Transcription of Carbon intensity of blue hydrogen r1 - pembina.org
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Carbon intensity of blue hydrogen r1 - pembina.org
Carbon intensity of blue hydrogen productionAccounting for technology and upstream emissions Jan Gorski, Tahra Jutt, Karen Tam Wu | August 2021 (revised)photo: Roberta Franchuk, Pembina InstituteTECHNICAL PAPER Carbon intensity of blue hydrogen production Accounting for technology and upstream emissions by Jan Gorski, Tahra Jutt, Karen Tam Wu | August 2021 (revised) Introduction As Canada considers pathways to net-zero emissions by 2050, blue hydrogen hydrogen gas derived from natural gas with Carbon capture, utilization and storage (CCUS) is receiving significant interest as an energy carrier. There are many competing claims about the climate benefits of blue hydrogen . This is partly because differences in production methods, technology choices, gas supply, energy requirements, and Carbon capture rates lead to different estimates of emissions. As well, because blue hydrogen is created from fossil fuels, the emissions associated with the production and transportation of the fossil fuel source must also be included in its emissions profile.
what can be achieved at new hydrogen production plants designed to produce hydrogen as a commercial fuel. The Polaris project proposed by Shell aims to capture more than 90% of the CO 2 7emissions related to hydrogen production in the Scotford refinery hydrogen plants. 5Path to hydrogen competitiveness, 21.
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