Search Results for: cryogenic

Carbon capture and storage: research conclusions?

…20% oxygen fraction from air in a cryogenic air separation unit average $100/ton using 300kWh/ton of electricity (model here). If you have a concentrated CO2 stream (e.g., 10-40%) then cryogenics…

Energy Recovery Inc: pressure exchanger technology?

pressure exchanger

…historically. However new markets are emerging, from cryogenic cycles through to applications focused on shale (although the latter requires avoiding the corrosive impacts of sand and debris in fluid streams)….

Acetylene: production costs?

…IRR on a large production facility, and after reflecting capex costs, feedstock gas prices, heat, electricity, cryogenic oxygen, opex costs and CO2 prices. Production costs are most sensitive to input…

Demand shifting: electrical flexibility by industry?

…booms. In industrial gases, there is also a fascinating shift underway, where pressuring swing adsorption (using compressors and vacuum pumps, note here) is much more flexible than cryogenic plants that…

Polyester: production process?

…(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…

Pressure swing adsorption: energy economics?

…the data-file to stress-test your own economic assumptions, and for the breakdown of pressure swing adsorption costs. Other techniques for gas separations include amine separations, membrane separations and cryogenic separations….

Sulphur recovery units: Claus process economics?

Sulphur recovery unit economics

…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…

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