High-temperature gasification of carbon-containing raw materials with the use of electric-arc energy and calorific capacity of the gas fuel

Electrification of gasification-based biomass-to-X processes – a critical review and in-depth assessment

“…Several authors investigate biomass gasification using wood, 198,199,221–231 oak charcoal, 197,232–236 or biogenic wastes. 237–239 Employed plasma gases include air, H 2 , steam, Ar, and N 2 with plasma torches ranging from 15 kW el 224,229,237 to 150 kW el . 222,239…”

“…237–239 Employed plasma gases include air, H 2 , steam, Ar, and N 2 with plasma torches ranging from 15 kW el 224,229,237 to 150 kW el . 222,239…”

“…Several authors investigate biomass gasification using wood, 198,199,[221][222][223][224][225][226][227][228][229][230][231] oak charcoal, 197,[232][233][234][235][236] or biogenic wastes. [237][238][239] Employed plasma gases include air, H 2 , steam, Ar, and N 2 with plasma torches ranging from 15 kW el 224,229,237 to 150 kW el . 222,239 Regarding modeling and process simulations, Table 7 provides an overview of process modeling studies on plasmaassisted gasification using thermal plasma to produce syngas from a solid biogenic feedstock.…”

“…[237][238][239] Employed plasma gases include air, H 2 , steam, Ar, and N 2 with plasma torches ranging from 15 kW el 224,229,237 to 150 kW el . 222,239 Regarding modeling and process simulations, Table 7 provides an overview of process modeling studies on plasmaassisted gasification using thermal plasma to produce syngas from a solid biogenic feedstock. If reported at all, the ER shows a wide variance from 0.06 to 1.5 MW el per MW th .…”

Development and Application of Plasma Technology for POPs Waste Treatment in China

“…With the requirement for solid waste processing technologies as the times past, many large companies and famous plasma research institutions initiated many research projects to develop plasma arc technologies for waste treatment. Because of its special characteristics of high energy, high thermal capacity, fast response and electric conversion efficiency, plasma shows unique advantages and good prospects for the effective disposal of POPs wastes [9][10][11].…”