Dry Syngas Purification Processes for Coal Gasification Systems

Chapter 1. IntroductionChpater 2. Advantage of dry syngas purificationChapter 3. Measurements of impurities in syngasChapter 4. Development of sorbents used in dry syngas purificationChapter 5. Methodology for evaluation of sorbents performancesChapter 6. Process developmentChapter 7. Scaling up strategiesChapter 8. Application of dry syngas purification

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• Motores eléctricos
• Tecnologia, engenharia, agricultura
• Tecnologia dos combustíveis fósseis
• Indústrias da energia e de outros serviços
• Ciência ambiental, engenharia e tecnologia

Absorption reaction; Ammonia; Breakthrough curve; Carbonyl sulfide; Chemical-looping combustion; Coal gasification; Coal syngas; Copper sulfide; Dew point of syngas; Dry syngas cleaning; Elemental mercury; Fixed-bed reactor; Flame photometric detector; Fluidized-bed reactor; Fourier transform infrared spectrometry; Future options for energy conversion systems; Gas chromatography; Heat balance; Hydrogen chloride; Hydrogen fluoride; Hydrogen halides; Hydrogen sulfide; IGFC; In situ X-ray diffraction analysis; Mercury; Moving-bed reactor; Neutralization agent; Oxy-fuel IGCC; Pilot plant; Pore distribution; Pressurized reactor; Process combination; Process monitoring; Process operability; Process start-up; Regenerable sulfur sorbent; Sludge formation; Sodium aluminate; Sorbent capacity; Sulfur accumulation; Sulfur chemiluminescence detector; Sulfur compounds; Sustainable coal utilization; Switching valve; Thermogravimetric analysis; Water treatment; Water-gas shift reaction; Wet syngas cleaning; Zecomag cycle; Zecomix cycle; Zinc ferrite