the research consultancy for energy technologies
…efficiency of LNG transport. This can also help cryogenic air separation. Boiling Points of Different Gases According to the Clausius Clapeyron Relationship Density of CO2: strange properties? The Density of…
…heat >1,000◦C (chart below). The full data-file includes estimates of global energy demand across almost fifty end uses: agriculture, air conditioning, air separation, aluminium, ammonia, asphalt, aviation, bleach, buses, cement,…
…(ethane cracking), the coldest of which reaches -200ºC (cryogenic air separation), but the average process takes place at 200ºC. PET is produced from the condensation polymerization of PTA and ethylene…
…to maximize efficiency; including recuperating waste heat from the air separation plant (which produces the pure O2 for the combustion process) back into the CO2 stream. Details are in the…
…turn requires cryogenic air separation. If the world’s sulphur and H2SO4 mostly come from 1,000 refineries and oil processing facilities, this might raise a question in the energy transition about…
…to be higher. For example, moderate pressures of about 60-bar are routinely used in gas pipelines, methanol plants and in the cryogenic turbine compressors feeding cryogenic air separation plants or…
…the data-file, across our models of Air Separation, Cables, Comminution, Compressors, Electric Motors, Electrowinning, Fans, Flotation, Gas Dehydration, Harmonic Filters, Heat Exchangers, Inverters, Motor Drivers, Pumps, Rankine Engines, Tanks and…
…need to be compressed and cover the energy costs of oxygen generation in an air separation plant. This data-file allows you to stress-test the energy penalties for potassium carbonate CCS…