Shell Invests in CO2-Hydrogen Membrane Separation Research

Shell has awarded a $1 million research project to the Chemical and Biomolecular Engineering Department of Ohio State University to develop a novel approach to membrane separation technology for producing hydrogen from fossil fuels. This research aims to separate CO2 at a lower cost, a crucial step for economical carbon capture and sequestration, and potentially lower the cost of producing hydrogen. The project builds on 2 years of preliminary studies conducted by Ohio State University for Shell. Ohio State's researchers possess expertise in coal/hydrocarbon processing, fuel cells, and hydrogen production.

Key Takeaways:

• Shell has invested $1 million in a research project to develop a novel CO2-hydrogen membrane separation technology at Ohio State University's Chemical and Biomolecular Engineering Department.
• The technology aims to separate pure CO2 at a lower cost, facilitating economical carbon capture and sequestration for zero-emission hydrogen production.
• Ohio State University's researchers have extensive expertise in coal/hydrocarbon processing, fuel cells, and hydrogen production, providing a solid foundation for this project.
• The project is a result of 2 years of preliminary studies conducted by Ohio State University for Shell, indicating a collaborative effort between the two entities.
• The technology under development may also lower the cost of producing hydrogen, bringing it closer to commercialization.
• Shell Oil Company, a leading oil and natural gas producer, marketer, and petrochemical manufacturer, is driving this initiative through its investment in the research project.

Statistics:

• $1 million: The amount invested by Shell in the research project.
• 2 years: The duration of preliminary studies conducted by Ohio State University for Shell prior to the current project.
• 140: The number of countries and territories where The Shell Group operates.
• 112,000: The number of people employed by The Shell Group.

Sources:

• "Shell pens $1 million deal to develop hydrogen separation technology, (Nov 07, 2006)", Health & Medicine Week, 2006.