An integrated DAC–electrolysis–methanation system is assessed for e-methane production, combining techno-economic, life-cycle, and risk analyses to identify key performance drivers and pathways toward lower-carbon methane.
The global energy transition towards low-carbon and renewable energy is imperative to address the escalating concerns of the energy and climate crisis. Before the large-scale deployment of renewable energy is...
The increasing concentration of atmospheric carbon dioxide (CO2) and the urgent need to mitigate anthropogenic greenhouse gas emissions have intensified scientific interest in developing sustainable carbon capture and utilization technologies [...]
This study delivers techno-economic and life cycle analyses for eight sugar-derived chemicals. The work demonstrates that nearly all can achieve competitive prices and lower emissions than incumbent benchmarks, while highlighting key drivers therein.
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