial course of that doesn’t contain a chemical or bodily response and doesn’t react within the course of, together with emissions from using sulphur hexafluoride (SF6), HFCs and PFCs as cowl gases and using HFCs and PFCs in a foam-blowing course of. (émissions associées à l’utilisation de produits industriels)

IPCC Pointers

IPCC Pointers means the rules entitled 2006 IPCC Pointers for Nationwide Greenhouse Gasoline Inventories, printed by the Institute for World Environmental Methods in 2006. (lignes directrices du GIEC)

ISO Customary 14065

ISO Customary 14065 means the usual ISO 14065 entitled Greenhouse gases — Necessities for greenhouse gasoline validation and verification our bodies to be used in accreditation or different types of recognition, printed by the Worldwide Group for Standardization in 2013. (norme ISO 14065)

leakage emissions

leakage emissions means uncontrolled emissions. It doesn’t embody industrial course of emissions and industrial product use emissions. (émissions dues aux fuites)

liquid gas

liquid gas means a fossil gas that’s liquid at a temperature of 15°C and a stress of 101.325kPa. (flamable liquide)

pure gasoline

pure gasoline means a combination of hydrocarbons — similar to methane, ethane or propane — that’s in a gaseous state at a temperature of 15°C and a stress of 101.325 kPa and that’s composed of a minimum of 70% methane by quantity or that has a better heating worth that’s not lower than 35 MJ/normal m3 and less than 41 MJ/normal m3. It excludes landfill gasoline, digester gasoline, refinery gasoline, blast furnace gasoline, coke oven gasoline or gasoline derived via industrial processes from petroleum coke or coal, together with artificial gasoline. (gaz naturel)

on-site transportation emissions

on-site transportation emissions means emissions from registered or unregistered automobiles and different equipment which are used on the facility for the transport of drugs, supplies, tools or merchandise utilized in a manufacturing course of or for the transport of individuals, and which are fuelled utilizing fuels delivered in a supply to which an exemption certificates referred to in subparagraph 36(1)(b)(v) of the Act applies. (émissions liées au transport sur le website)

PFC

PFC means the perfluorocarbons set out in in objects 25 to 33 of Schedule 3 to the Act. (PFC)

strong gas

strong gas means a fossil gas that’s strong at a temperature of 15°C and a stress of 101.325kPa. (flamable solide)

speciality lime

speciality lime means lime produced by passing dolomitic lime via a kiln greater than as soon as or by including materials to dolomitic lime to vary its properties. (chaux spécialisée)

specified emission sort

specified emission sort means an emission sort listed in subsection 5(1). (sort d’émissions visé)

specified industrial exercise

specified industrial exercise means, with respect to a lined facility, an industrial exercise referred to in subsection 5(2).  (activité industrielle visée)

stationary gas combustion emissions

stationary gas combustion emissions means emissions from stationary gadgets that combust strong fuels, liquid fuels, gaseous fuels, or tires or asphalt shingles, whether or not in entire or partly, for the aim of manufacturing helpful warmth. (émissions de combustion stationnaire de flamable)

thermal vitality

thermal vitality means helpful thermal vitality within the type of steam or scorching water that’s meant for use for an industrial objective. (énergie thermique)

thermal vitality to electrical energy ratio

thermal vitality to electrical energy ratio means, in respect of a unit or tools that generates electrical energy, the ratio of the full amount of thermal vitality produced to the full amount of gross electrical energy generated by the unit or tools, not together with the portions from using duct burners, in a calendar yr and expressed in the identical items of measurement. (rapport énergie thermique-électricité)

whole capability

whole capability means, in respect of a unit or tools that generates electrical energy, both

(a) the utmost steady ranking (the utmost web energy that may be constantly sustained by a unit or tools that generates electrical energy with out using duct burners, at a temperature of 15˚C and a stress of 101.325 kPa), expressed in MW of electrical energy, as most just lately reported to a provincial authority of competent jurisdiction or to the electrical system operator within the province the place the unit or tools is situated, or

(b) if no report has been made, essentially the most electrical energy that was generated by the unit or tools throughout two steady hours in a calendar yr, expressed in MW of electrical energy. (capacité totale)

2020 GHGRP

2020 GHGRP means the doc entitled Greenhouse Gasoline Reporting Program, Canada’s Greenhouse Gasoline Quantification Necessities, the December 2020 model, printed by the Division of the Setting. (méthode d’ECCC 2020)

unit

unit means an meeting comprised of a boiler or combustion engine and every other tools that’s bodily linked to both, together with duct burners and different combustion gadgets, warmth restoration techniques, steam generators, turbines and emission management gadgets, and that generates electrical energy and, if relevant, produces thermal vitality from the combustion of fossil fuels. (groupe)

venting emissions

venting emissions means managed emissions that happen as a result of design of a facility, to procedures used within the manufacture or processing of a substance or product or to stress exceeding the capability of the tools on the facility. (émissions d’évacuation)

waste emissions

waste emissions means emissions that end result from waste disposal at a facility, together with the landfilling of strong waste, the organic therapy or incineration of waste and the flaring of landfill gasoline. Waste emissions don’t embody emissions from the combustion of tires or asphalt shingles, whether or not in entire or partly, to provide helpful warmth or on-site transportation emissions. (émissions des déchets)

wastewater emissions

wastewater emissions means emissions ensuing from industrial wastewater and industrial wastewater therapy at a facility. (émissions des eaux usées)

WCI Technique

WCI Technique means the doc entitled Remaining Important Necessities of Obligatory Reporting, printed on December 17, 2010 by the Western Local weather Initiative. (méthode de la WCI)

white cement

white cement means a combination composed primarily of clinker that incorporates 0.5% or much less by weight of ferric oxide, gypsum and limestone. (ciment blanc)

Incorporation by reference

(2) Until in any other case indicated, a reference to any doc included by reference into these Laws, besides the GHGRP and the 2020 GHGRP, is included as amended once in a while.

Accreditation

(3) Regardless of subsection (2), if ISO Customary 14065 is amended, the earlier model of the doc could also be complied with for a interval of 4 years starting on the day on which the amended model is printed.

Objective

Objective

Overview

System elements

(a) the way during which an individual liable for a lined facility should, beneath Half 2 of the Act, present a report that units out the knowledge with respect to the GHG emissions restrict and trigger the report back to be verified;

(b) the strategies to quantify the GHGs from a lined facility and the manufacturing from every specified industrial exercise engaged in on the lined facility;

(c) the way of figuring out the lined facility’s GHG emissions restrict based mostly on the power’s manufacturing from every specified industrial exercise and the relevant output-based normal; and

(d) the way during which compensation is offered for extra emissions and surplus credit are issued.

Utility

Quantification of GHGs

(a) stationary gas combustion emissions;

(b) industrial course of emissions;

(c) industrial product use emissions;

(d) venting emissions;

(e) flaring emissions;

(f) leakage emissions;

(g) on-site transportation emissions;

(h) waste emissions; and

(i) wastewater emissions.

Specified industrial actions

(2) Output-based requirements are established beneath these Laws for the economic actions set out in column 1 of Schedule 1 and for extra industrial actions engaged in on the lined facility.

Finish of designation

Situation not met

Discover

(2) The Minister should present discover of their intention to cancel the lined facility’s designation to the particular person liable for the lined facility a minimum of 30 days earlier than cancelling the designation.

Cancellation following request

Ceasing to be a lined facility

(a) it has ceased manufacturing from all specified industrial actions for 5 consecutive compliance intervals; or

(b) the particular person liable for the lined facility makes a request to that impact as a result of it’s anticipated that the desired industrial actions engaged in on the lined facility will stop for a minimum of 12 consecutive months.

Date of cessation

(2) A lined facility ceases to be a lined facility on the next date:

(a) for the needs of paragraph (1)(a), on December 31 of the fifth consecutive calendar yr for which no manufacturing is reported in an annual report; and

(b) for the needs of paragraph (1)(b), on the later of

(i) the thirtieth day following the date the Minister receives the request from the particular person liable for the lined facility, or

(ii) the date the lined facility ceases manufacturing.

(3) [Repealed, SOR/2021-197, s. 3]

Necessities for partial compliance interval

Lined Facility

Standards — definition part 169 of Act

(a) a report was made, in accordance with a Discover with respect to reporting of greenhouse gases (GHGs) printed beneath part 46 of the Canadian Environmental Safety Act, 1999, in respect of that facility indicating that that facility emitted a amount of GHGs equal to 50kt or extra of CO2e, as a number of amenities as outlined in such a discover, for the 2014 calendar yr or any subsequent calendar yr; and

(b) the first exercise engaged in on the facility is any of the economic actions set out in column 1 of Schedule 1.

Distant neighborhood

(a) generates electrical energy for common distribution to the general public in a geographic space that’s neither serviced by {an electrical} community that distributes electrical energy and is topic to the requirements of the North American Electrical Reliability Company nor by a distribution system,

(b) isn’t linked to {an electrical} community, for the distribution of electrical energy, that’s topic to the requirements of the North American Electrical Reliability Company, and

(c) isn’t linked to a distribution system.

Compliance Interval

Compliance interval

First compliance interval

(2) If a facility turns into a lined facility beneath the Act after January 1 of a given calendar yr, its specified interval, for the needs of the definition compliance interval in part 169 of the Act, begins on January 1 of the calendar yr following

(a) the calendar yr throughout which the power is registered beneath subsection 171(2) of the Act, if the power meets the standards set out in part 8, or

(b) the calendar yr throughout which the power was designated as a lined facility beneath subsection 172(1) of the Act.

Particular person Accountable

Particular person accountable

Conclusive presumption

(a) the necessities set out in part 173 of the Act;

(b) the necessities set out in part 174 of the Act with respect to offering compensation;

(c) the requirement beneath subsection 176(1) of the Act to inform the Minister of any errors or omissions;

(d) the requirement beneath subsection 176(2) or 177(2) of the Act to submit any corrected report beneath part 62 or 63, respectively;

(e) the requirement beneath paragraph 178(1)(a) of the Act to offer any compensation;

(f) the necessities set out in part 181 of the Act;

(g) the requirement to take care of the OBPS account referred to in part 14;

(h) the requirement beneath subsection 187(5) of the Act to retain the knowledge set out in part 47; and

(i) the requirement to inform the Minister if there’s a change within the particular person accountable, in accordance with part 48.

Interval of necessities

(2) The necessities set out in paragraphs (1)(a) to (g) apply in the course of the interval needed beneath the Act and the necessities set out in paragraphs (1)(h) and (i) apply throughout a interval of seven years after the top of the yr during which the power ceased to be a lined facility.

Surplus credit

(3) If a facility ceases to be a lined facility, the particular person liable for that facility is deemed to be liable for a lined facility for the aim of acquiring surplus credit beneath part 175 of the Act and paragraph 178(1)(b) of the Act.

Annual Report

Content material of annual report

(a) in respect of a lined facility, apart from one referred to in paragraph (b) or (c),

(i) the full amount of GHGs from the lined facility in the course of the compliance interval, expressed in CO2e tonnes, as decided in accordance with part 17, and

(ii) the lined facility’s manufacturing in the course of the compliance interval, from every specified industrial exercise, quantified in accordance with part 31;

(b) in respect of an electrical energy era facility,

(i) the full amount of GHGs from every unit throughout the lined facility in the course of the compliance interval, expressed in CO2e tonnes, as decided in accordance with part 20,

(ii) the sum of the full portions of GHGs decided beneath subparagraph (i) for all items throughout the facility, expressed in CO2e tonnes,

(iii) the manufacturing in the course of the compliance interval by every unit throughout the lined facility from every of the economic actions set out in paragraphs 38(a) to (c), column 1, of Schedule 1 which are engaged in on the unit, individually for every industrial exercise, quantified in accordance with part 32, and

(iv) the sum of the manufacturing from the entire items throughout the lined facility in the course of the compliance interval, from the entire industrial actions set out in paragraphs 38(a) to (c), column 1, of Schedule 1;

(c) in respect of a lined facility, the place the desired industrial actions are each the manufacturing of coal by mining coal deposits and, if composed of a unit or a bunch of items which are registered beneath the Discount of Carbon Dioxide Emissions from Coal-fired Era of Electrical energy Laws, the era of electrical energy,

(i) the full amount of GHGs from the lined facility in the course of the compliance interval, which is the sum of the full amount of GHGs from the mining of coal deposits, decided in accordance with part 17, and the full portions of GHGs from the era of electrical energy, decided in accordance with part 20, expressed in CO2e tonnes,

(ii) with respect to the manufacturing of coal by mining coal deposits, the manufacturing in the course of the compliance interval from every specified industrial exercise, in accordance with part 31, and

(iii) with respect to the era of electrical energy,

(A) the manufacturing in the course of the compliance interval by every unit throughout the lined facility from every of the economic actions set out in paragraphs 38(a) to (c), column 1, of Schedule 1 which are engaged in on the unit, individually for every industrial exercise, in accordance with part 32, and

(B) the sum of the manufacturing from the entire items throughout the lined facility in the course of the compliance interval, from the entire industrial actions set out in paragraphs 38(a) to (c), column 1, of Schedule 1;

(d) the amount of GHGs emitted from the lined facility in the course of the compliance interval as decided in accordance with part 35, and, if captured and saved CO2 is being subtracted beneath that part, the full amount of CO2 captured and saved in a storage venture that meets the standards in subsection 35(2);

(e) the GHG emissions restrict relevant to the lined facility for the compliance interval, calculated

(i) in respect of a facility referred to in paragraph (a), in accordance with part 36, 36.1 or 36.2,

(ii) in respect of a facility referred to in paragraph (b), in accordance with part 41, 41.1 or 41.2, and

(iii) in respect of a facility referred to in paragraph (c), in accordance with part 42; and

(f) the optimistic end result (equivalent to the amount of GHGs emitted in extra of the emissions restrict) or destructive end result (equivalent to the distinction between the amount of GHGs emitted and the emissions restrict and indicating emissions under the emissions restrict) obtained beneath part 44 for the compliance interval, expressed in CO2e tonnes.

Elevated electrical energy era capability

(1.1) For the needs of subparagraph (1)(a)(ii), if part 36.2 applies with respect to a lined facility, the annual report should embody the gross amount of electrical energy generated that’s attributed the capability added to the tools and gross amount of electrical energy generated that’s attributed to the capability of the tools earlier than the extra capability was added, individually, quantified in accordance with part 31 and subsection 36.2(3).

Elevated electrical energy era capability

(1.2) For the needs of subparagraphs 1(b)(iii) and (iv) and (c)(iii), if part 41.2 applies with respect to an electrical energy era facility, the annual report should embody,

(a) for every unit whose electrical energy era capability from gaseous fuels was elevated by 50 MW or extra and that’s designed to function at a thermal vitality to electrical energy ratio of lower than 0.9, the gross quantity of electrical energy generated in the course of the compliance interval by every unit that’s attributed to the capability added to the unit and the gross quantity of electrical energy generated that’s attributed to the capability of the unit earlier than the extra capability was added, in accordance with part 32 and subsection 41.2(3), individually; and

(b) the sum, from the entire items referred to in paragraph (a), of the gross quantity of electrical energy generated that’s attributed to the capability added to the items and of the gross quantity of electrical energy generated that’s attributed to the capability of the items earlier than the extra capability was added, individually.

Exception — new lined amenities

(2) Paragraphs (1)(e) and (f) don’t apply with respect to a report that have to be submitted by the particular person liable for a lined facility for which sections 36 to 42 don’t apply beneath part 43.

New further industrial exercise

(3) For the needs of subparagraph (1)(a)(ii), an extra industrial exercise that was acknowledged by the Minister throughout a calendar yr isn’t taken into consideration for the annual report for the compliance interval that corresponds to that calendar yr.

Extra content material – thermal vitality

(a) the amount of thermal vitality, expressed in gigajoules, in addition to the thermal vitality’s temperature and stress,

(i) offered to a different lined facility in the course of the compliance interval, as decided by the amount of thermal vitality on gross sales receipts or by one other goal technique, or

(ii) purchased from one other lined facility in the course of the compliance interval, as decided by the amount of thermal vitality on gross sales receipts or by one other goal technique; and

(b) the ratio of warmth from the combustion of fossil gas to provide that thermal vitality, calculated in accordance with part 34.

Extra content material – gypsum merchandise

(2) The particular person liable for a lined facility the place the desired industrial exercise set out in merchandise 10, column 1, of Schedule 1 is engaged in, should embody of their annual report, the amount, in tonnes, of every gypsum product that incorporates a minimum of 70 weight p.c of calcium sulphate dihydrate produced in the course of the compliance interval.

Extra content material – hydrogen gasoline

(3) If a lined facility the place a specified industrial exercise set out in objects 2, 3, 15 or 29, column 1, of Schedule 1 is engaged in produces hydrogen gasoline, the particular person liable for the lined facility should embody of their annual report the amount of hydrogen gasoline produced in the course of the compliance interval, in tonnes, and the amount of hydrogen gasoline offered in the course of the compliance interval, in tonnes.

Submission of annual report

Correction of errors or omissions

(2) The particular person liable for a lined facility should right the errors or omissions, recognized by a verification physique in the course of the verification of the annual report, previous to submitting the annual report back to the Minister, if potential.

Account opening

Request for Confidentiality

Content material of request

(a) the knowledge to which the request pertains, clearly recognized;

(b) the rationale for the request from amongst these laid out in paragraphs 254(a) to (c) of the Act; and

(c) the supporting justification that the knowledge referred to in paragraph (a) has been handled as confidential by the particular person making the request and isn’t, and has by no means been, accessible to the general public.

Quantification

Variation of Common Guidelines

Manufacturing of petrochemical merchandise as a by-product

Extra manufacturing of pure gasoline liquids

(2) If pure gasoline liquids are produced at a lined facility the place a specified industrial exercise set out in merchandise 3 or 17, column 1, of Schedule 1 is engaged in, the next guidelines apply:

(a) for the needs of part 17, the particular person liable for the lined facility should quantify the GHGs from the manufacturing of pure gasoline liquids in accordance with the strategies relevant to the economic exercise set out in merchandise 3 or 17, because the case could also be, column 1, of Schedule 1; and

(b) for the needs of sections 31, 36 and 36.2, the economic exercise set out in merchandise 4, column 1, of Schedule 1 is deemed to not be engaged in on the lined facility.

Extra manufacturing of hydrogen gasoline

(3) If hydrogen gasoline is produced at a lined facility the place a specified industrial exercise set out in merchandise 2, 3, 15 or 29, column 1, of Schedule 1 is engaged in, the next guidelines apply:

(a) for the needs of part 17, the particular person liable for the lined facility should quantify the GHGs from the manufacturing of hydrogen gasoline in accordance with the tactic relevant to the economic exercise set out in merchandise 2, 3, 15 or 29, because the case could also be, column 1, of Schedule 1; and

(b) for the needs of sections 31, 36 and 36.2, the economic actions set out in objects 6 and 17, column 1, of Schedule 1 are deemed to not be engaged in on the lined facility.

Extra manufacturing of steel tubes

(4) If steel tubes are produced at a lined facility the place a specified industrial exercise set out in merchandise 19 or 20, column 1, of Schedule 1 is engaged in, the next guidelines apply:

(a) for the needs of part 17, the particular person liable for the lined facility should quantify the GHGs from the manufacturing of steel tubes in accordance with the tactic relevant to the economic exercise set out in merchandise 19 or 20, because the case could also be, column 1, of Schedule 1; and

(b) for the needs of sections 31, 36 and 36.2, the economic exercise set out in merchandise 22, column 1, of Schedule 1 is deemed to not be engaged in on the lined facility.

Extra manufacturing of lime

(5) If lime is produced at a lined facility the place a specified industrial exercise set out in merchandise 20, column 1, of Schedule 1 is engaged in, the next guidelines apply:

(a) for the needs of part 17, the particular person liable for the lined facility should quantify the GHGs from the manufacturing of lime in accordance with the tactic relevant to the economic exercise set out in merchandise 20, column 1, of Schedule 1; and

(b) for the needs of sections 36 and 36.2, the economic exercise set out in merchandise 8, column 1, of Schedule 1 is deemed to not be engaged in on the lined facility.

Extra manufacturing of electrical energy

(6) If electrical energy is produced at a lined facility the place a specified industrial exercise set out in merchandise 20, column 1, of Schedule 1 is engaged in, the next guidelines apply:

(a) for the needs of part 17, the particular person liable for the lined facility should quantify the GHGs from the era of electrical energy in accordance with the tactic relevant to the economic exercise set out in merchandise 20, column 1, of Schedule 1; and

(b) for the needs of part 36, the economic exercise set out in merchandise 38, column 1, of Schedule 1 is deemed to not be engaged in on the lined facility.

Pyrometallurgical smelting of zinc and lead

(7) If zinc and lead are pyrometallurgically smelted at a lined facility the place a specified industrial exercise set out in paragraph 23(b), column 1, of Schedule 1 is engaged in, the next guidelines apply:

(a) for the needs of part 17, the particular person liable for the lined facility should quantify the GHGs from the pyrometallurgical smelting of zinc and lead in accordance with the tactic relevant to the economic exercise set out in paragraph 23(b), column 1, of Schedule 1; and

(b) for the needs of sections 31, 36 and 36.2, the economic exercise set out in paragraph 23(c), column 1, of Schedule 1 is deemed to not be engaged in on the lined facility.

Pyrometallurgical smelting and refining of lead

(7.1) If lead is pyrometallurgically smelted and refined at a lined facility the place a specified industrial exercise set out in paragraph 23(c), column 1, of Schedule 1 is engaged in, the next guidelines apply:

(a) for the needs of part 17, the particular person liable for the lined facility should quantify the GHGs from the pyrometallurgical smelting and refining of lead in accordance with the tactic relevant to the economic exercise set out in paragraph 23(c), column 1, of Schedule 1; and

(b) for the needs of sections 31, 36 and 36.2, the economic exercise set out in paragraph 23(b), column 1, of Schedule 1 is deemed to not be engaged in on the lined facility.

Extra manufacturing of treasured metals

(8) If gold, silver, platinum or palladium is produced at a lined facility the place a specified industrial exercise set out in paragraph 26(d), column 1, of Schedule 1 is engaged in, the next guidelines apply:

(a) for the needs of part 17, the particular person liable for the lined facility should quantify the GHGs from the manufacturing of these metals in accordance with the tactic relevant to the economic exercise set out in paragraph 26(d), column 1, of Schedule 1; and

(b) for the needs of sections 31, 36 and 36.2, the economic exercise set out in paragraph 26(c) or (f), column 1, of Schedule 1 is deemed to not be engaged in on the lined facility.

Extra manufacturing of petrochemicals

(9) If a petrochemical product referred to in merchandise 17, column 1, of Schedule 1 is produced at a lined facility the place a specified industrial exercise set out in merchandise 3 or 4, column 1, of Schedule 1 is engaged in, the next guidelines apply:

(a) for the needs of part 17, the particular person liable for the lined facility should quantify the GHGs from the manufacturing of that petrochemical in accordance with the tactic relevant to the economic exercise set out in merchandise 3 or 4, because the case could also be, column 1, of Schedule 1; and

(b) for the needs of sections 31, 36 and 36.2, the economic exercise set out in merchandise 17, column 1, of Schedule 1 is deemed to not be engaged in on the lined facility.

Extra manufacturing of treasured metals

(10) If silver, platinum or palladium is produced at a lined facility the place a specified industrial exercise set out in paragraph 26(f), column 1, of Schedule 1 is engaged in, the next guidelines apply:

(a) for the needs of part 17, the particular person liable for the lined facility should quantify the GHGs from the manufacturing of these metals in accordance with the tactic relevant to the economic exercise set out in paragraph 26(f), column 1, of Schedule 1; and

(b) for the needs of sections 31, 36 and 36.2, the economic exercise set out in paragraph 26(c), column 1, of Schedule 1 is deemed to not be engaged in on the lined facility.

Quantification of GHGs

Complete GHGs

The summation of the merchandise of Ej and GWPj for every greenhouse gasoline sort “j”, summed for all specified emissions sorts “i”

the place

Ejis the amount of every GHG sort “j” from the lined facility throughout a compliance interval, for every specified emission sort, decided in accordance with subsections (2) to (4);GWPjis the worldwide warming potential of the GHG sort “j” relevant to the compliance interval and, whether it is used to find out the portions referred to within the descriptions of A, C and F in subsection 37(1), for the reference yr “i”, the worldwide warming potential relevant to the compliance interval in respect of which the output-based normal is being calculated;iis the ith specified emission sort, the place “i” goes from 1 to n and the place n is the variety of the power’s specified emission sorts; andjis the jth GHG sort, the place “j” goes from 1 to m and the place m is the variety of greenhouse gases.

Amount of every GHG

(2) The amount of a GHG sort “j” from a lined facility throughout a compliance interval for a specified emission sort “i” is the sum of the next portions:

(a) within the case of a GHG from industrial actions set out in objects 1 to 37, column 1, of Schedule 1 and in addition set out in column 2 of the desk to the A part of Schedule 3 that’s relevant to these industrial actions, from a specified emission sort set out in column 1 of that desk, the portions of that GHG calculated in accordance with the necessities of the strategies set out in column 3 of that desk for that emission sort and GHG;

(b) within the case of a GHG from these industrial actions however not set out in column 2 of the desk to the a part of Schedule 3 that applies to these actions or from a specified emission sort not set out in column 1, the portions of that GHG calculated in accordance with

(i) the GHGRP or the WCI Technique, if these strategies are relevant to the power’s industrial actions, or

(ii) the IPCC Pointers, if the strategies referred to in subparagraph (i) are usually not relevant; and

(c) within the case of a GHG from industrial actions not set out in column 1 of Schedule 1, the portions of that GHG calculated in accordance with

(i) the GHGRP or the WCI Technique, if these strategies are relevant to the power’s industrial actions, or

(ii) the IPCC Pointers, if the strategies referred to in subparagraph (i) are usually not relevant.

Sampling, evaluation and measurement necessities

(3) The sampling, evaluation and measurement necessities that apply are

(a) if a GHG is quantified in accordance with paragraph 2(a), the necessities set out in column 4 of the desk to the relevant A part of Schedule 3 for the desired emission sort set out in column 1 and the GHG set out in column 2; or

(b) if a GHG is quantified in accordance with paragraph 2(b) or (c), the necessities specified within the strategies or tips used for the needs of these paragraphs.

Lacking knowledge

(4) For the needs of subsection (2), if, for any cause past the management of the particular person liable for a lined facility, the info required to quantify the GHGs from a facility are lacking for a given interval of a compliance interval, substitute knowledge for the given interval have to be calculated in accordance with

(a) if a GHG is quantified in accordance with paragraph 2(a), the necessities set out in column 5 of the desk to the relevant A part of Schedule 3 for the desired emission sort in column 1 and the GHG set out in column 2; or

(b) if a GHG is quantified in accordance with paragraph 2(b) or (c), the necessities specified within the strategies or tips used for the needs of these paragraphs.

Emission components — particulars

(4.1) For the needs of subsection (2), if the portions of the GHGs are calculated in accordance with the GHGRP 2.A or 2.B, the emission issue tables set out in that technique are changed by these set out within the 2020 GHGRP.

Biomass — exclusion of CH4 and N2O

(5) For the needs of the willpower made beneath subsection (1), the portions of CH4 and N2O generated from stationary gadgets that combust biomass for the aim of manufacturing helpful warmth are subtracted from the portions of CH4 and N2O calculated in accordance with subsections (2) to (4) for stationary gas combustion emissions.

Extra era of electrical energy

Lined facility referred to in paragraph 5(2)(c)

(a) the GHGRP or the WCI Technique, if these strategies are relevant; or

(b) the IPCC Pointers, if the strategies referred to in paragraph (a) are usually not relevant.

Complete emissions per unit — electrical energy

The summation of the merchandise of Ej and GWPj for every greenhouse gasoline sort “j”, summed for all specified emissions sorts “i”

the place

Ejis the amount of every GHG sort “j” from the unit throughout a compliance interval for every specified emission sort decided in accordance with subsections (2) to (5);GWPjis the worldwide warming potential of the GHG sort “j” relevant to the compliance interval;iis the ith specified emission sort, the place “i” goes from 1 to n and the place n is the unit’s variety of specified emission sorts;jis the jth GHG sort, the place “j” goes from 1 to m and the place m is the variety of greenhouse gases.

Amount of every GHG

(2) The amount of a GHG sort “j” generated by a unit throughout a compliance interval for a specified emission sort “i” is the sum of

(a) for CO2, CH4 and N2O from stationary gas combustion emissions, the amount of every of these GHGs calculated in accordance with part 1 of Half 38 of Schedule 3 for every unit;

(b) for a GHG set out in column 2 of the desk to Half 38 of Schedule 3 for a specified emission sort set out in column 1, the portions of that GHG calculated in accordance the necessities of the strategies set out in column 3 of that desk for that emission sort; and

(c) for a GHG not referred to in paragraph (a) or (b), the amount of that GHG calculated in accordance with

(i) the GHGRP or the WCI Technique, if these strategies are relevant, or

(ii) the IPCC Pointers, if the strategies referred to in subparagraph (i) are usually not relevant.

Apportioning GHGs

(3) For the needs of paragraph (2)(b) or (c), if the GHGs for a specified emission sort referred to in subsection (2) can solely be quantified for the power as a complete, the amount of these GHGs have to be apportioned to the power’s items on the idea of every unit’s whole era of electrical energy relative to the power’s whole era of electrical energy.

Sampling, evaluation and measurement necessities

(4) The sampling, evaluation and measurement necessities that apply are

(a) for a GHG quantified in accordance with paragraph (2)(a), the necessities referred to in part 2 of Half 38 of Schedule 3 for every of the items;

(b) for a GHG quantified in accordance with paragraph (2)(b), the necessities set out in column 4 of the desk to Half 38 of Schedule 3 for the desired emission sort set out in column 1; and

(c) for a GHG quantified in accordance with paragraph (2)(c), the necessities set out within the strategies or tips used for the aim of that paragraph.

Lacking knowledge

(5) For the needs of subsection (2), if, for any cause past the management of the particular person liable for a lined facility, the info required to quantify GHGs from a unit are lacking for a given interval of a compliance interval, substitute knowledge for the given interval have to be calculated in accordance with

(a) if a GHG is quantified in accordance with paragraph (2)(a), the necessities set out in part 3 of Half 38 of Schedule 3;

(b) if the GHG is quantified in accordance with paragraph (2)(b), the necessities set out in column 5 of the desk to Half 38 of Schedule 3 for the desired emission sort set out in column 1; and

(c) if the GHGs are quantified in accordance with paragraph (2)(c), the necessities set out within the strategies or tips used for the aim of that paragraph.

Biomass — exclusion of CH4 and N2O

(6) For the needs of the willpower made beneath subsection (1), the amount of CH4 and N2O generated from stationary gadgets that combust biomass for the aim of manufacturing helpful warmth are subtracted from the amount of CH4 and N2O calculated in accordance with subsections (2) to (5) for stationary gas combustion emissions.

Hybrid configuration

(a) with respect to a combustion engine unit, the quantification provisions apply to the meeting comprised of combustion engines and every other tools linked to them, together with the steam turbine that it shares with the boiler unit; and

(b) with respect to a boiler unit, the quantification provisions apply to the meeting comprised of boilers and every other tools linked to them, together with the steam turbine that it shares with the combustion engine unit.

Biomass — exclusion of CO2

Methane

(2) CH4 from venting or leakage emissions from an industrial exercise set out in merchandise 1, 2, 4 or 5, column 1, of Schedule 1 isn’t included within the amount of CH4 calculated in accordance with subsections 17(2) to (4).

De minimis

Steady Emissions Monitoring System

Allow To Use an Different Technique

Different technique

Utility for allow

Certification

(2) The appliance have to be accompanied by a certification, dated and signed by the particular person liable for the lined facility or by their approved official, stating that the knowledge contained within the software is correct and full.

Situations of issuance

(a) the particular person liable for the lined facility establishes that, on the time of the appliance, it isn’t technically or economically possible to make use of the prescribed technique or guideline;

(b) the particular person liable for the lined facility demonstrates that the quantification technique being proposed is a minimum of as rigorous because the prescribed technique or guideline and gives equal outcomes to those who would have been obtained from the prescribed technique or guideline;

(c) the particular person liable for the lined facility gives a plan describing measures that will probably be taken to allow using the prescribed technique or guideline and the implementation interval for that plan, as much as a most of two years; and

(d) the requested time period of the allow doesn’t exceed the interval for which the allow is important.

Interval of validity

(2) The time period of the allow should not exceed 24 months.

Grounds for refusing allow

(3) The Minister should refuse to difficulty a allow if the Minister has cheap grounds to imagine that the applicant has offered false or deceptive info in help of their software.

Renewal

(4) The allow can solely be renewed as soon as.

Utility for renewal

Grounds for revocation

Discover of revocation

(2) Earlier than revoking a allow, the Minister should present the allow holder with

Date of revocation

(3) The revocation of a allow is efficient 30 days after the day on which the Minister notifies the allow holder.

Quantification of Manufacturing for Specified Industrial Actions

Common rule

(a) within the case of manufacturing from a specified industrial exercise set out in objects 1 to 37, column 1, of Schedule 1, within the items of measurement set out in column 2 of Schedule 1 for that industrial exercise, and in accordance with any necessities set out within the relevant a part of Schedule 3;

(b) within the case of manufacturing from a specified industrial exercise set out in paragraphs 38(a) to (c), column 1, of Schedule 1, the manufacturing is

(i) quantified in entire for the compliance interval in accordance with the necessities set out in sections 6 and seven of Half 38 of Schedule 3, or

(ii) not quantified, in entire or partly, for the compliance interval; and

(c) within the case of manufacturing from an extra industrial exercise, within the items of measurement specified by the Minister for that exercise.

Measuring system

(2) Any measuring system that’s used to find out a amount for the needs of those Laws have to be

(a) put in, operated, maintained and calibrated in accordance with the producer’s specs or any relevant typically acknowledged nationwide or worldwide trade normal; and

(b) maintained to be correct inside ± 5%.

Engineering estimates or mass steadiness

(3) If it isn’t potential to immediately measure manufacturing utilizing a measuring system, it might be quantified utilizing engineering estimates or mass steadiness.

Transitional provision

(4) For the 2019 calendar yr

Electrical energy era facility

Ratio of Warmth

Ratio of warmth

(a) equal to 1 when the thermal vitality is produced from the combustion of solely fossil fuels;

(b) for a lined facility not laid out in paragraph (c), decided by the next method when the thermal vitality is produced from the combustion of each fossil fuels and biomass:

HF/(HF + B)

the place

HFis decided by the method

The summation of the merchandise of QFi and HHVi for every fossil gas sort “i”

the place

QFiis the amount of fossil gas of sort “i” combusted within the facility for the era of thermal vitality in the course of the compliance interval, decided in accordance with subsection 7(2) of Half 38 of Schedule 3,HHViis the upper heating worth of the fossil gas of sort “i” combusted within the facility in the course of the compliance interval for the era of thermal vitality in accordance with sections 2.C.1 and a pair of.C.3 of the GHGRP, andiis the ith fossil gas sort combusted within the facility in the course of the compliance interval, the place “i” goes from 1 to n and the place n is the variety of kinds of fossil fuels combusted, and

Bis decided by the method

The summation of the merchandise of QBBk and HHVk for every biomass gas sort “ok”

the place

QBBkis the amount of biomass gas sort “ok” combusted within the facility for the era of thermal vitality in the course of the compliance interval, decided in accordance with subsection 7(2) of Half 38 of Schedule 3 and the WCI Technique WCI.214,HHVkis the upper heating worth for biomass gas sort “ok” combusted within the facility in the course of the compliance interval for the era of thermal vitality in accordance with sections 2.C.1 and a pair of.C.3 of the GHGRP and the WCI Technique WCI.214, andkis the kth biomass gas sort combusted within the facility in the course of the compliance interval, the place “ok” goes from 1 to m and the place m is the variety of kinds of biomass fuels combusted; and

(c) for an electrical energy era facility, decided by the next method when the thermal vitality is produced from the combustion of each fossil fuels and biomass:

HF/(HF + B)

the place

HFis decided by the method

The summation of the merchandise of QFi and HHVi for every fossil gas sort “i”

the place

QFiis the amount of fossil gas of sort “i” combusted within the facility for the era of thermal vitality in the course of the compliance interval, decided in accordance with subsection 4(3) of Half 38 of Schedule 3,HHViis the upper heating worth of the fossil gas of sort “i” combusted within the facility in the course of the compliance interval for the era of thermal vitality decided in accordance with subsection 24(1) of the Discount of Carbon Dioxide Emissions from Coal-fired Era of Electrical energy Laws, andiis the ith fossil gas sort combusted within the facility in the course of the compliance interval, the place “i” goes from 1 to n and the place n is the variety of kinds of fossil gas combusted, and

Bis decided by the method

The summation of the merchandise of QBBk and HHVk for every biomass gas sort “ok”

the place

QBBkis the amount of biomass gas sort “ok” combusted within the facility for the era of thermal vitality in the course of the compliance interval, decided in accordance with subsection 4(3) of Half 38 of Schedule 3,HHVkis the upper heating worth for biomass gas sort “ok” combusted within the facility in the course of the compliance interval for the era of thermal vitality decided in accordance with subsection 24(1) of the Discount of Carbon Dioxide Emissions from Coal-fired Era of Electrical energy Laws, andkis the kth biomass gas sort combusted within the facility in the course of the compliance interval, the place “ok” goes from 1 to m and the place m is the variety of kinds of biomass fuels combusted.

Default ratio of warmth

(2) Regardless of paragraph (1)(b) or (c), if, for any cause past the management of the particular person liable for a lined facility, the info required to quantify the ratio of warmth from the combustion of fossil fuels are lacking for a given interval in the course of the 2019 calendar yr, 1 can be utilized because the ratio of warmth from the combustion of fossil fuels.

Emission of GHGs

Calculation

CO2 — amount that could be subtracted

(2) For the needs of the outline of B in subsection (1), the amount of CO2 might solely be included in that description if it has been included within the description of A and has been completely saved in a storage venture that meets the next standards:

(a) the geological website into which the CO2 is injected is

(i) a deep saline aquifer for the only real objective of storage of CO2, or

(ii) a depleted oil reservoir for the aim of enhanced oil restoration; and

(b) the amount of CO2 saved for the needs of the venture is captured, transported and saved in accordance with the legal guidelines relevant to Canada or a province or relevant to the USA or certainly one of its states.

Biomass

(3) The amount of CO2 from biomass isn’t included within the quantity decided for B in subsection (1).

Deemed emission of CO2

(4) For better certainty, the amount of CO2 from a lined facility that has been captured however has not been completely saved in a storage venture that meets the necessities of subsection (2) is deemed to have been emitted by the lined facility and is included within the amount of GHGs which are included within the description of A in subsection (1).

Emissions Restrict

Common rule

The summation of the merchandise of Ai and the results of Bi minus the product of Bi, C and D minus 2022 for every specified industrial exercise “i”.

the place

Aiis the lined facility’s manufacturing from every specified industrial exercise “i” in the course of the compliance interval, quantified in accordance with part 31;Biis the next output-based normal relevant to the desired industrial exercise “i”, because the case could also be:

(a) for a specified industrial exercise set out in column 1 of Schedule 1 and for which an output-based normal is ready out in column 3 of that Schedule, that normal,

(b) for a specified industrial exercise set out in column 1 of Schedule 1 and for which column 3 of that Schedule units out that an output-based normal have to be calculated in accordance with part 37, the output-based normal calculated in accordance with that part, and

(c) for an extra industrial exercise, the output-based normal calculated in accordance with part 37;

Cis the next tightening charge relevant to the desired industrial exercise “i”, because the case could also be:

(a) 0% for the desired industrial exercise set out in merchandise 38, column 1, of Schedule 1,

(b) 1% for the desired industrial actions set out in paragraph 3(c) and objects 7, 8, 13, 17, 19, 20, and 34, column 1, of Schedule 1, and

(c) 2% for all different specified industrial actions;

Dis the calendar yr that corresponds to the compliance interval; andiis the ith specified industrial exercise the place “i” goes from 1 to n and the place n is the full variety of specified industrial actions engaged in on the lined facility.

Ethanol manufacturing

(2) For the needs of subsection (1), the particular person liable for a lined facility should not embody the desired industrial exercise set out in paragraph 13(b), column 1, of Schedule 1 until the lined facility additionally contains the desired industrial exercise set out in paragraph 13(a), column 1. The lined facility is deemed to not be engaged within the specified industrial exercise set out in merchandise 32, column 1, of that Schedule.

Oilseeds

(3) For the needs of subsection (1), the particular person liable for a lined facility the place the desired industrial exercise set out in merchandise 31, column 1, of Schedule 1 is engaged in might, for the 2019 calendar yr, quantify their manufacturing in completed oilseed merchandise and use an output-based normal of 0.0431 CO2e tonnes per unit of measurement of manufacturing, as a substitute of the manufacturing metric set out in column 2 and the output-based normal set out in column 3.

Better certainty — fertilizer

(4) For better certainty, if the economic exercise set out in paragraph 29(b), column 1, of Schedule 1 and in addition both of the economic actions set out in paragraph 29(c) or (d), column 1, are engaged in on the lined facility, the output-based normal relevant to the economic exercise set out in paragraph 29(b), column 1, applies and the output-based normal relevant to the economic exercise set out in paragraph 29(c) or (d), applies because the case could also be.

New further industrial exercise

(4.1) For the needs of subsection (1), an extra industrial exercise that was acknowledged by the Minister throughout a calendar yr isn’t included within the willpower of the GHG emissions restrict for the compliance interval that corresponds to that calendar yr.

Output-based normal

(5) For the needs of subsection (1), if an output-based normal have to be calculated, it’s calculated as soon as, besides within the scenario referred to in subsection 39.

New electrical energy manufacturing — gaseous gas

(a) the electrical energy is generated from gaseous gas by tools that’s designed to function at a thermal vitality to electrical energy ratio of lower than 0.9; and

(b) the lined facility has an electrical energy era capability equal to or better than 50 MW from that tools.

Lowering output-based normal

(2) The output-based normal that applies to the economic exercise referred to in paragraph 38(c), column 1, of Schedule 1 is, because the case could also be

(a) 370 CO2e tonnes per unit of measurement, for the 2021 compliance interval,

(b) 329 CO2e tonnes per unit of measurement, for the 2022 compliance interval,

(c) 288 CO2e tonnes per unit of measurement, for the 2023 compliance interval,

(d) 247 CO2e tonnes per unit of measurement, for the 2024 compliance interval,

(e) 206 CO2e tonnes per unit of measurement, for the 2025 compliance interval,

(f) 164 CO2e tonnes per unit of measurement, for the 2026 compliance interval,

(g) 123 CO2e tonnes per unit of measurement, for the 2027 compliance interval,

(h) 82 CO2e tonnes per unit of measurement, for the 2028 compliance interval,

(i) 41 CO2e tonnes per unit of measurement, for the 2029 compliance interval, and

(j) 0 CO2e tonnes per unit of measurement, for the 2030 compliance interval and subsequent compliance intervals.

Elevated capability of electrical energy era

Completely different output-based normal

(2) The GHG emissions restrict that applies to the lined facility for a compliance interval, expressed in CO2e tonnes, is set in accordance with the method

The summation of the merchandise of Ai and the results of Bi minus the product of Bi, C and D minus 2022 for every specified industrial exercise “i”, plus the summation of the merchandise of E and F and the merchandise of G and F and the merchandise of H and I.

the place

Aiis the lined facility’s manufacturing in the course of the compliance interval, quantified in accordance with part 31,

(a) from every specified industrial exercise “i”, besides the economic exercise set out in paragraph 38(c), column 1, of Schedule 1, and

(b) from the desired industrial exercise set out in paragraph 38(c), column 1, of Schedule 1, apart from from tools referred to within the descriptions of E, G and H;

Biis the next output-based normal relevant to the desired industrial exercise “i”, because the case could also be:

(a) for a specified industrial exercise set out in column 1 of Schedule 1 and for which an output-based normal is ready out in column 3 of that Schedule, that normal,

(b) for a specified industrial exercise set out in column 1 of Schedule 1 and for which column 3 of that Schedule units out that an output-based normal have to be calculated in accordance with part 37, the output-based normal calculated in accordance with that part, and

(c) for an extra industrial exercise, the output based mostly normal calculated in accordance with part 37;

Cis the next tightening charge relevant to the desired industrial exercise “i”, because the case could also be:

(a) 0% for the desired industrial exercise set out in merchandise 38, column 1, of Schedule 1,

(b) 1% for the desired industrial actions set out in paragraph 3(c) and objects 7, 8, 13, 17, 19, 20 and 34, column 1, of Schedule 1, and

(c) 2% for all different specified industrial actions;

Dis the calendar yr that corresponds to the compliance interval;Eis the gross quantity of electrical energy generated in the course of the compliance interval by the tools that began producing electrical energy from gaseous fuels on or after January 1, 2021, and is designed to function at a thermal vitality to electrical energy ratio of lower than 0.9, from the desired industrial exercise set out in paragraph 38(c), column 1, of Schedule 1, quantified in accordance with part 31;Fis the output-based normal set out in subsection 36.1(2) that’s relevant for the compliance interval;Gis, for tools with elevated electrical energy era capability and a thermal vitality to electrical energy ratio of lower than 0.9, apart from tools referred to within the description of E, the gross quantity of electrical energy generated in the course of the compliance interval attributed to the capability added to the tools, from the desired industrial exercise set out in paragraph 38(c), column 1, of Schedule 1, quantified in accordance with part 31 and subsection (3);His, for tools with elevated electrical energy era capability and a thermal vitality to electrical energy ratio of lower than 0.9, apart from tools referred to within the description of E, the gross quantity of electrical energy generated in the course of the compliance interval attributed to the capability of the tools earlier than the extra capability was added, from the desired industrial exercise set out in paragraph 38(c), column 1, of Schedule 1, quantified in accordance with part 31 and subsection (3);Iis the output-based normal set out in merchandise 38, column 3, of Schedule 1 that’s relevant to the desired industrial exercise set out in paragraph 38(c), column 1 of that Schedule; andiis the ith specified industrial exercise the place “i” goes from 1 to n and the place n is the full variety of specified industrial actions engaged in on the lined facility.

Apportionment of electrical energy era

(3) For the needs of the descriptions of G and H in subsection (2), the gross quantity of electrical energy generated by the tools referred to in these descriptions is apportioned, utilizing engineering estimates, to the tools’s capability added to the tools and to the capability of the tools earlier than the extra capability was added, based mostly on the ratio of the quantity of its elevated capability to its whole capability, taking into consideration the elevated capability.

Elevated capability — rule

(4) For the needs of subsection (1), the electrical energy era capability of a facility will increase by 50 MW or extra for a calendar yr as of the day on which its electrical energy era capability is 50 MW better than its electrical energy era capability on December 31, 2020. For better certainty, any improve in capability is cumulative.

Presumption

(a) for the needs of part 36.1, the lined facility isn’t producing electrical energy from gaseous gas or the tools in query has a thermal vitality to electrical energy ratio that is the same as or better than 0.9; or

(b) for the needs of part 36.2, the tools in query isn’t producing electrical energy from gaseous gas or has a thermal vitality to electrical energy ratio that is the same as or better than 0.9.

Calculated output-based normal

The quotient the place the numerator is the summation of A minus the results of the summation of B, C and F minus G for every reference yr “i”, and the denominator is the summation of D for every reference yr “i”, after which the quotient is multiplied by E.

the place

Ais the amount of GHGs which are emitted from the lined facility for reference yr “i”, decided in accordance with part 35, expressed in CO2e tonnes;Bis the allocation for web thermal vitality for reference yr “i” and is

(a) decided by the method

0.062 CO2e tonnes/gigajoules × (M − N) × O

the place

Mis the amount of thermal vitality produced by the lined facility that was offered to a different lined facility in reference yr “i”, as indicated by the amount of thermal vitality on gross sales receipts or decided by one other goal technique, expressed in gigajoules,Nis the amount of thermal vitality that was purchased from different lined amenities and never subsequently offered in reference yr “i”, as indicated by the amount of thermal vitality on gross sales receipts or by one other goal technique, expressed in gigajoules, andOis the ratio of warmth from the combustion of fossil fuels to provide thermal vitality and is,

(i) if M is bigger than N, the ratio of warmth decided beneath part 34 for reference yr “i” for the lined facility, or

(ii) if M is lower than N, the ratio of warmth decided beneath part 34 for reference yr “i” for the lined facility from which the thermal vitality was bought, and

(b) 0 for all reference years if absolutely the worth of the quotient obtained by dividing the sum of the outcomes decided beneath paragraph (a) for every reference yr “i” by the variety of reference years is lower than the quotient decided by the method

Cis the full amount of GHGs from all specified industrial actions engaged in on the facility for reference yr “i” apart from the economic exercise for which the output-based normal is being calculated, decided in accordance with sections 17 and 18;Dis the manufacturing from a lined facility from the desired industrial exercise for which the output-based normal is being calculated for reference yr “i” quantified in accordance with part 31;Eis the GHG emissions discount issue relevant to the desired industrial exercise for which the output-based normal is being calculated and is

(a) 95% for a specified industrial exercise set out in paragraph 7(c), 8(b) or (c) or 20(d), column 1, of Schedule 1,

(b) 90% for a specified industrial exercise set out in merchandise 22 or paragraph 23(a) or 29(d), column 1, of Schedule 1, and

(c) 80% for all different specified industrial actions;

Fis the full amount of GHGs from an exercise engaged in on the facility, for reference yr “i”, that’s not a specified industrial exercise, decided in accordance with sections 17 and 18, if

(a) with respect to a lined facility whose major exercise is an industrial exercise,

(i) that amount accounts for 20% or extra of the full amount of GHGs from a lined facility for that reference yr, decided in accordance with sections 17 and 18, or

(ii) the income, in {dollars}, attributable to the sale of the product produced by the power from that industrial exercise accounts for 20% or extra of the income, in {dollars}, attributable to the sale of all merchandise produced by the power from the entire facility’s industrial actions for that reference yr, or

(b) with respect to a lined facility whose major exercise isn’t an industrial exercise,

(i) the exercise isn’t an industrial exercise, or

(ii) the amount of GHGs from an industrial exercise accounts for 20% or extra of the full amount of GHGs from a lined facility, for that reference yr, decided in accordance with sections 17 and 18; and

Gis the amount of CO2 decided for the needs of the outline B in part 35, from all actions engaged in on the facility for reference yr “i” apart from the economic exercise for which the output-based normal is being calculated; andiis the ith reference yr, the place “i” goes from 1 to n and the place n is the variety of reference years, decided in accordance with subsection (2).

Reference years

(2) Topic to paragraph (2.1)(a), the reference years relevant to the desired industrial actions which are engaged in at a lined facility for which an emissions restrict is calculated for a compliance interval are

(a) apart from a lined facility referred to in paragraph (b),

(i) the 2017, 2018 and 2019 calendar years, if the info can be found for these years,

(ii) the three calendar years previous the compliance interval, if the info are usually not accessible for the 2017, 2018, and 2019 calendar years, or

(iii) the compliance interval, if the info are usually not accessible for the years laid out in subparagraphs (i) and (ii); and

(b) for a lined facility for which an emissions restrict is being calculated for the primary time however for which the particular person accountable has submitted an annual report beneath these Laws for a earlier compliance interval with out together with the knowledge referred to in paragraphs 11(1)(e) and (f) in accordance with subsection 11(2), both

(i) the 2 calendar years previous the compliance interval for which the emissions restrict is calculated, if the info can be found for these years,

(ii) the calendar yr previous the compliance interval for which the emissions restrict is calculated, if the info are usually not accessible for the 2 calendar years referred to in (i), or

(iii) the compliance interval for which the emissions restrict is being calculated, if that knowledge are usually not accessible for these previous calendar years.

New exercise

(2.1) For the needs of subsection (1), if the calculation of the emissions restrict for a compliance interval takes into consideration a specified industrial exercise that started to be engaged in on the lined facility throughout that compliance interval and for which an output-based normal has not beforehand been calculated beneath this part

(a) the relevant reference years with respect to that specified industrial exercise are that compliance interval and the 2 calendar years following it; and

(b) the willpower of the output-based normal for that specified industrial exercise is to be made based mostly on projections, made utilizing engineering estimates, for the relevant reference years.

Attributing of emissions

(2.2) For the needs of the descriptions of C, F and G in subsection (1), the tactic used to attribute the amount of GHGs to an exercise have to be rigourous, goal and based mostly on sound engineering ideas. The identical technique have to be used for every reference yr and no amount of GHGs could also be attributed to multiple exercise.

Thermal vitality allocation

(3) For the needs of subsection (1), if an output-based normal have to be calculated with respect to a lined facility for multiple specified industrial exercise, the allocation for web thermal vitality can solely be deducted from a kind of calculations.

Rounding

(4) The end result from the calculation beneath subsection (1) is rounded to a few important figures.

Exception — metal

For better certainty

(2) For better certainty, the amount of GHGs from the era of electrical energy attributable to the desired industrial actions set out in paragraphs 20(a) to (c), column 1, of Schedule 1 are included within the whole amount of emissions decided for C.

Recalculation of output-based normal

Electrical energy

The summation of the merchandise of Aj and Bj for every industrial exercise referred to in paragraphs 38(a) to (c) of Schedule 1 “j”, summed for every unit “i” throughout the facility

the place

Ajis the gross quantity of electrical energy generated in the course of the compliance interval quantified in accordance with part 32, for every unit “i” throughout the electrical energy era facility, from every of the economic actions set out in paragraphs 38(a) to (c), column 1, of Schedule 1 that’s engaged in on the electrical energy era facility;Bjis the output-based normal relevant to every specified industrial exercise set out in paragraphs 38(a) to (c), column 1, of Schedule 1 which are engaged in at every unit “i” and that’s set out in column 3;iis the ith unit, the place “i” goes from 1 to n and the place n is the full variety of items throughout the electrical energy era facility producing electrical energy utilizing fossil fuels; andjis the jth exercise, the place “j” goes from 1 to m and the place m is the full variety of industrial actions set out in paragraphs 38(a) to (c), column 1, of Schedule 1 which are engaged in on the facility.

Output-based normal — exception

(2) The output-based normal relevant to the economic exercise set out in paragraph 38(a), column 1, of Schedule 1 applies to a boiler unit if it generates electrical energy utilizing liquid or gaseous gas and it

New electrical energy manufacturing facility — gaseous gas

(a) a minimum of one unit throughout the facility generates electrical energy from gaseous fuels; and

(b) a minimum of one of many items that generates electrical energy from gaseous fuels throughout the facility has an electrical energy era capability equal to or better than 50 MW and is designed to function at a thermal vitality to electrical energy ratio of lower than 0.9.

Completely different output-based normal

(2) The GHG emissions restrict that applies to the electrical energy era facility, expressed in CO2e tonnes, is set for every compliance interval in accordance with the method

The summation of the merchandise of Aj and Bj for every industrial exercise referred to in paragraphs 38(a) to (c) of Schedule 1 “j”, summed for every unit “i” throughout the facility, plus the summation of the merchandise of C and D, summed for every unit “ok” throughout the facility, plus the summation of the merchandise of E and F, summed for every unit “l” throughout the facility

the place

Ajis, for every unit “i” throughout the electrical energy era facility that generates electrical energy from strong gas or liquid gas, the gross quantity of electrical energy generated in the course of the compliance interval, quantified in accordance with part 32, from the desired industrial actions set out in paragraph 38(a) and (b), column 1, of Schedule 1 which are engaged in on the unit;Bjthe output-based normal relevant to every specified industrial exercise set out in paragraphs 38(a) and (b), column 1, of Schedule 1 that the are engaged in at every unit “i” and that’s set out in column 3;Cis, for every unit “ok” throughout the electrical energy era facility that generates electrical energy from gaseous fuels, that has an electrical energy era capability equal to or better than 50 MW and that’s designed to function at a thermal vitality to electrical energy ratio of lower than 0.9, the gross quantity of electrical energy generated in the course of the compliance interval from the desired industrial exercise set out in paragraph 38(c), column 1, of Schedule 1 that’s engaged in on the unit quantified in accordance with part 32;Dis the output-based normal relevant and is

(a) 370 CO2e tonnes per unit of measurement, for compliance interval 2021,

(b) 329 CO2e tonnes per unit of measurement, for compliance interval 2022,

(c) 288 CO2e tonnes per unit of measurement, for compliance interval 2023,

(d) 247 CO2e tonnes per unit of measurement, for compliance interval 2024,

(e) 206 CO2e tonnes per unit of measurement, for compliance interval 2025,

(f) 164 CO2e tonnes per unit of measurement, for compliance interval 2026,

(g) 123 CO2e tonnes per unit of measurement, for compliance interval 2027,

(h) 82 CO2e tonnes per unit of measurement, for compliance interval 2028,

(i) 41 CO2e tonnes per unit of measurement, for compliance interval 2029, and

(j) 0 CO2e tonnes per unit of measurement, for compliance interval 2030 and subsequent compliance intervals; and

Eis, for every unit “l” throughout the electrical energy era facility producing electrical energy from gaseous fuels, that has an electrical energy era capability of lower than 50 MW or is designed to function at a thermal vitality to electrical energy ratio of 0.9 or better, the gross quantity of electrical energy generated in the course of the compliance interval from the desired industrial exercise set out in paragraph 38(c), column 1, of Schedule 1, that’s engaged in on the unit quantified in accordance with part 32;Fthe output-based normal relevant to every specified industrial exercise set out in paragraph 38(c), column 1, of Schedule 1 which are engaged in at every unit “i” and that’s set out in column 3;iis the ith unit, the place “i” goes from 1 to n and the place n is the full variety of items throughout the electrical energy era facility producing electrical energy utilizing strong gas or liquid gas;jis the jth exercise, the place “j” goes from 1 to m and the place m is the full variety of industrial actions set out in paragraphs 38(a) to (b), column 1, of Schedule 1 that’s engaged in on the electrical energy era facility;kis the kth unit, the place “ok” goes from 1 to r and the place r is the full variety of items throughout the electrical energy era facility, producing electrical energy utilizing gaseous gas, which have an electrical energy era capability equal to or better than 50 MW and are designed to function at a thermal vitality to electrical energy ratio of lower than 0.9;lis the lth unit, the place “l” goes from 1 to s and the place s is the full variety of items throughout the electrical energy era facility, producing electrical energy utilizing gaseous gas, which have an electrical energy era capability of lower than 50 MW or are designed to function at a thermal vitality to electrical energy ratio of 0.9 or better.

Elevated capability of electrical energy era

Completely different output-based normal

(2) The GHG emissions restrict that applies to the electrical energy era facility, expressed in CO2e tonnes, is set for every compliance interval in accordance with the method

The summation of the merchandise of Aj and Bj for every industrial exercise referred to in paragraphs 38(a) to (c) of Schedule 1 “j”, summed for every unit “i” throughout the facility, plus the summation of the merchandise of C and D, summed for every unit “ok” throughout the facility, plus the summation of the merchandise of E and D plus the merchandise of F and G, summed for every unit “l” throughout the facility

the place

Ajis the gross quantity of electrical energy generated in the course of the compliance interval, quantified in accordance with part 32, for every of the next items:

(a) for every unit “i” throughout the electrical energy era facility, from every of the desired industrial actions set out in paragraphs 38(a) and (b), column 1, of Schedule 1 which are engaged in on the electrical energy era facility,

(b) from the desired industrial exercise set out in paragraph 38(c), column 1, of Schedule 1 that’s engaged in on the unit, for every unit “i” inside an electrical energy era facility that

(i) was producing electrical energy previous to the power’s improve in electrical energy era capability, besides items referred to within the description of E or F, and

(ii) that started producing electrical energy on or after January 1, 2021, if the unit has an electrical energy era capability of lower than 50 MW or designed to function at a thermal vitality to electrical energy ratio equal to or better than 0.9;

Bjthe output-based normal relevant to every of the desired industrial actions set out in paragraphs 38(a) to (c), column 1, of Schedule 1 which are engaged in at every unit “i” and that’s set out in column 3;Cis, for every unit “ok” throughout the electrical energy era facility that began producing electrical energy from gaseous fuels on or after January 1, 2021, that has an electrical energy era capability equal to or better than 50 MW and that’s designed to function at a thermal vitality to electrical energy ratio of lower than 0.9, the gross quantity of electrical energy generated in the course of the compliance interval from the desired industrial exercise set out in paragraph 38(c), column 1, of Schedule 1 that’s engaged in on the unit quantified in accordance with part 32;Dis the output-based normal set out within the description of D in subsection 41.1(2) that’s relevant to the compliance interval in query;Eis, for every unit “l” that generated electrical energy from gaseous fuels throughout the electrical energy era facility previous to the power’s improve in electrical energy era capability and whose electrical energy era capability was elevated by 50 MW or extra and that’s designed to function at a thermal vitality to electrical energy ratio of lower than 0.9, the gross quantity of electrical energy generated in the course of the compliance interval that’s attributed to the capability added to a unit, from the desired industrial exercise set out in paragraph 38(c), column 1, of Schedule 1 that’s engaged in on the unit, quantified in accordance with part 32 and subsection (3);Fis, for every unit “l” that generated electrical energy from gaseous fuels throughout the electrical energy era facility previous to the power’s improve in electrical energy era capability and whose electrical energy era capability was elevated by 50 MW or extra and that’s designed to function at a thermal vitality to electrical energy ratio of lower than 0.9, the gross quantity of electrical energy generated in the course of the compliance interval that’s attributed to the capability of the unit earlier than the extra capability was added, from the desired industrial exercise set out in paragraph 38(c), column 1, of Schedule 1, that’s engaged in on the unit, quantified in accordance with part 32 and subsection (3);Gis the output-based normal relevant to the desired industrial exercise set out in paragraph 38(c), column 1, of Schedule 1 and set out in column 3;iis the ith unit, the place “i” goes from 1 to n and the place n is the full variety of items throughout the electrical energy era facility producing electrical energy utilizing fossil fuels, besides items referred to within the description of ok and l;jis the jth exercise, the place “j” goes from 1 to m and the place m is the full variety of industrial actions set out in paragraphs 38(a) to (c), column 1, of Schedule 1 which are engaged in on the electrical energy era facility;kis the kth unit, the place “ok” goes from 1 to r and the place r is the full variety of items throughout the electrical energy era facility that began producing electrical energy from gaseous fuels on or after January 1, 2021, which have an electrical energy era capability equal to or better than 50 MW and which are designed to function at a thermal vitality to electrical energy ratio of lower than 0.9; andlis the lth unit, the place “l” goes from 1 to s and the place s is the full variety of items that generated electrical energy from gaseous fuels throughout the electrical energy era facility previous to the power’s improve in electrical energy era capability and whose electrical energy era capability was elevated by 50 MW or extra and which are designed to function at a thermal vitality to electrical energy ratio of lower than 0.9.

Apportionment of electrical energy era

(3) For the needs of the descriptions of E and F in subsection (2), the gross quantity of electrical energy generated by a unit referred to these descriptions is apportioned, utilizing engineering estimates, to the capability added to the unit and to the capability of the unit earlier than the extra capability was added, based mostly on the ratio of its elevated capability to its whole capability, taking into consideration the elevated capability.

Elevated capability — rule

(4) For the needs of subsection (1), the electrical energy era capability, from gaseous fuels, of an electrical energy era facility will increase by 50 MW or extra for a calendar yr as of the day on which its electrical energy era capability is 50 MW better than its electrical energy era capability on December 31, 2020. For better certainty, any improve in a unit’s capability is cumulative.

Presumption

Coal and electrical energy

New lined amenities

Main exercise

(2) Subsection (1) solely applies to a lined facility whose major exercise is a specified industrial exercise.

New electrical energy era facility

(3) Subsection (1) doesn’t apply to an electrical energy era facility that begins producing electrical energy on or after January 1, 2021.

Date of manufacturing

(4) For the needs of subsection (1), to find out the date of first manufacturing for a lined facility all industrial actions that the power has beforehand been or is at the moment engaged in have to be taken into consideration.

Evaluation

Evaluation of emissions in opposition to emissions restrict

Rounding

(1.1) The results of the evaluation in subsection (1) is to be rounded to the closest entire quantity or, if the quantity is equidistant between two entire consecutive numbers, to the upper quantity.

New lined amenities

(2) If, on January 1 throughout a compliance interval, the lined facility has not accomplished two calendar years of manufacturing following the date of first manufacturing, subsection (1) doesn’t apply to the lined facility for that compliance interval.

Main exercise

(3) Subsection (2) solely applies to a lined facility whose major exercise is a specified industrial exercise.

New electrical energy era facility

(4) Subsection (2) doesn’t apply to an electrical energy manufacturing facility that begins producing electrical energy on or after January 1, 2021.

Date of manufacturing

(5) For the needs of subsection (2), to find out the date of first manufacturing for a lined facility all industrial actions that the power has beforehand been or is at the moment engaged in have to be taken into consideration.

Data

Content material

(a) the full amount of GHGs from every specified emission sort;

(b) the amount of every GHG from every specified emission sort;

(c) all knowledge used for a calculation made beneath these Laws, for every specified emission sort and GHG, together with knowledge used to estimate lacking knowledge;

(d) all sampling, evaluation and measurement knowledge for every specified emission sort and GHG;

(e) the strategies used to quantify, pattern, analyze and measure every specified emission sort;

(f) the strategies and knowledge used to quantify manufacturing;

(g) the procedural modifications made in knowledge assortment and calculations and modifications to measuring gadgets used to quantify GHGs or manufacturing;

(h) the amount of every GHG not included within the whole amount of GHGs beneath part 23 and the related specified emission sort;

(i) the portions of CO2 captured, transported or saved expressed in tonnes and the info used to quantify that CO2;

(j) the output-based normal calculated beneath part 37 for every specified industrial exercise and all strategies and knowledge used to calculate that output-based normal;

(ok) paperwork that show the upkeep, calibration and operation of measuring gadgets was executed in accordance with these Laws;

(l) if the particular person liable for a lined facility sells thermal vitality that was produced on the lined facility to different lined amenities or buys thermal vitality from different lined amenities,

(i) the gross sales invoices or receipts for the thermal vitality purchased or offered,

(ii) the title of any lined facility from which thermal vitality is purchased or to which it’s offered and the lined facility certificates quantity that was issued to the lined facility, and

(iii) the strategies and knowledge used to quantify the amount of thermal vitality purchased or offered and the info in relation to the ratio of warmth from the combustion of fossil gas;

(m) any errors or omissions recognized and the measures taken to right them, with all supporting knowledge and documentation;

(n) a duplicate of all permits difficulty pursuant to part 28; and

(o) documentation that demonstrates that the CO2 was captured, transported and saved in accordance with the legal guidelines of Canada or a province or of the USA or certainly one of its States.

CEMS

(2) For every compliance interval throughout which an individual liable for the lined facility makes use of a steady emissions monitoring system, they have to adjust to the file preserving necessities set out in part 8 of the Reference Technique for Supply Testing: Quantification of Carbon Dioxide Releases by Steady Emission Monitoring Methods from Thermal Energy Era, printed by the Division of the Setting in 2012.

Availability of data

(3) The file have to be stored inside 30 days after the knowledge turns into accessible.

Provision of information

(4) An individual who’s required to maintain a file of data beneath subsection (1), should, on the Minister’s request, present a duplicate of that file to the Minister directly.

Digital submission

Provision on paper

(2) If the Minister has not specified an digital type and format or if it isn’t possible to submit the knowledge in accordance with subsection (1) due to circumstances past the management of the particular person liable for the lined facility or their approved official, the knowledge have to be submitted on paper, signed by the particular person liable for the lined facility or their approved official, within the type and format specified by the Minister. Nonetheless, if no type and format has been so specified, it might be in any type and format.

Retention of data

Location of information

(2) The information, copies and paperwork have to be retained on the principal place of job in Canada of the particular person liable for the lined facility or, on notification to the Minister, at every other place in Canada the place they are often inspected.

Relocation of information

(3) If the information, copies or supporting paperwork are moved, the particular person liable for the lined facility should notify the Minister, in writing, of the civic handle of the brand new location inside 30 days after the day of the transfer.

Obligation to inform

(a) the executive info set out in sections 1 and a pair of of Schedules 2 and 5 and offered to the Minister beneath these Laws;

(b) the power’s perimeter;

(c) the knowledge offered in an software for registration beneath subsection 171(1) of the Act or in a request for designation beneath subsection 172(1) of the Act; or

(d) the knowledge offered in an software for a allow beneath part 27, if the allow continues to be legitimate.

Verification Report

Verification physique

(a) meet the next accreditation necessities:

(i) it’s accredited as a verification physique to the ISO Customary 14065 by the Requirements Council of Canada, the ANSI Nationwide Accreditation Board or every other accreditation group that may be a member of the Worldwide Accreditation Discussion board,

(ii) it has a scope of accreditation that’s enough to confirm the annual report or the corrected report, and

(iii) it isn’t suspended by an accreditation group that issued an accreditation; and

(b) conduct the verification in accordance with the model of ISO Customary 14064-3 printed by the Worldwide Group for Standardization in 2006 and entitled Greenhouse gases — Half 3: Specification with steering for the validation and verification of greenhouse gasoline assertions, the model of that Customary, printed in 2019 and entitled Greenhouse gases — Half 3: Specification with steering for the verification and validation of greenhouse gasoline statements, or the next printed model, set out of their accreditation, by making use of strategies that enable it to make a willpower to an inexpensive stage of assurance, as outlined in that normal, on whether or not

(i) a fabric discrepancy exists with respect to the full amount of GHGs and manufacturing reported within the annual report from every specified industrial exercise that’s used within the calculation of the emissions restrict, and

(ii) within the verification physique’s opinion, the annual report or corrected report was ready in accordance with these Laws.

Materials discrepancy

(2) For the aim of the verification of a lined facility’s annual report or corrected report, a fabric discrepancy exists when

(a) with respect to GHGs from lined amenities which have emitted a amount of GHGs of lower than 50 kt of CO2e in the course of the compliance interval,

(i) within the case of every error or omission respecting GHGs that’s recognized in the course of the verification and that could be quantified, the end result, expressed as a p.c, decided by the method, is the same as or better than 8%:

(ii) within the case of the combination of all errors and omissions respecting GHGs, which are recognized in the course of the verification and that could be quantified, the end result, expressed as a p.c, decided by the method, is the same as or better than 8%:

(b) with respect to GHGs from lined amenities that emitted a amount of GHGs of equal to or better than 50 kt of CO2e however lower than 500 kt in the course of the compliance interval,

(i) within the case of every error or omission respecting GHGs that’s recognized in the course of the verification and that could be quantified, the end result, expressed as a p.c, decided by the method, is the same as or better than 5%:

(ii) within the case of the combination of all errors and omissions respecting GHGs which are recognized in the course of the verification and that could be quantified, the end result, expressed as a p.c, decided by the method, is the same as or better than 5%:

(c) with respect to GHGs from lined amenities that emitted a amount of GHGs that is the same as or better than 500 kt of CO2e in the course of the compliance interval,

(i) within the case every single error or omission respecting GHGs that’s recognized in the course of the verification and that could be quantified, the end result, expressed as a p.c, decided by the method, is the same as or better than 2%:

(ii) within the case of the combination of all errors and omissions respecting GHGs which are recognized in the course of the verification and that could be quantified, the end result, expressed as a p.c, decided by the method, is the same as or better than 2%:

(d) with respect to the manufacturing from every specified industrial exercise that’s used within the calculation of the emissions restrict, within the case an error or omission respecting the quantification of the manufacturing that’s recognized in the course of the verification and could also be quantified, the end result, expressed as a p.c, decided by the method is the same as or better than 5%:

Battle of curiosity

Consecutive verifications

(2) The particular person accountable should not have their annual report verified by a verification physique that has verified six consecutive annual experiences ready beneath these Laws with respect to the identical lined facility, until three years have elapsed for the reason that final of these experiences was verified. Nonetheless, a corrected report could also be verified by the verification physique inside these three years whether it is in relation to an annual report verified by that verification physique.

Most variety of verifications

(3) The particular person liable for a lined facility should not have greater than a complete of six of its annual experiences ready beneath these Laws for a similar lined facility verified by the identical verification physique inside a interval of 9 years.

Facility go to

(a) it’s the preliminary verification of the lined facility beneath these Laws or by the verification physique;

(b) two calendar years have handed since a verification physique has visited the lined facility for the needs of verifying an annual report or corrected report;

(c) within the final annual report for the lined facility ready beneath these Laws, the verification physique made a willpower

(i) {that a} materials discrepancy exists with respect to the full amount of GHGs or manufacturing reported within the annual report from a specified industrial exercise that’s used within the calculation of the emissions restrict, or

(ii) that the annual report was not ready in accordance with these Laws; or

(d) the verification physique is of the opinion a website go to is required.

Different visits

(2) If buildings which are used for authorized, administrative or administration functions are usually not situated the place an industrial exercise is carried out, the particular person liable for a lined facility should make sure that the verification physique visits these buildings if knowledge or info needed for verifying an annual report or a corrected report is stored in these buildings.

Content material of verification report

Compensation and Compliance Items

Minister’s Intervention

Willpower

(a) there’s a materials discrepancy with respect to the full amount of GHGs from the lined facility or the manufacturing from a number of specified industrial actions used within the calculation of the emissions restrict reported within the annual report or the corrected report for the compliance interval;

(b) the verification opinion referred to in paragraph 3(n) of Schedule 5 that’s included within the verification report that accompanies an annual report or corrected report for the compliance interval signifies that it’s unattainable to find out {that a} materials discrepancy doesn’t exist or that the annual report or corrected report was ready in accordance with these Laws;

(c) the emissions restrict for the lined facility that’s indicated within the annual report or corrected report for the compliance interval was not calculated in accordance with these Laws and any ensuing error was equal to or better than 2%; or

(d) the annual report for the compliance interval was not submitted to the Minister.

Standards

(2) The Minister is to ascertain the emissions restrict or decide the amount of GHGs emitted from the lined facility for the compliance interval, because the case could also be, based mostly on the next:

(a) the annual report and verification report for the compliance interval and, if needed, any earlier experiences;

(b) any report made in accordance with the Discover with respect to reporting of greenhouse gases (GHGs) printed beneath the Canadian Environmental Safety Act, 1999;

(c) info in respect of commercial actions, in Canada or in different jurisdictions, just like these of the lined facility, that permits for the willpower of manufacturing quantities for the lined facility;

(d) accepted quantification strategies used to calculate the GHGs from amenities engaged in the identical industrial exercise or in the identical sort of commercial exercise because the lined facility; and

(e) every other info offered, on the Minister’s request, by the particular person liable for the lined facility or the verifier.

Discover

(3) The Minister should notify the particular person liable for the lined facility, in writing, of their willpower with respect to the emissions restrict or the amount of GHGs emitted from the lined facility established for the compliance interval.

Compensation and Issuance of Surplus Credit

Extra emissions

Extra emissions cost cost

Surplus credit

(2) Any compensation that’s offered by way of a remittance of surplus credit have to be made within the method set out in part 70.

Different compliance items

(3) Any compensation that’s offered by way of a remittance of compliance items apart from surplus credit have to be made within the method set out in part 71.

Minimal share — cost

Common-rate compensation deadline

Exception

(1.1) Regardless of subsection (1), for the compliance interval that ends on December 31, 2019, the regular-rate compensation deadline is April 15, 2021.

Elevated-rate compensation deadline

(2) For the needs of subsection 174(4) of the Act, the increased-rate compensation deadline is February 15 of the calendar yr following the deadline beneath subsection (1).

Exception

(2.1) Regardless of subsection (2), for the compliance interval that ends on December 31, 2019, the increased-rate compensation deadline is June 15, 2021.

Discover referred to in subsection 53(3)

(3) Nonetheless, if a discover of willpower beneath subsection 53(3) is issued after October 31 of the yr during which the associated annual report is due

(a) the regular-rate compensation deadline is 45 days after the day on which the discover is issued; and

(b) the increased-rate compensation deadline is 60 days after the day on which the regular-rate compensation deadline beneath paragraph (a) expires.

Compensation info

(a) the lined facility certificates quantity;

(b) the supply of the Act beneath which the compensation is being offered;

(c) the compliance interval for which compensation is being offered;

(d) the amount of GHGs emitted in extra of the emissions restrict in respect of which the compensation is offered, expressed in CO2e tonnes;

(e) the main points of any extra emissions cost cost, together with

(i) the quantity in {dollars} paid to the Receiver Common for Canada,

(ii) the relevant charge, and

(iii) the date of cost;

(f) the main points of any surplus credit or offset credit remitted, together with, for every sort of credit score,

(i) the quantity remitted,

(ii) the date of the remittance transaction,

(iii) the remittance transaction quantity,

(iv) the serial numbers, and

(v) the date or dates on which they have been issued; and

(g) the main points of any items or credit, acknowledged as compliance items, remitted, together with

(i) the quantity remitted,

(ii) the province or program authority referred to in subsection 78(1) that issued the items or credit,

(iii) the date of their retirement or the date they’re designated to be used solely as a compliance unit for the needs of remittance to the Minister beneath part 174, paragraph 178(1)(a) or subsection 181(2) of the Act, because the case could also be,

(iv) the serial numbers assigned to them by the province or program authority referred to in subsection 78(1),

(v) the beginning date of the offset venture for which the unit or credit score was issued,

(vi) the yr during which the GHG discount or removing occurred for which the unit or credit score was issued,

(vii) the offset protocol relevant to the venture for which the unit or credit score was issued, together with the model quantity and publication date, and

(viii) the title of the accredited verification physique that verified the items or credit.

Surplus credit

Exception

(2) The Minister won’t difficulty surplus credit if the Minister has established the emissions restrict or decided the amount of GHGs emitted from the lined facility for the compliance interval beneath part 53.

Errors and Omissions

Identification by particular person accountable

(a) the error or omission would have constituted a fabric discrepancy beneath subsection 49(2) if it had been recognized in the course of the verification of the annual report; and

(b) the combination of all errors and omissions would have constituted a fabric discrepancy beneath subsection 49(2) if it had been recognized in the course of the verification of the annual report.

Corrected report

Content material

(2) The corrected report should embody the knowledge referred to in sections 11 and 12 and, beneath a heading, the next info:

(a) the knowledge offered within the annual report that required correction and an outline of the corrections made;

(b) an outline of the circumstances that led to the errors or omissions and a sign of the explanation why the error or omission was not beforehand detected; and

(c) an outline of the measures which were and will probably be carried out to keep away from future errors or omissions of the identical sort.

Identification by the Minister

Change in obligations

Revised compensation

(2) For the needs of paragraph 178(1)(a) of the Act, any revised compensation is to be offered by way of an extra emissions cost cost or a remittance of compliance items. Revised compensation is to be offered if the distinction referred to in subsection (1) is bigger than or equal to 500 CO2e tonnes.

Issuance of surplus credit

(3) For the needs of paragraph 178(1)(b) of the Act and topic to subsection (4), the Minister might difficulty a lot of surplus credit that’s equal to the distinction between, because the case could also be,

(a) the variety of surplus credit that corresponds to the end result obtained beneath part 44 based mostly on the corrected report and the variety of surplus credit issued beneath part 175 of the Act based mostly on the annual report; or

(b) the relevant emissions restrict and the amount of GHGs emitted from the lined facility which are reported within the corrected report, if the emissions restrict that was set out within the corrected report was calculated in accordance with these Laws.

Exception

(4) The Minister won’t difficulty surplus credit if

(a) a fabric discrepancy throughout the which means of subsection 49(2) exists with respect to the full amount of GHGs reported within the corrected report or the manufacturing from one of many specified industrial actions that’s used within the calculation of the emissions restrict reported within the corrected report for the compliance interval; or

(b) the emissions restrict or amount of GHGs emitted from the lined facility is set by the Minister for the compliance interval beneath part 53.

Extra Surplus credit issued

Inadequate surplus credit in account

(2) If any of the surplus surplus credit are not in an account within the monitoring system that’s linked to the lined facility, the particular person liable for the power should, throughout the compensation deadlines set out in subsections 69(1) and (2), make up the quantity owed by

(a) remitting to the Minister different surplus credit in accordance with part 70;

(b) remitting to the Minister different compliance items in accordance with part 71; or

(c) making an extra emissions cost cost in accordance with part 55.

Cost

Surplus credit

Common-rate compensation deadline

Elevated-rate compensation deadline

(2) If compensation isn’t offered in full by the deadline set out in subsection (1), the elevated charge referred to in subsection 174(4) of the Act applies for a interval of 60 days after that deadline.

Different compensation deadlines

(3) If a corrected report is submitted to the Minister in respect of a compliance interval for which the regular-rate compensation deadline set out in subsection 57(1) or (1.1) has not expired, the compensation deadline in respect of that compliance interval is the later of

(a) the compensation deadlines set out in subsection 57(1), (1.1), (2) or (2.1), because the case could also be, and

(b) the compensation deadlines beneath subsection (1) or (2), because the case could also be.

Remittance of Compliance Items

Surplus credit

Particulars — removing of province

(2) The excess credit score will need to have been issued in respect of a facility that’s situated in a province that was listed in Half 2 of Schedule 1 to the Act for a minimum of someday in the course of the compliance interval for which the credit score is being remitted.

Different compliance items

Suspension and Revocation

Suspension — cheap grounds

Suspension — removing of province

(1.1) For the needs of subsection 180(1) of the Act, the Minister might droop all surplus credit

(a) that have been issued in respect of a lined facility that’s situated in a province that was listed in Half 2 of Schedule 1 to the Act however is not listed in that Half; and

(b) which are in an account within the monitoring system that’s linked to a facility that’s situated in a province that’s not listed in Half 2 of Schedule 1 to the Act and ceased being a lined facility on the time when the title of the province during which it’s situated was faraway from Half 2 of Schedule 1 to the Act.

Discover

(2) The Minister should, directly, notify the holder of the account of the suspension of the credit score, the explanations for the suspension and the date on which it takes impact.

Response

(3) If a credit score was suspended on any of the grounds listed in subsection (1), the holder of the account might, inside 30 days after the day on which the Minister’s discover beneath subsection (2) is issued, undergo the Minister their explanation why the credit score shouldn’t be suspended.

Conditional removing of suspension

(4) The particular person liable for a facility who holds an account that’s linked to the power within the monitoring system during which there stay surplus credit that have been suspended on account of the title of a province being faraway from Half 2 of Schedule 1 to the Act might make a request to the Minister to elevate the suspension of these surplus credit if the excess credit are to be offered as compensation for the power’s extra emissions beneath subsection 174(1) of the Act or paragraph 178(1)(a) of the Act, in respect of a compliance interval throughout which the power was a lined facility.

Revocation

(a) if the Minister determines that the explanations for the suspension are well-founded, the excess credit score is revoked; or

(b) the suspension of the credit score is lifted.

Request for cancellation

Issuance Error or Invalidity

Utility of subsection 181(1) of the Act

Monitoring System

Accounts for members

Discover of closure

Closing of account

(2) If the holder of the account fails to request that the account stay open earlier than the expiry of the 60 days, the Minister might shut the account beneath subsection 186(3) of the Act.

Acknowledged Items or Credit

Compliance unit

(a) it’s issued by a province or by a program authority on behalf of a province;

(b) it’s issued beneath an offset protocol and offset program that’s set out on the checklist printed on the Division of the Setting’s web site;

(c) it’s eligible to be used as a technique of compensation or compliance with respect to a pricing mechanism for GHG emissions within the province during which it was issued; and

(d) it corresponds to a GHG discount or removing of 1 CO2e tonne.

Offset applications

(2) In establishing the checklist of offset applications, the Minister should make sure that every one contains the next components:

(a) guidelines concerning governance, oversight and enforcement;

(b) guidelines concerning registration and renewal of initiatives;

(c) guidelines concerning the institution of intervals inside which items or credit could also be issued;

(d) guidelines concerning who’s entitled to the credit score or unit for the GHG reductions or removals;

(e) measures to make sure that GHG reductions and removals are further and everlasting and that reversal dangers have been mitigated;

(f) measures to make sure that, for a GHG discount or removing of 1 CO2e tonne, one credit score or unit is issued and the unit or credit score isn’t used greater than as soon as;

(g) publicly accessible info on initiatives, protocols and items or credit; and

(h) a requirement that, previous to the issuance of a unit or credit score, there be a verification by a 3rd occasion in accordance with procedures that enable them to find out with an inexpensive stage of assurance that the related venture meets the necessities of the protocol and program.

Offset protocols

(3) In establishing the checklist of offset protocols acknowledged beneath a program referred to in subsection (2), the Minister should confirm that every protocol ensures that

(a) the discount or removing is with respect to a GHG;

(b) the discount or removing isn’t topic to carbon air pollution pricing;

(c) the GHG discount or removing is quantified utilizing scientifically-established strategies that enable for

(i) the calculation of the amount of GHG emissions or removals for every GHG supply, sink and reservoir,

(ii) the quantification of reversals,

(ii.1) the evaluation of leakage dangers,

(iii) the calculation of the amount of GHG reductions or removals that will not have occurred compared with the baseline situation, and

(iv) using conservative quantification assumptions and approaches;

(c.1) the baseline situation used displays the latest knowledge accessible, any authorized necessities and present practices with respect to the exercise that’s the topic of the protocol;

(d) finest practices are used for

(i) knowledge gathering and administration,

(ii) file preserving,

(iii) the continuing monitoring of offset initiatives, together with permanence, and

(iv) high quality assurance and high quality management; and

(e) the GHG world warming potentials utilized in calculations are lower than or equal to these set out in column 2 of Schedule 3 to the Act.

Acknowledged unit or credit score

(4) A acknowledged unit or credit score should, on the time of its remittance to the Minister,

(a) be legitimate;

(b) have been issued in respect of a venture that makes use of a protocol referred to in subsection (3);

(c) have been issued in respect of a venture situated in Canada that started in 2017 or later;

(d) have been verified by a verification physique that

(i) is accredited as a verification physique to the ISO Customary 14065 by the Requirements Council of Canada, the ANSI Nationwide Accreditation Board or every other accreditation group that may be a member of the Worldwide Accreditation Discussion board, and

(ii) isn’t suspended by the accreditation group that issued its accreditation nor suspended on the time the verification relative to the issuance of the unit or credit score occurred or on the time the verification report associated to the issuance of the unit or credit score was signed; and

(e) be designated to be used solely as a compliance unit for the needs of remittance to the Minister beneath part 174, paragraph 178(1)(a) or subsection 181(2) of the Act.

Transitional Provisions

Subsection 12(3)

Utility

Data

Different technique

(2) For the 2019 calendar yr, if an individual liable for a lined facility used another sampling, measurement or evaluation technique for a specified emission sort in accordance with part 8 of the Greenhouse Gasoline Emissions Info Manufacturing Order, because it learn earlier than August 1, 2019, they have to maintain a file of an outline of that technique.

Clinker

Glass containers

High value chemicals

Isopropyl alcohol

Pulp and Paper

(a) 0.203 CO2e tonnes per unit of measurement, in the case of a facility equipped with a recovery boiler, lime kiln or pulping digester, and

(b) 0.184 CO2e tonnes per unit of measurement, in the case of a facility not equipped with a recovery boiler, lime kiln or pulping digester.

Reporting

(2) For the 2019 calendar year, if a covered facility where the specified industrial activity set out in paragraph 36(c), column 1, of Schedule 1 to these Regulations is engaged in quantifies production in accordance with subsection (1), the annual report must include the quantity of specialty products produced, in tonnes, if that information is available.

Amendments to the Environmental Administrative Monetary Penalties Regulations

Coming into Force

January 1, 2019

July 1, 2019

(2) These Regulations apply in Yukon and Nunavut on July 1, 2019.

January 1, 2020

(3) Sections 26 to 30 and subsections 31(2) and (3) come into force on January 1, 2020.

August 1, 2019

(4) Subsection 45(2) of these Regulations comes into force on August 1, 2019.

January 1, 2022

(5) Section 56 comes into force on January 1, 2022.

February 16, 2021

(6) Section 76 comes into force on February 16, 2021.

SCHEDULE 3(Subsections 17(2) to (4), and 20(2), (4) and (5), paragraphs 31(1)(a) and (b), subsection 32(1), paragraphs 34(1)(b) and (c) and Schedule 1)Quantification Requirements

Interpretation – Emission Factors

For the purposes of this Schedule, if the method for calculating GHGs set out in column 3 of Parts 1 and 2, Division 1 of Parts 3 to 5, Part 6, Division 1 of Parts 7 and 8, Parts 9 to 17, Division 1 of Part 18, Parts 19 to 24, Table 1 of Part 25, Parts 26 to 35 and Division 1 of Parts 36 to 38 is the method referred to in the GHGRP 2.A and 2.B, the emission factor tables to be used in calculating the GHGs are those set out in the 2020 GHGRP.

PART 1Bitumen and Other Crude Oil Production

ItemColumn 1Column 2Column 3Column 4Column 5Specified Emission TypesGHGsMethod for Calculating GHGsSampling, Analysis and Measurement RequirementsMethod for Estimating Missing Analytical Data1Stationary fuel combustion emissionsCO2, CH4 and N2OGHGRP 2.A and 2.BDirective 017 or Directive PNG017GHGRP 2.D2Flaring emissionsCO2, CH4 and N2OWCI Method WCI.363(k)Directive 017 or Directive PNG017WCI Method WCI.3653Wastewater emissions fromCH4 and N2OWCI Method WCI.203(g)WCI Method WCI.204(g)WCI Method WCI.205CH4WCI Method WCI.203(h)WCI Method WCI.204(h)WCI Method WCI.2054On-site transportation emissionsCO2, CH4 and N2O2020 GHGRP 2.A.1.a, 2.A.2.e and 2.B2020 GHGRP 2.D2020 GHGRP 2.E

PART 2Bitumen and Heavy Oil Upgrading

ItemColumn 1Column 2Column 3Column 4Column 5Specified Emission TypesGHGsMethod for Calculating GHGsSampling, Analysis and Measurement RequirementsMethod for Estimating Missing Analytical Data1Stationary fuel combustion emissionsCO2, CH4 and N2OGHGRP 2.A and 2.BDirective 017 or Directive PNG017GHGRP 2.D2Industrial process emissions fromCO2WCI Method WCI.133WCI Method WCI.134WCI Method WCI.135CO2WCI Method WCI.203(d)WCI Method WCI.204(d)WCI Method WCI.205CO2, CH4 and N2OWCI Method WCI.203(a)WCI Method WCI.204(a)WCI Method WCI.2053Flaring emissionsCO2, CH4 and N2OWCI Method WCI.203(e)WCI Method WCI.204(e)WCI Method WCI.2054Venting emissions fromCO2 and N2OWCI Method WCI.203(b)WCI Method WCI.204(b)WCI Method WCI.205CO2 and N2OWCI Method WCI.203(k)WCI Method WCI.204(b)WCI Method WCI.2055Wastewater emissions fromCH4 and N2OWCI Method WCI.203(g)WCI Method WCI.204(g)WCI Method WCI.205CH4WCI Method WCI.203(h)WCI Method WCI.204(h)WCI Method WCI.2056On-site transportation emissionsCO2, CH4 and N2O2020 GHGRP 2.A.1.a, 2.A.2.e and 2.B2020 GHGRP 2.D2020 GHGRP 2.E

PART 3Petroleum Refining

DIVISION 1Quantification of Emissions

ItemColumn 1Column 2Column 3Column 4Column 5Specified Emission TypesGHGsMethod for Calculating GHGsSampling, Analysis and Measurement RequirementsMethod for Estimating Missing Analytical Data1Stationary fuel combustion emissionsCO2, CH4 and N2OGHGRP 2.A and 2.BGHGRP 2.CGHGRP 2.D2Venting emissions fromCO2, CH4 and N2OWCI Method WCI.203(b)WCI Method WCI.204(b)WCI Method WCI.205CO2, and CH4WCI Method WCI.203(c)WCI Method WCI.204(c)WCI Method WCI.205CH4WCI Method WCI.203(m)WCI Method WCI.204(m)WCI Method WCI.2053Industrial process emissions fromCO2WCI Method WCI.133WCI Method WCI.134WCI Method WCI.135CO2, CH4 and N2OWCI Method WCI.203(a)WCI Method WCI.204(a)WCI Method WCI.205CO2WCI Method WCI.203(d)WCI Method WCI.204(d)WCI Method WCI.205CO2, CH4 and N2OWCI Method WCI.203(j)WCI Method WCI.204(i)WCI Method WCI.2054Flaring emissionsCO2, CH4 and N2OWCI Method WCI.203(e)WCI Method WCI.204(e)WCI Method WCI.2055Leakage emissionsCH4WCI Method WCI.203(i)WCI Method WCI.203(i)WCI Method WCI.2056Wastewater emissions fromCH4 and N2OWCI Method WCI.203(g)WCI Method WCI.204(g)WCI Method WCI.205CH4WCI Method WCI.203(h)WCI Method WCI.204(h)WCI Method WCI.2057On-site transportation emissionsCO2, CH4 and N2O2020 GHGRP 2.A.1.a, 2.A.2.e and 2.B2020 GHGRP 2.D2020 GHGRP 2.E

DIVISION 2Quantification of Production

1 (1) Direct-only complexity weighted barrels (direct-only CWB) is quantified in accordance with the method outlined in the directive entitled CAN-CWB Methodology for Regulatory Support: Public Report, published by Solomon Associates in January 2014.

(2) In the method referred to in subsection (1),

(a) the value of “Sales and Exports of Steam and Electricity” must be set to zero;

(b) the value of “EC Reported CO2e Site Emissions” excludes

(i) the emissions associated with electricity generated at the covered facility, and

(ii) the emissions associated with steam generated but not used by the covered facility;

(c) the value of “Deemed Indirect CO2e Emissions from imported electricity”

(i) includes emissions associated with electricity that is generated and used at the covered facility, and

(ii) is calculated using 0.420 tonnes of CO2e per MWh of electricity bought;

(d) the value of “Deemed Indirect CO2e Emissions from imported steam” is equal to 0; and

(e) the value of the “CWB factor” used to calculate hydrogen generation, in all cases, is 5.7.

PART 4Natural Gas Processing

DIVISION 1Quantification of Emissions

ItemColumn 1Column 2Column 3Column 4Column 5Specified Emission TypesGHGsMethod for Calculating GHGsSampling, Analysis and Measurement RequirementsMethod for Estimating Missing Analytical Data1Stationary fuel combustion emissionsCO2, CH4 and N2OGHGRP 2.A and 2.BDirective 017 or Directive PNG017GHGRP 2.D2Industrial process emissions from acid gas removalCO2WCI Method WCI.363 (c)WCI Method WCI.364WCI Method WCI.3653Flaring emissionsCO2, CH4 and N2OWCI Method WCI.363(k)Directive 017 or Directive PNG017WCI Method WCI.3654On-site transportation emissionsCO2, CH4 and N2O2020 GHGRP 2.A.1.a, 2.A.2.e and 2.B2020 GHGRP 2.D2020 GHGRP 2.E

DIVISION 2Quantification of Production

1 The combined quantity, in cubic metres, of propane and butane set out in paragraph 4(b), column 2, of the table to Schedule 1 is the sum of the quantity of propane, in cubic metres, at a temperature of 15°C and at an equilibrium pressure and the quantity of butane at a temperature of 15°C and at an equilibrium pressure, in cubic metres.

PART 5Natural Gas Transmission

DIVISION 1Quantification of Emissions

ItemColumn 1Column 2Column 3Column 4Column 5Specified Emission TypesGHGsMethod for Calculating GHGsSampling, Analysis and Measurement RequirementsMethod for Estimating Missing Analytical Data1Stationary fuel combustion emissionsCO2, CH4 and N2OGHGRP 2.A and 2.BGHGRP 2.CGHGRP 2.D2Flaring emissionsCO2, CH4 and N2OWCI Method WCI.353(d)Directive 017 or Directive PNG017WCI Method WCI.355

DIVISION 2Quantification of Production

1 (1) Production by the covered facility, expressed in MWh, is the sum of the amounts determined by the following formula for each of the drivers operated by the covered facility:

Px × Lx× Hx

where

Pis the rated brake power of driver “x”, expressed in megawatts;Lis the actual annual average percent load of driver “x”, or, if the actual annual average percent load is unavailable, the percentage determined by the formula:

rpmavg /rpmmax

where

rpmavgis the actual annual average speed during operation of driver “x”, expressed in revolutions per minute, andrpmmaxis the maximum rated speed of driver “x”, expressed in revolutions per minute;

His the number of hours during the compliance period that driver “x” was operated; and

(2) The following definitions apply in this section.

driver

driver means an electric motor, reciprocating engine or turbine used to drive a compressor. (conducteur)

rated brake power

rated brake power means the maximum brake power of a driver as specified by its manufacturer either on its nameplate or otherwise. (puissance au frein nominale)

PART 6Hydrogen Gas Production

ItemColumn 1Column 2Column 3Column 4Column 5Specified Emission TypesGHGsMethod for Calculating GHGsSampling, Analysis and Measurement RequirementsMethod for Estimating Missing Analytical Data1Stationary fuel combustion emissionsCO2, CH4 and N2OGHGRP 2.A and 2.BGHGRP 2.CGHGRP 2.D2Industrial process emissionsCO2WCI Method WCI.133WCI Method WCI.134WCI Method WCI.1353Flaring emissionsCO2, CH4 and N2OWCI Method WCI.203(e)WCI Method WCI.204(e)WCI Method WCI.2054Leakage emissionsCH4WCI Method WCI.203(i)WCI Method WCI.203(i)WCI Method WCI.2055On-site transportation emissionsCO2, CH4 and N2O2020 GHGRP 2.A.1.a, 2.A.2.e and 2.B2020 GHGRP 2.D2020 GHGRP 2.E

PART 7Cement and Clinker Production

DIVISION 1Quantification of Emissions

ItemColumn 1Column 2Column 3Column 4Column 5Specified Emission TypesGHGsMethod for Calculating GHGsSampling, Analysis and Measurement RequirementsMethod for Estimating Missing Analytical Data1Stationary fuel combustion emissionsCO2, CH4 and N2OGHGRP 2.A and 2.BGHGRP 2.CGHGRP 2.D2Industrial process emissionsCO2GHGRP 4.AGHGRP 4.BGHGRP 4.C3On-site transportation emissionsCO2, CH4 and N2O2020 GHGRP 2.A.1.a, 2.A.2.e and 2.B2020 GHGRP 2.D2020 GHGRP 2.E

DIVISION 2Quantification of Production

1 The quantity of clinker set out in paragraph 7(a), column 2, of Schedule 1 refers only to clinker that is transported out of the facility.

2 The quantity of grey cement and white cement set out in paragraphs 7(b) and (c), column 2, of Schedule 1 refers only to cement produced from clinker that was produced at that facility and that has not been transported out of the facility.

PART 8Lime Manufacturing

DIVISION 1Quantification of Emissions

ItemColumn 1Column 2Column 3Column 4Column 5Specified Emission TypesGHGsMethod for Calculating GHGsSampling, Analysis and Measurement RequirementsMethod for Estimating Missing Analytical Data1Stationary fuel combustion emissionsCO2, CH4 and N2OGHGRP 2.A and 2.BGHGRP 2.CGHGRP 2.D2Industrial process emissionsCO2GHGRP 3.AGHGRP 3.BGHGRP 3.C3On-site transportation emissionsCO2, CH4 and N2O2020 GHGRP 2.A.1.a, 2.A.2.e and 2.B2020 GHGRP 2.D2020 GHGRP 2.E

DIVISION 2Quantification of Production

PART 9Glass Manufacturing

ItemColumn 1Column 2Column 3Column 4Column 5Specified Emission TypesGHGsMethod for Calculating GHGsSampling, Analysis and Measurement RequirementsMethod for Estimating Missing Analytical Data1Stationary fuel combustion emissionsCO2, CH4 and N2OGHGRP 2.A and 2.BGHGRP 2.CGHGRP 2.D2Industrial process emissionsCO2WCI Method WCI.143WCI Method WCI.144WCI Method WCI.1453On-site transportation emissionsCO2, CH4 and N2O2020 GHGRP 2.A.1.a, 2.A.2.e and 2.B2020 GHGRP 2.D2020 GHGRP 2.E

PART 10Gypsum Product Manufacturing

ItemColumn 1Column 2Column 3Column 4Column 5Specified Emission TypesGHGsMethod for Calculating GHGsSampling, Analysis and Measurement RequirementsMethod for Estimating Missing Analytical Data1Stationary fuel combustion emissionsCO2, CH4 and N2OGHGRP 2.A and 2.BGHGRP 2.CGHGRP 2.D2On-site transportation emissionsCO2, CH4 and N2O2020 GHGRP 2.A.1.a, 2.A.2.e and 2.B2020 GHGRP 2.D2020 GHGRP 2.E

PART 11Mineral Wool Insulation Manufacturing

ItemColumn 1Column 2Column 3Column 4Column 5Specified Emission TypesGHGsMethod for Calculating GHGsSampling, Analysis and Measurement RequirementsMethod for Estimating Missing Analytical Data1Stationary fuel combustion emissionsCO2, CH4 and N2OGHGRP 2.A and 2.BGHGRP 2.CGHGRP 2.D2Industrial process emissionsCO2WCI Method WCI.183WCI Method WCI.184WCI Method WCI.1853On-site transportation emissionsCO2, CH4 and N2O2020 GHGRP 2.A.1.a, 2.A.2.e and 2.B2020 GHGRP 2.D2020 GHGRP 2.E

PART 12Brick Production

ItemColumn 1Column 2Column 3Column 4Column 5Specified Emission TypesGHGsMethod for Calculating GHGsSampling, Analysis and Measurement RequirementsMethod for Estimating Missing Analytical Data1Stationary fuel combustion emissionsCO2, CH4 and N2OGHGRP 2.A and 2.BGHGRP 2.CGHGRP 2.D2Industrial process emissionsCO2WCI Method WCI.183WCI Method WCI.184WCI Method WCI.1853On-site transportation emissionsCO2, CH4 and N2O2020 GHGRP 2.A.1.a, 2.A.2.e and 2.B2020 GHGRP 2.D2020 GHGRP 2.E

PART 13Ethanol Production

ItemColumn 1Column 2Column 3Column 4Column 5Specified Emission TypesGHGsMethod for Calculating GHGsSampling, Analysis and Measurement RequirementsMethod for Estimating Missing Analytical Data1Stationary fuel combustion emissionsCO2, CH4 and N2OGHGRP 2.A and 2.BGHGRP 2.CGHGRP 2.D2On-site transportation emissionsCO2, CH4 and N2O2020 GHGRP 2.A.1.a, 2.A.2.e and 2.B2020 GHGRP 2.D2020 GHGRP 2.E

PART 14Furnace Black Production

ItemColumn 1Column 2Column 3Column 4Column 5Specified Emission TypesGHGsMethod for Calculating GHGsSampling, Analysis and Measurement RequirementsMethod for Estimating Missing Analytical Data1Stationary fuel combustion emissionsCO2, CH4 and N2OGHGRP 2.A and 2.BGHGRP 2.CGHGRP 2.D2Industrial process emissionsCO2WCI Method WCI.303(b)WCI Method WCI.304(b)WCI Method WCI.3053Venting emissionsCO2, CH4 and N2OWCI Method WCI.303(a)(3)WCI Method WCI.304(a)WCI Method WCI.3054Leakage emissionsCH4WCI Method WCI.303(a)(4)WCI Method WCI.304(a)WCI Method WCI.3055Industrial product use emissionsSF6 and PFCsWCI Method WCI.233WCI Method WCI.234WCI Method WCI.2356On-site transportation emissionsCO2, CH4 and N2O2020 GHGRP 2.A.1.a, 2.A.2.e and 2.B2020 GHGRP 2.D2020 GHGRP 2.E

PART 152–methylpentamethylenediamine (MPMD) Production

ItemColumn 1Column 2Column 3Column 4Column 5Specified Emission TypesGHGsMethod for Calculating GHGsSampling, Analysis and Measurement RequirementsMethod for Estimating Missing Analytical Data1Stationary fuel combustion emissionsCO2, CH4 and N2OGHGRP 2.A and 2.BGHGRP 2.CGHGRP 2.D2Industrial process emissionsCO2WCI Method WCI.133WCI Method WCI.134WCI Method WCI.1353Industrial product use emissionsSF6 and PFCsWCI Method WCI.233WCI Method WCI.234WCI Method WCI.2354Flaring emissionsCO2, CH4 and N2OWCI Method WCI.203(e)WCI Method WCI.204(e)WCI Method WCI.2055Leakage emissionsCH4WCI Method WCI.203(i)WCI Method WCI.203(i)WCI Method WCI.2056On-site transportation emissionsCO2, CH4 and N2O2020 GHGRP 2.A.1.a, 2.A.2.e and 2.B2020 GHGRP 2.D2020 GHGRP 2.E

PART 16Nylon Production

ItemColumn 1Column 2Column 3Column 4Column 5Specified Emission TypesGHGsMethod for Calculating GHGsSampling, Analysis and Measurement RequirementsMethod for Estimating Missing Analytical Data1Stationary fuel combustion emissionsCO2, CH4 and N2OGHGRP 2.A and 2.BGHGRP 2.CGHGRP 2.D2On-site transportation emissionsCO2, CH4 and N2O2020 GHGRP 2.A.1.a, 2.A.2.e and 2.B2020 GHGRP 2.D2020 GHGRP 2.E

PART 17Petrochemicals Production

ItemColumn 1Column 2Column 3Column 4Column 5Specified Emission TypesGHGsMethod for Calculating GHGsSampling, Analysis and Measurement RequirementsMethod for Estimating Missing Analytical Data1Stationary fuel combustion emissionsCO2, CH4 and N2OGHGRP 2.A and 2.BGHGRP 2.CGHGRP 2.D2Industrial process emissionsCO2WCI Method WCI.303(b)WCI Method WCI.304(b)WCI Method WCI.3053Venting emissionsCO2, CH4 and N2OWCI Method WCI.303(a)(3)WCI Method WCI.304(a)WCI Method WCI.3054Flaring emissionsCO2, CH4 and N2OWCI Methods WCI.303(a)(1), (a)(2) and (c)WCI Method WCI.304(a)WCI Method WCI.3055Leakage emissionsCH4WCI Method WCI.303(a)(4)WCI Method WCI.304(a)WCI Method WCI.3056Wastewater emissionsCH4 and N2OWCI Method WCI.203(g)WCI Method WCI.204(g)WCI Method WCI.2057Industrial product use emissionsSF6 and PFCsWCI Method WCI.233WCI Method WCI.234WCI Method WCI.2358On-site transportation emissionsCO2, CH4 and N2O2020 GHGRP 2.A.1.a, 2.A.2.e and 2.B2020 GHGRP 2.D2020 GHGRP 2.E

PART 18Vaccine Production

DIVISION 1Quantification of Emissions

ItemColumn 1Column 2Column 3Column 4Column 5Specified Emission TypesGHGsMethod for Calculating GHGsSampling, Analysis and Measurement RequirementsMethod for Estimating Missing Analytical Data1Stationary fuel combustion emissionsCO2, CH4 and N2OGHGRP 2.A and 2.BGHGRP 2.CGHGRP 2.D2Leakage emissionsSF6WCI Method WCI.233WCI Method WCI.234WCI Method WCI.2353On-site transportation emissionsCO2, CH4 and N2O2020 GHGRP 2.A.1.a, 2.A.2.e and 2.B2020 GHGRP 2.D2020 GHGRP 2.E

DIVISION 2Quantification of Production

1 Production is quantified at the end of the formulation step of the manufacturing process, in litres of vaccine, as follows:

The summation of the products of Ai and Bi for each tank “i”

where:

Ais the capacity of each tank “i” that is used to combine ingredients at that step, expressed in litres;Bis the number of batches produced in tank “i”; andiis the ith tank where “i” goes from 1 to n where n is the total number of tanks used to combine ingredients for that step.

PART 19Scrap-based Steel Production

ItemColumn 1Column 2Column 3Column 4Column 5Specified Emission TypesGHGsMethod for Calculating GHGsSampling, Analysis and Measurement RequirementsMethod for Estimating Missing Analytical Data1Stationary fuel combustion emissionsCO2, CH4 and N2OGHGRP 2.A and 2.BGHGRP 2.CGHGRP 2.D2Industrial process emissions fromCO2GHGRP 6.A.5GHGRP 6.C.1GHGRP 6.DCO2GHGRP 6.A.6GHGRP 6.C.1GHGRP 6.DCO2GHGRP 6.A.9GHGRP 6.C.1GHGRP 6.D3On-site transportation emissionsCO2, CH4 and N2O2020 GHGRP 2.A.1.a, 2.A.2.e and 2.B2020 GHGRP 2.D2020 GHGRP 2.E

PART 20Integrated Steel Production

ItemColumn 1Column 2Column 3Column 4Column 5Specified Emission TypesGHGsMethod for Calculating GHGsSampling, Analysis and Measurement RequirementsMethod for Estimating Missing Analytical Data1Stationary fuel combustion emissionsCO2, CH4 and N2OGHGRP 2.A and 2.BGHGRP 2.CGHGRP 2.D2Industrial process emissions fromCO2GHGRP 6.A.2GHGRP 6.C.1GHGRP 6.DCO2GHGRP 6.A.3GHGRP 6.C.1GHGRP 6.DCO2GHGRP 6.A.7GHGRP 6.C.1GHGRP 6.DCO2GHGRP 6.A.5GHGRP 6.C.1GHGRP 6.DCO2GHGRP 6.A.8GHGRP 6.C.1GHGRP 6.DCO2GHGRP 6.A.9GHGRP 6.C.1GHGRP 6.DCO2GHGRP 6.A.6GHGRP 6.C.1GHGRP 6.D3Wastewater emissionsCH4 and N2OWCI Method WCI.203(g)WCI Method WCI.204(g)WCI Method WCI. 2054Industrial product use emissionsSF6 and PFCsWCI Method WCI.233WCI Method WCI.234WCI Method WCI. 2355On-site transportation emissionsCO2, CH4 and N2O2020 GHGRP 2.A.1.a, 2.A.2.e and 2.B2020 GHGRP 2.D2020 GHGRP 2.E

PART 21Iron Ore Pelletizing

ItemColumn 1Column 2Column 3Column 4Column 5Specified Emission TypesGHGsMethod for Calculating GHGsSampling, Analysis and Measurement RequirementsMethod for Estimating Missing Analytical Data1Stationary fuel combustion emissionsCO2, CH4 and N2OGHGRP 2.A and 2.BGHGRP 2.CGHGRP 2.D2Industrial process emissions (induration furnace)CO2GHGRP 6.A.1GHGRP 6.CGHGRP 6.D3On-site transportation emissionsCO2, CH4 and N2O2020 GHGRP 2.A.1.a, 2.A.2.e and 2.B2020 GHGRP 2.D2020 GHGRP 2.E

PART 22Metal Tube Manufacturing

ItemColumn 1Column 2Column 3Column 4Column 5Specified Emission TypesGHGsMethod for Calculating GHGsSampling, Analysis and Measurement RequirementsMethod for Estimating Missing Analytical Data1Stationary fuel combustion emissionsCO2, CH4 and N2OGHGRP 2.A and 2.BGHGRP 2.CGHGRP 2.D2On-site transportation emissionsCO2, CH4 and N2O2020 GHGRP 2.A.1.a, 2.A.2.e and 2.B2020 GHGRP 2.D2020 GHGRP 2.E

PART 23Base Metal Production

ItemColumn 1Column 2Column 3Column 4Column 5Specified Emission TypesGHGsMethod for Calculating GHGsSampling, Analysis and Measurement RequirementsMethod for Estimating Missing Analytical Data1Stationary fuel combustion emissionsCO2, CH4, and N2OGHGRP 2.A and 2.BGHGRP 2.CGHGRP 2.D2Industrial process emissions fromCO2WCI Method WCI.163WCI Method WCI.164WCI Method WCI.165CO2WCI Method WCI.243WCI Method WCI.244WCI Method WCI.245CO2WCI Method WCI.263WCI Method WCI.264WCI Method WCI.2653On-site transportation emissionsCO2, CH4 and N2O2020 GHGRP 2.A.1.a, 2.A.2.e and 2.B2020 GHGRP 2.D2020 GHGRP 2.E

PART 24Potash Production

ItemColumn 1Column 2Column 3Column 4Column 5Specified Emission TypesGHGsMethod for Calculating GHGsSampling, Analysis and Measurement RequirementsMethod for Estimating Missing Analytical Data1Stationary fuel combustion emissionsCO2, CH4 and N2OGHGRP 2.A and 2.BGHGRP 2.CGHGRP 2.D2On-site transportation emissionsCO2, CH4 and N2O2020 GHGRP 2.A.1.a, 2.A.2.e and 2.B2020 GHGRP 2.D2020 GHGRP 2.E

PART 25Coal Mining

1 For the purpose of item 2 of Table 1 to this Part, the CH4 leakage emissions from surface coal mining are quantified by multiplying the quantity of coal extracted by the applicable emission factor set out in column 3 of Table 2 to this Part according to the province of extraction set out in column 1 and the coal type set out in column 2 of Table 2.

ItemColumn 1Column 2Column 3Column 4Column 5Specified Emission TypesGHGsMethod for Calculating GHGsSampling, Analysis and Measurement RequirementsMethod for Estimating Missing Analytical Data1Stationary fuel combustion emissionsCO2, CH4 and N2OGHGRP 2.A and 2.BGHGRP 2.CGHGRP 2.D2Leakage emissions fromCH4WCI Method WCI.103WCI Method WCI.104WCI Method WCI.105CH4WCI Method WCI.253WCI Method WCI.254WCI Method WCI.2553On-site transportation emissionsCO2, CH4 and N2O2020 GHGRP 2.A.1.a, 2.A.2.e and 2.B2020 GHGRP 2.D2020 GHGRP 2.E

ItemColumn 1Column 2Column 3ProvinceCoal TypeEmission Factor (tonnes of CH4/ tonnes of coal1Nova ScotiaBituminous7 x 10–52New BrunswickBituminous7 x 10–53SaskatchewanLignite7 x 10–54AlbertaBituminous5.5 x 10–45AlbertaSub-bituminous2 x 10–46British ColumbiaBituminous8.6 x 10–4

PART 26Production of Metals or Diamonds

ItemColumn 1Column 2Column 3Column 4Column 5Specified Emission TypesGHGsMethod for Calculating GHGsSampling, Analysis and Measurement RequirementsMethod for Estimating Missing Analytical Data1Stationary fuel combustion emissionsCO2, CH4 and N2OGHGRP 2.A and 2.BGHGRP 2.CGHGRP 2.D2On-site transportation emissionsCO2, CH4 and N2O2020 GHGRP 2.A.1.a, 2.A.2.e and 2.B2020 GHGRP 2.D2020 GHGRP 2.E

PART 27Char Production

ItemColumn 1Column 2Column 3Column 4Column 5Specified Emission TypesGHGsMethod for Calculating GHGsSampling, Analysis and Measurement RequirementsMethod for Estimating Missing Analytical Data1Stationary fuel combustion emissionsCO2, CH4 and N2OGHGRP 2.A and 2.BGHGRP 2.CGHGRP 2.D2On-site transportation emissionsCO2, CH4 and N2O2020 GHGRP 2.A.1.a, 2.A.2.e and 2.B2020 GHGRP 2.D2020 GHGRP 2.E

PART 28Activated Carbon Production

ItemColumn 1Column 2Column 3Column 4Column 5Specified Emission TypesGHGsMethod for Calculating GHGsSampling, Analysis and Measurement RequirementsMethod for Estimating Missing Analytical Data1Stationary fuel combustion emissionsCO2, CH4 and N2OGHGRP 2.A and 2.BGHGRP 2.CGHGRP 2.D2On-site transportation emissionsCO2, CH4 and N2O2020 GHGRP 2.A.1.a, 2.A.2.e and 2.B2020 GHGRP 2.D2020 GHGRP 2.E

PART 29Nitrogen-based Fertilizer Production

ItemColumn 1Column 2Column 3Column 4Column 5Specified Emission TypesGHGsMethod for Calculating GHGsSampling, Analysis and Measurement RequirementsMethod for Estimating Missing Analytical Data1Stationary fuel combustion emissionsCO2, CH4 and N2OGHGRP 2.A and 2.BGHGRP 2.CGHGRP 2.D2Industrial process emissions fromN2OWCI Method WCI.313WCI Method WCI.314WCI Method WCI.315CO2WCI Method WCI.83WCI Method WCI.84WCI Method WCI.853On-site transportation emissionsCO2, CH4 and N2O2020 GHGRP 2.A.1.a, 2.A.2.e and 2.B2020 GHGRP 2.D2020 GHGRP 2.E

PART 30Industrial Potato Processing

ItemColumn 1Column 2Column 3Column 4Column 5Specified Emission TypesGHGsMethod for Calculating GHGsSampling, Analysis and Measurement RequirementsMethod for Estimating Missing Analytical Data1Stationary fuel combustion emissionsCO2, CH4 and N2OGHGRP 2.A and 2.BGHGRP 2.CGHGRP 2.D2Wastewater emissionsCH4 and N2OWCI Method WCI.203(g)WCI Method WCI.204(g)WCI Method WCI.2053On-site transportation emissionsCO2, CH4 and N2O2020 GHGRP 2.A.1.a, 2.A.2.e and 2.B2020 GHGRP 2.D2020 GHGRP 2.E

PART 31Industrial Oilseed Processing

ItemColumn 1Column 2Column 3Column 4Column 5Specified Emission TypesGHGsMethod for Calculating GHGsSampling, Analysis and Measurement RequirementsMethod for Estimating Missing Analytical Data1Stationary fuel combustion emissionsCO2, CH4 and N2OGHGRP 2.A and 2.BGHGRP 2.CGHGRP 2.D2Wastewater emissionsCH4 and N2OWCI Method WCI.203(g)WCI Method WCI.204(g)WCI Method WCI.2053On-site transportation emissionsCO2, CH4 and N2O2020 GHGRP 2.A.1.a, 2.A.2.e and 2.B2020 GHGRP 2.D2020 GHGRP 2.E

PART 32Alcohol Production

ItemColumn 1Column 2Column 3Column 4Column 5Specified Emission TypesGHGsMethod for Calculating GHGsSampling, Analysis and Measurement RequirementsMethod for Estimating Missing Analytical Data1Stationary fuel combustion emissionsCO2, CH4 and N2OGHGRP 2.A and 2.BGHGRP 2.CGHGRP 2.D2Wastewater emissionsCH4 and N2OWCI Method WCI.203(g)WCI Method WCI.204(g)WCI Method WCI.2053On-site transportation emissionsCO2, CH4 and N2O2020 GHGRP 2.A.1.a, 2.A.2.e and 2.B2020 GHGRP 2.D2020 GHGRP 2.E

PART 33Wet Corn Milling

ItemColumn 1Column 2Column 3Column 4Column 5Specified Emission TypesGHGsMethod for Calculating GHGsSampling, Analysis and Measurement RequirementsMethod for Estimating Missing Analytical Data1Stationary fuel combustion emissionsCO2, CH4 and N2OGHGRP 2.A and 2.BGHGRP 2.CGHGRP 2.D2Wastewater emissionsCH4 and N2OWCI Method WCI.203(g)WCI Method WCI.204(g)WCI Method WCI.2053On-site transportation emissionsCO2, CH4 and N2O2020 GHGRP 2.A.1.a, 2.A.2.e and 2.B2020 GHGRP 2.D2020 GHGRP 2.E

PART 34Citric Acid Production

ItemColumn 1Column 2Column 3Column 4Column 5Specified Emission TypesGHGsMethod for Calculating GHGsSampling, Analysis and Measurement RequirementsMethod for Estimating Missing Analytical Data1Stationary fuel combustion emissionsCO2, CH4 and N2OGHGRP 2.A and 2.BGHGRP 2.CGHGRP 2.D2On-site transportation emissionsCO2, CH4 and N2O2020 GHGRP 2.A.1.a, 2.A.2.e and 2.B2020 GHGRP 2.D2020 GHGRP 2.E

PART 35Sugar Refining

ItemColumn 1Column 2Column 3Column 4Column 5Specified Emission TypesGHGsMethod for Calculating GHGsSampling, Analysis and Measurement RequirementsMethod for Estimating Missing Analytical Data1Stationary fuel combustion emissionsCO2, CH4 and N2OGHGRP 2.A and 2.BGHGRP 2.CGHGRP 2.D2On-site transportation emissionsCO2, CH4 and N2O2020 GHGRP 2.A.1.a, 2.A.2.e and 2.B2020 GHGRP 2.D2020 GHGRP 2.E

PART 36Pulp and Paper Production

DIVISION 1Quantification of Emissions

1 For the purposes of the table to this Division, GHGs from stationary fuel combustion emissions from biomass fuels may be quantified using equations 2-1, 2-2, 2-3, 2-7, 2-8, 2-9, 2-13, 2-14 or 2-18 of the GHGRP, if applicable.

ItemColumn 1Column 2Column 3Column 4Column 5Specified Emission TypesGHGsMethod for Calculating GHGsSampling, Analysis and Measurement RequirementsMethod for Estimating Missing Analytical Data1Stationary fuel combustion emissions from

(a) boiler, thermal oxidizer, direct-fired turbine, engine, gasifier and any other combustion device that generates heat, steam or energy

CO2, CH4 and N2O

GHGRP 2.A and 2.B, except for biomass fuels, other than those set out in Tables 2-3 and 2-11 of the GHGRP, use the emission factors provided in Tables 20-2 of WCI Method WCI.20(a)

GHGRP 2.CGHGRP 2.DCO2, CH4 and N2OFor fossil fuels, GHGRP 2.A and 2.B and for pulping liquor, WCI Method WCI.213(c)(a)For fossil fuels, GHGRP 2.C and for pulping liquor, WCI Method WCI.214GHGRP 2.D and WCI Method WCI.215CO2GHGRP 2.AGHGRP 2.CGHGRP 2.DCH4 and N2O

GHGRP 2.B, except use the default emission factors for lime kilns set out in Table 210-1 of WCI Method WCI.213(a)

GHGRP 2.CGHGRP 2.D2Industrial process emissions: addition of carbonate compound into a lime kilnCO2WCI Method WCI.213(d)Direct measurement of quantity of carbonate compounds used or indirect measurement using quantity of carbonate compounds according to the quantity on the delivery invoicesWCI Method WCI.2153Wastewater emissionsCH4 and N2OWCI Method WCI.203(g)WCI Method WCI.204(g)WCI Method WCI.2054On-site transportation emissionsCO2, CH4 and N2O2020 GHGRP 2.A.1.a, 2.A.2.e and 2.B2020 GHGRP 2.D2020 GHGRP 2.E

DIVISION 2Quantification of Production

1 (1) Production by the covered facility is quantified in tonnes of finished product or tonnes of specialty product, as follows:

(a) in the case of pulp, including dissolving pulp for viscose,

(i) if the moisture content exceeds 10%, the weight of the pulp is adjusted so that its moisture content does not exceed 10%, and

(ii) if the moisture content is equal to or less than 10%, the weight of the pulp without adjustment; and

(b) in the case of a finished product or specialty product referred to in subsection (3) derived directly from pulp or the pulping process, the weight of the product or, if it has been machine dried, its weight after it has been dried.

(2) A finished product referred to in paragraph (1)(b) does not include pulping liquor, wood waste, non-condensable gases, sludge, tall oil, turpentine, biogas, steam, water or products that are used in the production process.

(3) For the purposes of paragraph (1)(b), a specialty product means abrasive paper base, food grade grease resistant paper, packaging waxed paper base, paper for medical applications, napkin paper for commercial use, towel paper for commercial or domestic use, bath paper for domestic use and facial paper for domestic use.

PART 37Automotive Production

DIVISION 1Quantification of Emissions

ItemColumn 1Column 2Column 3Column 4Column 5Specified Emission TypesGHGsMethod for Calculating GHGsSampling, Analysis and Measurement RequirementsMethod for Estimating Missing Analytical Data1Stationary fuel combustion emissionsCO2, CH4 and N2OGHGRP 2.A and 2.BGHGRP 2.CGHGRP 2.D2Industrial product use emissionsHFCsWCI Method WCI.43(d)WCI Method WCI.44WCI Method WCI.453On-site transportation emissionsCO2, CH4 and N2O2020 GHGRP 2.A.1.a, 2.A.2.e and 2.B2020 GHGRP 2.D2020 GHGRP 2.E

DIVISION 2Quantification of Production

1 Production is the number of four-wheeled self-propelled vehicles that are designed for use on a highway and that have a gross vehicle weight rating of less than 4 536 kg (10,000 pounds) assembled during a compliance period.

PART 38Electricity Generation

DIVISION 1Quantification of Emissions

Stationary Fuel Combustion Emissions

1 (1) CO2, CH4 and N2O from stationary fuel combustion emissions must be quantified by unit in accordance with the following:

(a) for CO2,

(b) for CH4 and N2O, in the case of all units, GHGRP 2.B.

(2) [Repealed, SOR/2021-197, s. 109]

2 The next sampling, evaluation and measurement necessities apply to stationary gas combustion emissions for every unit:

(a) for CO2,

(b) for CH4 and N2O, within the case of all items, GHGRP 2.C.

3 Alternative knowledge for stationary gas combustion emissions have to be calculated for every unit in accordance with the next:

(a) for CO2,

(b) for CH4 and N2O, within the case of all items, GHGRP 2.D.

Emissions from Different Specified Emission Sorts

ItemColumn 1Column 2Column 3Column 4Column 5Specified Emission TypesGHGsMethod for Calculating GHGsSampling, Evaluation and Measurement RequirementsMethod for Estimating Lacking Analytical Data1Leakage emissions from coal storageCH4WCI Technique WCI.103WCI Technique WCI.104WCI Technique WCI.1052Industrial course of emissions from acid gasoline scrubbers and acid gasoline reagentCO2WCI Technique WCI.43(c)WCI Technique WCI.44WCI Technique WCI.453Industrial product use emissions fromSF6 and PFCsWCI Technique WCI.233WCI Technique WCI.234WCI Technique WCI.235HFCsWCI Technique WCI.43(d)WCI Technique WCI.44WCI Technique WCI.454On-site transportation emissionsCO2, CH4 and N2O2020 GHGRP 2.A.1.a, 2.A.2.e and a pair of.B2020 GHGRP 2.D2020 GHGRP 2.E

DIVISION 2Quantification of Manufacturing — Essential Industrial Exercise

4 (1) Topic to part 5, if a unit makes use of just one fossil gas to generate electrical energy, manufacturing of electrical energy have to be quantified in GWh of gross electrical energy generated by the unit, measured on the electrical terminals of the turbines of every unit utilizing meters that adjust to the necessities of the Electrical energy and Gasoline Inspection Act and the Electrical energy and Gasoline Inspection Laws.

(2) Topic to part 5, if a unit makes use of a combination of fossil fuels or a combination of biomass and fossil fuels to generate electrical energy, the gross electrical energy generated by the unit is to be decided individually for the gaseous fuels, liquid fuels and strong fuels in accordance with the next method and expressed in GWh:

Gu is multiplied by a quotient the place the numerator is HFFk, and the denominator is HB plus the summation of HFFk for every gaseous fuels, liquid fuels and strong fuels “ok”

the place

GUis the gross amount of electrical energy generated by the unit throughout a compliance interval, as measured on the electrical terminals of the turbines of the unit utilizing meters that adjust to the necessities of the Electrical energy and Gasoline Inspection Act and the Electrical energy and Gasoline Inspection Laws, expressed in GWh;HFFkis decided in accordance with the next method, calculated individually for gaseous fuels, liquid fuels and strong fuels sort “ok”:

The summation of the merchandise of QFFk,j and HHVk,j for every fossil gas sort “j”

the place

QFFjis the amount of gaseous, liquid or strong gas, because the case could also be, sort “j” combusted within the unit to generate electrical energy in the course of the compliance interval, decided in accordance with subsection (3),HHVjis the upper heating worth of the gaseous, liquid or strong gas, because the case could also be, sort “j” combusted within the unit, decided in accordance with subsection 24(1) of the Discount of Carbon Dioxide Emissions from Coal-fired Era of Electrical energy Laws, andjis the jth fossil gas sort combusted within the unit, the place “j” goes from 1 to m and the place m is the variety of kinds of gaseous, liquid or strong gas combusted, because the case could also be, combusted; and

HBis decided in accordance with the method

The summation of the merchandise of QBi and HHVi for every biomass gas sort “i”

the place:

QBiis the amount of biomass gas sort “i” combusted within the unit to generate electrical energy in the course of the compliance interval, decided in accordance with the subsection (3),HHViis the upper heating worth for the biomass gas sort “i” combusted within the unit, is set in accordance with subsection 24(1) of the Discount of Carbon Dioxide Emissions from Coal-fired Era of Electrical energy Laws, andiis the ith biomass gas sort combusted within the unit, the place “i” goes from 1 to n and the place n is the variety of kinds of biomass fuels combusted.

(3) The amount of gas for QFFj or QBi is set on the next foundation:

(a) for a strong gas, the mass of the gas combusted, on a moist or dry foundation, expressed in tonnes and measured by a measuring system;

(b) for a liquid gas, the amount of the gas combusted, expressed in kL and measured utilizing a stream meter; and

(c) for a gaseous gas, the amount of the gas combusted, expressed in normal cubic metres and measured utilizing a stream meter.

5 If a combustion engine unit and a boiler unit share the identical steam turbine, the amount of electrical energy generated by a given unit is set in accordance with subsection 11(2) of the Laws Limiting Carbon Dioxide Emissions from Pure Gasoline-fired Era of Electrical energy.

DIVISION 3Extra Industrial Exercise – Quantification of Manufacturing

6 If a lined facility makes use of just one fossil gas to generate electrical energy, manufacturing of electrical energy is quantified in GWh of gross electrical energy generated via using fossil fuels.

7 (1) If a lined facility makes use of a combination of fossil fuels or a combination of biomass and fossil fuels to generate electrical energy, the gross electrical energy generated by the power is to be decided individually for the gaseous fuels, liquid fuels and strong fuels in accordance with the next method and expressed in GWh:

Gu is multiplied by a quotient the place the numerator is HFFk, and the denominator is HB plus the summation of HFFk for every gaseous fuels, liquid fuels and strong fuels “ok”

the place

GUis the gross amount of electrical energy generated by the lined facility in the course of the compliance interval, expressed in GWh;HFFkis decided in accordance with the next method, calculated individually for gaseous fuels, liquid fuels and strong fuels sort “ok”:

The summation of the merchandise of QFFk,j and HHVk,j for every fossil gas sort “j”

the place

QFFjis the amount of gaseous, liquid or strong gas, because the case could also be, sort “j” combusted within the facility for electrical energy era in the course of the compliance interval, decided beneath subsection (2) and in accordance with part 2.C.2 of the GHGRP 2.C.2,HHVjis the upper heating worth of the gaseous, liquid or strong gas, because the case could also be, sort “j” combusted within the facility for electrical energy era decided in accordance with sections 2.C.1 and a pair of.C.3 of the GHGRP, andjis the jth fossil gas sort combusted within the facility, the place “j” goes from 1 to m and the place m is the variety of kinds of gaseous, liquid or strong fuels combusted, because the case could also be; and

HBis decided in accordance with the method

The summation of the merchandise of QBi and HHVi for every biomass gas sort “i”

the place

QBiis the amount of biomass gas sort “i” combusted within the facility for electrical energy era in the course of the compliance interval, decided in accordance with subsection (2) and with part 2.C.2 of the GHGRP and the WCI Technique WCI.214,HHViis the upper heating worth for every biomass gas sort “i” combusted within the facility for electrical energy era in accordance with sections 2.C.1 and a pair of.C.3. of the GHGRP and the WCI Technique WCI.214, andiis the ith biomass gas sort combusted within the facility, the place “i” goes from 1 to n and the place n is the variety of kinds of biomass fuels combusted.

(2) The amount of gas for QFFj and QBi is set on the next foundation:

(a) for a strong gas, the mass of the gas combusted, on a moist or dry foundation, expressed in tonnes and measured in accordance with part 2.C.2 of the GHGRP;

(b) for a liquid gas, the amount of the gas combusted, expressed in kL and measured in accordance with part 2.C.2. of the GHGRP; and

(c) for a gaseous gas, the amount of the gas combusted, expressed in normal cubic metres and measured in accordance with part 2.C.2 of the GHGRP 2.C.2.

SOR/2021-197, s. 30SOR/2021-197, s. 31SOR/2021-197, s. 32SOR/2021-197, s. 33SOR/2021-197, s. 34SOR/2021-197, s. 35(F)SOR/2021-197, s. 36SOR/2021-197, s. 37(F)SOR/2021-197, s. 38SOR/2021-197, s. 39(F)SOR/2021-197, s. 40SOR/2021-197, s. 41(F)SOR/2021-197, s. 42SOR/2021-197, s. 43SOR/2021-197, s. 44SOR/2021-197, s. 45SOR/2021-197, s. 46SOR/2021-197, s. 47SOR/2021-197, s. 48SOR/2021-197, s. 49SOR/2021-197, s. 50SOR/2021-197, s. 51SOR/2021-197, s. 52SOR/2021-197, s. 53SOR/2021-197, s. 54SOR/2021-197, s. 55SOR/2021-197, s. 56SOR/2021-197, s. 57SOR/2021-197, s. 58SOR/2021-197, s. 59SOR/2021-197, s. 60SOR/2021-197, s. 61SOR/2021-197, s. 62SOR/2021-197, s. 63SOR/2021-197, s. 64SOR/2021-197, s. 65SOR/2021-197, s. 66SOR/2021-197, s. 67SOR/2021-197, s. 68SOR/2021-197, s. 69SOR/2021-197, s. 70SOR/2021-197, s. 71SOR/2021-197, s. 72SOR/2021-197, s. 73SOR/2021-197, s. 74SOR/2021-197, s. 75SOR/2021-197, s. 76SOR/2021-197, s. 77SOR/2021-197, s. 78SOR/2021-197, s. 79SOR/2021-197, s. 80SOR/2021-197, s. 81SOR/2021-197, s. 82SOR/2021-197, s. 83SOR/2021-197, s. 84SOR/2021-197, s. 85SOR/2021-197, s. 86SOR/2021-197, s. 87SOR/2021-197, s. 88SOR/2021-197, s. 89SOR/2021-197, s. 90SOR/2021-197, s. 91SOR/2021-197, s. 92SOR/2021-197, s. 93SOR/2021-197, s. 94SOR/2021-197, s. 95SOR/2021-197, s. 96SOR/2021-197, s. 97SOR/2021-197, s. 98SOR/2021-197, s. 99SOR/2021-197, s. 100SOR/2021-197, s. 101SOR/2021-197, s. 102SOR/2021-197, s. 103SOR/2021-197, s. 104SOR/2021-197, s. 105SOR/2021-197, s. 106SOR/2021-197, s. 107SOR/2021-197, s. 108SOR/2021-197, s. 109SOR/2021-197, s. 110