Entrained Flow Gasification: Difference between revisions
Jump to navigation
Jump to search
(Added a Category to the Page) |
(Added some more information) |
||
| Line 2: | Line 2: | ||
*A device for [[Gasification]] that uses a spray of fuel (powder, or [[Slurry Fuels]] , and oxidizer (air or pure oxygen, the latter is more common) in a sealed heated chamber | *A device for [[Gasification]] that uses a spray of fuel (powder, or [[Slurry Fuels]] , and oxidizer (air or pure oxygen, the latter is more common) in a sealed heated chamber | ||
*Typically high temprature and pressure | *Typically high temprature and pressure | ||
*Thus faster reaction times, and produces [[Clinkers]] instead of [[Ash]] | *Thus faster reaction times, and produces [[Clinkers]] / [[Slag]] instead of [[Ash]] | ||
*Still need to see how it compares to [[Fluidized Bed Gasification]] | *Still need to see how it compares to [[Fluidized Bed Gasification]] | ||
*The most common method for coal gassification | *The most common method for coal gassification | ||
Revision as of 02:24, 22 October 2020
Basics
- A device for Gasification that uses a spray of fuel (powder, or Slurry Fuels , and oxidizer (air or pure oxygen, the latter is more common) in a sealed heated chamber
- Typically high temprature and pressure
- Thus faster reaction times, and produces Clinkers / Slag instead of Ash
- Still need to see how it compares to Fluidized Bed Gasification
- The most common method for coal gassification
- Not as much research in application to Biomass or RDF
- Need to look for more
Internal Links
External Links
- The Wikipedia Page on Entrained Flow Gasifiers
- The National Energy Technology Labrotory (NETL) Page on Entrained Flow (Mainly Coal) Gassification
- "Performance of entrained flow and fluidised bed biomass gasifiers on different scales" a study published in the National Agricultural Library (NAL) Bio-Petrochemistry