| Guvnor

uri:annex/ii/division/1

Use correct monitoring tiers and uncertainty thresholds for emissions

uri:annex/ii/division/2/division/2.1

Use correct tier for calculating fuel emission factors

uri:annex/ii/division/2/division/2.2

Calculate net calorific value using the correct tier method

uri:annex/ii/division/2/division/2.3

Apply correct oxidation factor for emissions monitoring

uri:annex/ii/division/2/division/2.4

Use approved methods to measure emissions from mixed biomass/fossil sources

uri:annex/ii/division/3/division/3.1

Calculate carbon content from emission factors using approved tiers

uri:annex/ii/division/4/division/4.1

Choose the correct method to calculate emission factors for greenhouse gas reporting

uri:annex/ii/division/4/division/4.3

Apply correct emission factors for GHG monitoring and reporting

uri:annex/ii/division/5/division/5.2

Report NCV for process materials containing combustible carbon

uri:annex/ii/division/5/division/5.3

Apply correct oxidation or conversion factor for greenhouse gas emissions reporting

uri:annex/iii/division/1/division/1

Calculate fuel consumption for each flight using the specified formula

uri:annex/iii/division/1/division/2

Calculate actual fuel consumption per flight using the specified formula

uri:annex/iv/division/10/division/a

Include key CO₂ emission sources in your monitoring plan

uri:annex/iv/division/11/division/a

Monitor and report all CO₂ emission sources from water glass and stone/rock wool production

uri:annex/iv/division/12/division/a

Include all listed potential CO2 emission sources in your monitoring plan

uri:annex/iv/division/12/division/b/division/2

Calculate emission factors using prescribed tier methodology

uri:annex/iv/division/13/division/a

Include CO₂ emissions from all combustion activities in your emissions report

uri:annex/iv/division/15/division/a

Include all fuel combustion and process material as CO2 emission sources

uri:annex/iv/division/16/division/a

Identify all N2O emission sources from production processes

uri:annex/iv/division/16/division/b/division/b.1

Monitor N2O emissions from nitric and certain acid production using approved methods

uri:annex/iv/division/16/division/b/division/b.2

Monitor and report annual average hourly N₂O emissions

uri:annex/iv/division/16/division/b/division/b.3

Monitor flue gas flow and calculate N2O emissions using prescribed methods

uri:annex/iv/division/16/division/b/division/b.4

Measure oxygen in flue gas and report N2O emissions accurately

uri:annex/iv/division/16/division/b/division/b.5

Calculate N2O emissions using mass balance when continuous monitoring not feasible

uri:annex/iv/division/16/division/c

Convert N2O emissions to CO2 equivalent and include in annual total

uri:annex/iv/division/17/division/a

Include all listed CO2 emission sources in monitoring and reporting

uri:annex/iv/division/18/division/a

Include specified CO2 emission sources in monitoring and reporting

uri:annex/iv/division/18/division/b

Monitor emissions and calculate carbon content for integrated bulk organic chemicals production

uri:annex/iv/division/19/division/a

Include all CO₂ emission sources from hydrogen or synthesis gas production

uri:annex/iv/division/19/division/b

Monitor and report greenhouse gas emissions from hydrogen and synthesis gas production

uri:annex/iv/division/1/division/a

Monitor and report CO2 emissions from all combustion processes

uri:annex/iv/division/1/division/d

Calculate flare emissions using approved tiers

uri:annex/iv/division/20/division/b

Use mass balance to monitor emissions from soda ash and sodium bicarbonate production

uri:annex/iv/division/21/division/a

Include CO₂ capture emission sources in permit and monitoring plan

uri:annex/iv/division/21/division/b/division/b.1

Calculate CO2 emissions from capture installations using the specified formula

uri:annex/iv/division/21/division/b/division/b.2

Measure CO2 transferred to and from capture installations

uri:annex/iv/division/22/division/a

Define your CO2 pipeline monitoring boundaries and consider all emission sources

uri:annex/iv/division/22/division/b/division/b.1

Calculate CO2 emissions using the prescribed formula

uri:annex/iv/division/22/division/b/division/b.2/division/b.2.1

Monitor and report fugitive emissions from transport network equipment

uri:annex/iv/division/22/division/b/division/b.2/division/b.2.3

Include venting emissions analysis and calculation methodology in your monitoring plan

uri:annex/iv/division/23/division/a

Report CO2 storage emissions and notify leakages immediately

uri:annex/iv/division/23/division/b/division/b.1

Determine venting and fugitive emissions using approved methods and document in monitoring plan

uri:annex/iv/division/23/division/b/division/b.2

Monitor and report additional CO2 emissions from enhanced hydrocarbon recovery

uri:annex/iv/division/23/division/b/division/b.3

Quantify and report CO2 emissions from leakage at storage sites

uri:annex/iv/division/2/division/a

Monitor and report all CO2 emissions from refinery processes

uri:annex/iv/division/2/division/b

Monitor and report greenhouse gas emissions from mineral oil refining

uri:annex/iv/division/3/division/a

Include specified CO2 emission sources in monitoring and reporting

uri:annex/iv/division/4/division/a

Include all listed CO2 emission sources in your monitoring and reporting

uri:annex/iv/division/5/division/b

Choose carbon monitoring method for iron/steel production or use tier 3 carbon analysis

uri:annex/iv/division/6/division/a

Consider all potential CO2 emission sources in your monitoring plan

uri:annex/iv/division/6/division/b

Use mass balance accounting when carbon stays in your products

uri:annex/iv/division/7/division/b

Use mass balance methodology to measure CO2 emissions from primary aluminium production

uri:annex/iv/division/8/division/a

Monitor and report PFC and associated CO2 emissions using specified methods

uri:annex/iv/division/8/division/b/division/1

Calculate PFC emissions using specified equations and emission factors

uri:annex/iv/division/8/division/b/division/2

Measure and report PFC emissions using emission factors from Table 2 or in-house measurements

uri:annex/iv/division/8/division/c

Calculate PFC emissions using the approved formula and global warming potentials

uri:annex/iv/division/9/division/b/division/1

Calculate cement kiln dust emissions correctly and apply uncertainty rules

uri:annex/iv/division/9/division/b/division/2

Determine clinker production and apply emission factor for greenhouse gas reporting

uri:annex/iv/division/9/division/c

Report CO2 emissions from bypass dust and cement kiln dust

uri:annex/iv/division/9/division/d

Determine non-carbonate carbon emissions from kiln raw materials

uri:annex/x/division/2

Submit complete annual emissions report with aircraft and fuel data

uri:annex/x/division/3

Submit tonne-kilometre data report with full aerodrome pair details

s.art004

General obligation

Monitor and report greenhouse gas emissions following completeness and consistency principles

s.art005

Completeness

Complete and accurate monitoring and reporting of greenhouse gas emissions

s.art006

Consistency, comparability and transparency

Keep consistent monitoring methods and transparent records for emissions

s.art007

Accuracy

Ensure greenhouse gas emissions are measured accurately

s.art008

Integrity of the methodology and of the emissions report

Ensure integrity of emissions data and use correct monitoring methodologies

s.art009

Continuous improvement

Act on verification report recommendations to improve emissions monitoring

s.art011

General obligation

Monitor your greenhouse gas emissions using an approved plan

s.art012

Content and submission of the monitoring plan

Submit a monitoring plan for greenhouse gas emissions to the regulator

s.art014

Modifications of the monitoring plan

Keep your emissions monitoring plan up to date

s.art015

Approval of modifications of the monitoring plan

Notify regulator of any monitoring plan changes and get approval for significant ones

s.art016

Implementation and record-keeping of modifications

Keep records of all changes to your emissions monitoring plan

s.art018

Unreasonable costs

Other duties (1) — Crown / regulator

Competent authority must assess claims of unreasonable costs for monitoring changes Statutory regulator

s.art019

Categorisation of installations, source streams and emission sources

Classify your installation, source streams and emission sources

s.art020

Monitoring boundaries

Define monitoring boundaries and include all relevant emissions

s.art021

Choice of the monitoring methodology

Choose and document a monitoring methodology for greenhouse gas emissions

s.art023

Temporary changes to the monitoring methodology

Switch to backup monitoring method if your plan is temporarily not feasible

s.art024

Calculation of emissions under the standard methodology

Calculate greenhouse gas emissions using the standard methodology

s.art025

Calculation of emissions under the mass balance methodology

Calculate CO₂ emissions using mass balance methodology

s.art026

Applicable tiers

Apply required monitoring tiers for greenhouse gas emissions

s.art027

Determination of activity data

Determine activity data for emissions monitoring using approved methods

s.art028

Measurement systems under the operator's control

Use compliant measurement systems for emissions monitoring

s.art029

Measurement systems outside the operator's own control

Use external measurement systems when they give more reliable emissions data

s.art030

Determination of calculation factors

Determine calculation factors for greenhouse gas emissions reporting

s.art031

Default values for calculation factors

Use correct default values for emissions calculations and record them

s.art032

Calculation factors based on analyses

Use correct analysis methods for greenhouse gas calculation factors and get approval for gas analysers

s.art033

Sampling plan

Submit a sampling plan for approval when using analysis to determine emissions factors

s.art034

Use of laboratories

Use only accredited laboratories for emission calculations (or prove equivalency)

s.art035

Frequencies for analyses

Apply minimum analysis frequencies for fuels and materials

s.art036

Emission factors for CO2

Determine and record activity-specific CO2 emission factors in the correct units

s.art037

Oxidation and conversion factors

Use correct oxidation and conversion factors for emissions reporting

s.art039

Determination of biomass and fossil fraction

Determine biomass fraction in mixed fuels using approved methods

s.art040

Use of the measurement-based monitoring methodology

Use measurement-based monitoring for N2O emissions and transferred CO2

s.art041

Tier requirements

Apply required monitoring tiers for major emission sources

s.art042

Measurement standards and laboratories

Use approved measurement standards and accredited laboratories for emissions monitoring

s.art043

Determination of emissions

Measure and calculate annual greenhouse gas emissions from your installation

s.art044

Data aggregation

Calculate hourly averages for emissions monitoring data

s.art045

Missing data

Report CEMS equipment failures and replace missing data

s.art046

Corroborating with calculation of emissions

Corroborate measured emissions by calculating annual emissions

s.art047

Installations with low emissions

Notify regulator and update monitoring plan if low-emissions installation exceeds threshold

s.art048

Inherent CO2

Account for inherent CO₂ in emissions reporting

s.art049

Transferred CO2

Subtract transferred CO2 from your emissions report

s.art050

Use or transfer of N2O

Account for transferred N2O emissions using measurement-based methods

s.art051

General provisions

Monitor and report aviation emissions and tonne-kilometre data

s.art052

Submission of monitoring plans

Submit a monitoring plan to the competent authority before starting aviation activities

s.art053

Monitoring methodology for emissions from aviation activities

Measure and report your aviation CO2 emissions using approved methods

s.art055

Small emitters

Notify competent authority if you exceed small emitter thresholds

s.art056

Sources of uncertainty

Consider uncertainty and perform control activities for emissions monitoring

s.art057

Determination of tonne-kilometre data

Monitor and calculate tonne-kilometre data for free allowance applications

s.art058

Data flow activities

Establish written procedures for monitoring and reporting greenhouse gas emissions

s.art059

Control system

Set up and maintain a control system for your emissions reporting

s.art060

Quality assurance

Calibrate and maintain quality assurance of emissions measuring equipment

s.art061

Quality assurance of information technology

Design and control IT systems to ensure accurate emissions data

s.art062

Segregation of duties

Assign roles to separate conflicting duties in greenhouse gas reporting

s.art063

Internal reviews and validation of data

Review and validate greenhouse gas emissions data

s.art064

Corrections and corrective action

Fix data and control failures to avoid underestimating emissions

s.art065

Out-sourced processes

Manage outsourced data flow and control activities for emissions monitoring

s.art066

Treatment of data gaps

Use surrogate data for missing greenhouse gas emissions records

s.art067

Records and documentation

Keep greenhouse gas emissions records for 10 years

s.art069

Reporting on improvements to the monitoring methodology

Submit improvement reports on greenhouse gas monitoring methodology

s.art070

Determination of emissions by the competent authority

Other duties (1) — Crown / regulator

Regulator must estimate emissions if you miss reporting deadlines Statutory regulator

s.art073

Ensuring consistency with other reporting

Label your Annex I activities with standard reporting codes

At a glance

Who this Act binds

What this Act requires