/fields/chemical-process
Chemical & Process Engineering
Reactions, separations, and the molecules that carry decarbonization.
30 papers from your field · Snapshot from gxceed corpus on 2026-10-15
Why this field matters in GX
Chemical engineers sit at the heart of the most contested GX scenarios: hydrogen production routes, ammonia as a hydrogen carrier, CCS solvent chemistry, methanol as a green feedstock. PhD-level analysis of catalyst stability, separation thermodynamics, and reactor design directly bounds what is and is not deployable at scale.
GX implementation map
Top results from your field, clustered by GX implementation theme. Each cluster shows where doctoral methods from your field actually meet decarbonization work.
Hydrogen
28 papers in this clusterBridging hydrogen production and storage: electrolysis-derived hydrogen for methanol and ammonia synthesis
F. Kanwal, M. Asif, A. Tabassum, …
This paper focuses on storing hydrogen produced via electrolysis as methanol or ammonia. It explores the potential of hydrogen carriers and proposes an integrated approach from production to storage.
via International Journal of Energy and Water Resources
Photoelectrochemical Technology for Solar Fuel: Green Hydrogen, Carbon Dioxide Capture, and Ammonia Production
Minggu L.J.
This paper presents photoelectrochemical technology for solar fuel production, focusing on green hydrogen generation, carbon dioxide capture, and ammonia synthesis. It explores the potential of using renewable energy for chemical production.
via Chemical Engineering and Technology
Water Consumption in Hydrogen Production Through Electrolysis: Overview, State‐of‐the‐Art, and Future Trends
Antonio Santos Sánchez, Gleizer Vitor Nonato, André Luís Silva, …
This review examines water consumption in green hydrogen production via electrolysis, highlighting that PEM electrolysis consumes 17.5 L water per kg H2, with 49% used for cooling. It notes that most large projects rely on desalinated seawater, but reclaimed wastewater is…
via WIREs Energy and Environment
CCUS
2 papers in this clusterElectrochemical Carbon Capture and Conversion: A Future Green Approach
Dr. Sarita Chaudhary, Dr. Mala Mathur , Dr. Komal Arora , Dr. Santosh Kumar Agrawal, Dr. Abhishek Gehlot
This paper reviews electrochemical carbon capture and conversion technologies, covering electrode catalysts, electrolyzer design, and process integration. It highlights the potential for producing green fuels and chemicals using renewable electricity to achieve negative…
via Zenodo (CERN European Organization for Nuclear Research)
CO Green Hydrogenation to Methanol and Process Design
Hongbin Huang
This paper systematically reviews catalytic systems and process design for CO2 hydrogenation to methanol. Efficient catalysts and low-cost green hydrogen are keys to industrial application, offering a promising CCUS pathway.
via Applied and Computational Engineering
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