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Our easy-to-filter selection of the best guides, tools, playbooks, reports and case studies designed to help the industry reduce methane emissions

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QatarEnergy MGP Methane Report

QatarEnergy’s methane report as submitted to MGP

Petronas MGP Methane Report

Petronas’s methane report as submitted to MGP

Oxy MGP Methane Report

Oxy’s methane report as submitted to MGP

PAO NOVATEK MGP Methane Report

PAO NOVATEK’s methane report as submitted to MGP

GRTgaz MGP Methane Report

GRTgaz’s methane report as submitted to MGP

ExxonMobil MGP Methane Report

ExxonMobil’s methane report as submitted to MGP

Equinor MGP Methane Report

Equinor’s methane report as submitted to MGP

Enagás MGP Methane Report

Enagás’s methane report as submitted to MGP

Eni MGP Methane Report

Eni’s methane report as submitted to MGP

Energy Community MGP Methane Report

Energy Community’s methane report as submitted to MGP

MGP Methane Cost Model: Well Completions and Maintenance

The Methane Cost Models support the identification and evaluation of cost-effective methane reduction projects at different points across the natural gas supply chain. The models can be used for screening options during both the early design phase of a project as well as for modifications to existing operations. Users can access the models in seven individual workbooks; instructions for each Cost Model are contained within the workbooks.

MGP Methane Cost Model: Flares

The Methane Cost Models support the identification and evaluation of cost-effective methane reduction projects at different points across the natural gas supply chain. The models can be used for screening options during both the early design phase of a project as well as for modifications to existing operations. Users can access the models in seven individual workbooks; instructions for each Cost Model are contained within the workbooks.

MGP Methane Cost Model: Dehydrator

The Methane Cost Models support the identification and evaluation of cost-effective methane reduction projects at different points across the natural gas supply chain. The models can be used for screening options during both the early design phase of a project as well as for modifications to existing operations. Users can access the models in seven individual workbooks; instructions for each Cost Model are contained within the workbooks.

MGP Methane Cost Model: Pneumatics

The Methane Cost Models support the identification and evaluation of cost-effective methane reduction projects at different points across the natural gas supply chain. The models can be used for screening options during both the early design phase of a project as well as for modifications to existing operations. Users can access the models in seven individual workbooks; instructions for each Cost Model are contained within the workbooks.

MGP Methane Cost Model: Storage Tanks

The Methane Cost Models support the identification and evaluation of cost-effective methane reduction projects at different points across the natural gas supply chain. The models can be used for screening options during both the early design phase of a project as well as for modifications to existing operations. Users can access the models in seven individual workbooks; instructions for each Cost Model are contained within the workbooks.

MGP Methane Cost Model: Compressor

The Methane Cost Models support the identification and evaluation of cost-effective methane reduction projects at different points across the natural gas supply chain. The models can be used for screening options during both the early design phase of a project as well as for modifications to existing operations. Users can access the models in seven individual workbooks; instructions for each Cost Model are contained within the workbooks.

MGP Methane Cost Model: Fugitives

The Methane Cost Models support the identification and evaluation of cost-effective methane reduction projects at different points across the natural gas supply chain. The models can be used for screening options during both the early design phase of a project as well as for modifications to existing operations. Users can access the models in seven individual workbooks; instructions for each Cost Model are contained within the workbooks.

OGMP 2.0 Technical Guidance Document: LNG Regasification

A technical guidance document on LNG regasification from the Oil and Gas Methane Partnership 2.0

OGMP 2.0 Technical Guidance Document: LNG Shipping

A technical guidance document on LNG shipping from the Oil and Gas Methane Partnership 2.0

OGMP 2.0 Technical Guidance Document: LNG Liquefaction

A technical guidance document on LNG liquefaction from the Oil and Gas Methane Partnership 2.0

OGMP 2.0 Technical Guidance Document: Pneumatics

A technical guidance document on pneumatics from the Oil and Gas Methane Partnership 2.0

OGMP 2.0 Technical Guidance Document: Leaks and Permeation from Underground Pipes

A technical guidance document on leaks and permeation from underground pipes from the Oil and Gas Methane Partnership 2.0

OGMP 2.0 Implementation Plan Template

A template for how to implement methane reduction targets

Nedgia: Commissioning with Vacuum Pumps

A case study on how Nedgia mitigated methane released to the atmosphere when a new section of network is commissioned.
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