Gas Pathing: Improved Greenhouse Gas Emission Estimates of Liquefied Natural Gas Exports through Enhanced Supply Chain Resolution

The utilization of greenhouse gas (GHG) life cycle assessments (LCAs) of liquefied natural gas (LNG) has increased over the past decade. In this study, a novel framework for improved supply chain-specific LCAs for GHGs is presented using a gas pathing algorithm aligned with how gas is purchased, sol...

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Bibliographic Details
Main Author:	Selina A. Roman-White (11226709) (author)
Other Authors:	Deeksha Mallikarjuna Prasanna (20112941) (author), Amber McCullagh (20112944) (author), Arvind P. Ravikumar (10946421) (author), David Thomas Allen (17255001) (author), Kavya Chivukula (20112947) (author), Harshvardhan Khutal (20112950) (author), Paul Balcombe (11226715) (author), Gregory Ross (4436227) (author), Brad Handler (20112953) (author), Morgan Bazilian (9654827) (author), Fiji C. George (1353651) (author)
Published:	2024
Subjects:	Biochemistry Medicine Ecology Plant Biology Space Science Environmental Sciences not elsewhere classified Chemical Sciences not elsewhere classified power generation boundaries life cycle assessments 8 – 11 41 – 52 22 – 53 20 – 28 regional nonempirical data ghg intensities based improved supply chain yr gwp ). ghg emission profiles lng supply chains liquefied natural gas supply chain yr gwp natural gas measurement data emission measurements ghg emissions transported within reference case prior studies presented using past decade novel framework market destinations lng delivered liquefaction facilities greenhouse gas gas pathing accurately characterize
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Gas Pathing: Improved Greenhouse Gas Emission Estimates of Liquefied Natural Gas Exports through Enhanced Supply Chain Resolution

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