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Dry Syngas Purification Processes for Coal Gasification Systems

  • ID: 5029526
  • Book
  • October 2020
  • Elsevier Science and Technology

Dry Syngas Purification Processes for Coal Gasification Systems illustrates the promising development status of dry syngas purification for various power generation systems based on coal gasification. The core advantages of dry syngas purification, methodologies for impurity measurement, sorbents development, and evaluation of process performance are described in-depth, and from a practical perspective that is based on current research and development. Reviewing key findings from process integration, the book encompasses scale-up strategies from pilot processes to achieve dry syngas processing for new build plants. The book provides researchers and engineers with practical information to realize dry syngas purification processes for each context.

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Chapter 1. Introduction Chpater 2. Advantage of dry syngas purification Chapter 3. Measurements of impurities in syngas Chapter 4. Development of sorbents used in dry syngas purification Chapter 5. Methodology for evaluation of sorbents performances Chapter 6. Process development Chapter 7. Scaling up strategies Chapter 8. Application of dry syngas purification

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Makoto Kobayashi Associate Vice President, Central Research Institute of Electric Power Industry, Energy Engineering Research Laboratory, Yokosuka, Japan.

Makoto Kobayashi is primarily interested in the syngas purification system for integrated gasification combined cycle power generation. He was involved in operating dry gas cleaning process for syngas produced at prototype of MHI type air-blown coal gasifier from 1987 to 1989. A series of dry-removal sorbents for halides, mercury, and sulfur compounds were developed through the research projects that were conducted by him for IGCC, IGFC and biomass gasification fuel cell power generation. In particular, he has developed durable and regenerable sorbents for dry sulfur removal process in 1990s, which is capable of reducing sulfur compounds to tolerant level of high temperature fuel cell. The sorbent was further improved in resistance to carbon deposition in syngas and was applied to current test facility of dry syngas purification process for advanced IGCC. He also contributed basic design and economical evaluation of IGCC equipped with dry syngas process. His current research project is the verification of dry acid gas removal processes that are suitable to treat syngas for efficient IGCC power generation plants with CO2 capturing feature.
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