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Quantification protocol for greenhouse gas emission reductions from pneumatic devices. Version 3.x

Description

This protocol is effective January 1, 2023 and must be used to quantify emission offsets generated in the 2023 vintage going forward. This quantification protocol is written for the oil and gas... More ≫

Description

This protocol is effective January 1, 2023 and must be used to quantify emission offsets generated in the 2023 vintage going forward. This quantification protocol is written for the oil and gas industry where natural gas is used to provide pneumatic power for automated process control and operational devices. Devices include pressure controllers, temperature controllers, transducers, liquid level controllers, flow rate regulators and chemical pumps. The opportunity for generating emission offsets arises from the direct and indirect reduction in greenhouse gases resulting from the conversion of instrument gas to instrument air in process control systems, conversion of pumps, and vent gas capture.

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Quantification protocol for greenhouse gas emission reductions from pneumatic devices. Version 2.x

Description

This quantification protocol is written for the oil and gas industry where natural gas is used to provide pneumatic power for automated process control and operational devices. Devices that may be... More ≫

Description

This quantification protocol is written for the oil and gas industry where natural gas is used to provide pneumatic power for automated process control and operational devices. Devices that may be powered by natural gas include pressure controllers, temperature controllers, transducers, liquid level controllers, flow rate regulators and chemical pumps. The opportunity for generating carbon offsets arises from the direct and indirect reduction in greenhouse gases resulting from the conversion of instrument gas to instrument air in process control systems.

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Quantification protocol for CO2 capture and permanent storage in deep saline aquifers. Version : draft for public comment

Description

This protocol scope covers the full carbon capture and storage chain from capture through compression, transport, injection and storage.

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Quantification protocol for selection for low residual feed intake in beef cattle. Version 1.0

Description

The scope of this protocol is limited to enteric fermentation emissions and associated manure greenhouse gas emissions from beef cattle using a functionally equivalent metric of emissions per... More ≫

Description

The scope of this protocol is limited to enteric fermentation emissions and associated manure greenhouse gas emissions from beef cattle using a functionally equivalent metric of emissions per kilogram of live cattle weight.

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Quantification protocol for the substitution of bitumen binder in hot mix asphalt production and usage. Version 1.0

Description

This protocol is applicable to projects that involve the substitution of a proportion of the bitumen binder used in conventional hot mix asphalt for a sulphur product that reduces required... More ≫

Description

This protocol is applicable to projects that involve the substitution of a proportion of the bitumen binder used in conventional hot mix asphalt for a sulphur product that reduces required quantities of aggregate and bitumen, fuel usage due to reduced mix production temperatures and reduces emissions from the hot mix plant stack and paving application.

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Quantification protocol for instrument gas to instrument air conversion in process control systems. Version 1.x

Description

This protocol serves as a generic ‘recipe’ for project proponents to follow in order to meet the measurement, monitoring, and greenhouse gas quantification requirements for reductions resulting... More ≫

Description

This protocol serves as a generic ‘recipe’ for project proponents to follow in order to meet the measurement, monitoring, and greenhouse gas quantification requirements for reductions resulting from conversion of instrument gas to instrument air in process control systems. A process flow diagram for a typical project using compressed air to provide pressure to instrument controllers. Upon conversion, all methane that would have been vented will be replaced by compressed air.

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Quantification protocol for anaerobic treatment of wastewater projects. Version 1.0

Description

This protocol is applicable to projects that involve the capture and destruction of methane produced from anaerobic wastewater treatment processes and take actions to prevent the venting of biogas... More ≫

Description

This protocol is applicable to projects that involve the capture and destruction of methane produced from anaerobic wastewater treatment processes and take actions to prevent the venting of biogas to the atmosphere. These systems could be installed as retrofits or modifications to existing wastewater treatment operations or implemented at new Greenfield facilities as the best available control technology. The feedstock to the anaerobic digestion system may be untreated industrial wastewater or sludge produced from other wastewater treatment processes at the project site.

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Quantification protocol for aerobic composting projects. Version 1.1

Description

This protocol covers the diversion of organic residues from landfill for biological decomposition to a condition sufficiently stable for nuisance-free storage and for safe use in land application.

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Quantification protocol for non-incineration thermal waste conversion. Version 1.0

Description

This protocol quantifies the emission reductions from the avoidance of fossil fuel consumption, replaced by municipal solid waste on an equivalent energy potential basis. It also specifically... More ≫

Description

This protocol quantifies the emission reductions from the avoidance of fossil fuel consumption, replaced by municipal solid waste on an equivalent energy potential basis. It also specifically includes reductions in GHG emissions due to any heat/power production and electricity generation related to the process, and from the avoidance of landfilling any organic materials which may be diverted for conversion to Biofuel.

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