Hydrogen as an Energy Carrier: High Volume Production Issues II | AIChE

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Hydrogen as an Energy Carrier: High Volume Production Issues II

Chair(s)

Gorensek, M., Savannah River National Laboratory

Co-chair(s)

Robinson, S., Oak Ridge National Laboratory
Sherman, S., Idaho National Laboratory

2nd session of same subject

Presentations

2:00 PM
(221a) Nuclear Hydrogen Initiative Calcium-Bromine Cycle: Determine the Feasibility of Using Cold Plasma Dissociation for H2 Generation, and Molten-Spray Contactor for Ca·Br2 Regeneration
2:22 PM
(221b) Testing of the Palladium Membrane Reactor and Potential Applications for Hydrogen Production
2:44 PM
(221c) Logistics Fuel Catalytic Cracking for Hydrogen Generation
3:06 PM
(221d) Dynamic Simulation of Reforming and Regeneration Processes for Fixed-Bed Adsorption-Enhanced Natural Gas Reformer
3:28 PM
(221e) Hydrogen Generation Using Fixed-Bed Adsorption-Enhanced Natural Gas Reformer
3:50 PM
(221f) Analysis of a Novel Process with Integrated Co2 Capture Using Coal and Thermal Energy from a High-Temperature Nuclear Reactor for the Production of Hydrogen and Electric Power
4:12 PM
(221g) Analysis of a Nuclear-Powered Ammonia Plant
4:34 PM
(221h) Aspen Plus Process Design for the Liquid Hydrogen Production by Steam Reforming of Used Automotive Lubricating Oil

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AIChE Explorer Members $225.00
Non-Members $225.00

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