WATER GAS SHIFT AND HYBRID SULPHUR PROCESS COUPLING - Ngeleka, Tholakele Prisca
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Worldwide, energy demands due to economic growth and The cleaner techniques for its production are the major concerns. These techniques must be able to meet those demands. Hydrogen is the cleaner source of energy, thus there is a need for increasing its production using cheaper and cleaner technologies. This work looked into the feasibility of increasing the hydrogen production rate by coupling the water gas shift (WGS) process to the hybrid sulphur process (HyS). Involved, are the technical and economical analyses of the WGS process, as well as the H2 separation by means of Pressure swing…mehr

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Produktbeschreibung
Worldwide, energy demands due to economic growth and The cleaner techniques for its production are the major concerns. These techniques must be able to meet those demands. Hydrogen is the cleaner source of energy, thus there is a need for increasing its production using cheaper and cleaner technologies. This work looked into the feasibility of increasing the hydrogen production rate by coupling the water gas shift (WGS) process to the hybrid sulphur process (HyS). Involved, are the technical and economical analyses of the WGS process, as well as the H2 separation by means of Pressure swing adsorption (PSA) process. Two WGS reactors, i.e. the high temperature system (HTS) and low temperature system (LTS) reactors are analyzed in details leading to a promising coupled technology to contribute in the environmental friendly energy production method.
Autorenporträt
Tholakele Prisca Ngeleka is a PhD Candidate in Nuclear Engineering at Pennsylvania State University, USA, and holds Master degrees in Nuclear and Chemical Engineering obtained at North West University, South Africa. She also holds a B - Tech degree in Chemical Engineering obtained at Mangosuthu University of Technology, Durban, South Africa.