Coal gas, compressed

Blaugas Coal Coal briquettes, hot Coal gas, 2.3 Coal gas, compressed, 2.1, 2.3 Coal tar, crude and solvent Coal tar distillates, flammable, 3, 3.2,3.3 Coal tar naphtha Coal tar oil Coke, hot Creosote Creosote (coal tar or wood tar) Creosote salts Cresols (o-, m-, p-), 6.1, 8 Cresols (ortho- meta- para-), liquid or solid, 6.1 Dead oil Fischer Tropsch gas Fischer-Tropsch gas compressed, 2.2 Iron oxide, spent (obtained fix)m coal gas purification), 4.2 Iron sponge, spent, 4.2 Iron sponge, spent (obtained from coal gas purification), 4.2 Prilled coal tar Synthesis gas Synthesis gas, compressed Water gas Water gas, compressed... 

Coal Gas Compressed. The gas obtained by the destructive distillation of bituminous coal. ICAO A2... 

Coal Gas Compressed. Is the gas obtained by the destructive distillation of bituminous coal. It is shipped in steel cylinders and classed as a toxic flammable compressed gas. lATA App. A... 

Related Terms Aerosol, see Aerosols, p.3 Blau gas, Fischer Tropsch gas. Synthesis gas, Water gas, see Coal, p.44 Candles, gas, see Lighters, p.l37 Coal gas Coal gas, compressed, see Coal, p.44... 

Penninger, J.M.L. "Oil Extraction from Subbituminous Coal with Compressed Aqueous Gas Extractants-Stoichiometry and Mechanism of Extraction," presented at 1984 Annual AIChE Meeting, San Francisco, California, November (1984). 

To this end, both Texaco and Shell are developing their processes to handle coal slurries). The Texaco process is somewhat more flexible in that it has commercial operating experience with pressures up to 1200 psig. Thus the Texaco process requires no synthesis gas compression. The Shell process operates generally around 600 psig. Typically, today s POX plant would be around 60% thermally efficient (plus oxygen import) and can operate on cheaper feedstocks. 

For working lead and soda glass using coal gas and compressed air ... 

For methanol synthesis, the purified coal gas is compressed to 7.5 MPa. The power of 680 MW(th) from an HTGR plus 2680 t of hard coal result in 2390 t of methanol [18]. 

Therefore, compared with the traditional process for H2 production in a coal gasifier, the use of membrane reactors offers many advantages, such as simultaneous WGS reaction and H2 separation, achievement of higher CO conversion, a low-energy requirement for gas compression, and storage. 

Tranier, J. P., Dubettier, R., Darde, A., Perrin, N. (2011). Air Separation, flue gas compression and purification units for oxy-coal combustion systems. Energy Procedia, 4, 966—971. http //dx.doi.0rg/lO.lOl6/j.egypro.2Oll.Ol.i43. 

After hot-cyclone recycle of char to the gasifier, generation of medium-pressure steam in a horizontal fire-tube boiler cools the hot (about 1,800°F) raw coal gas. The gas is then water quenched and CO shifted. The gas is compressed to about 500 psig pressure before undergoing purification in the chilled methanol physical solvent Rectisol process. The purified synthesis gas moves via pipeline to nearby Wesseling, where one or Union Kraftstaffs plants converts it into 350 t/d of methanol. 

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