Revision as of 23:10, 15 March 2020

Basics

Often abbreviated as CLC
A form of Oxy-Fuel Combustion Process technology using metal oxides as the oxygen source, thus air never contacts the combustion chamber thus making the formation of nitrogen dioxides near impossible
Assuming the fuel used is either pure carbon, or methane, there should be no heavy metals or hydrogen sulphide as well
Uses a Fluidized Bed Reactor, and a Fluidized Bed Combustor / Fluidized Bed Gassifier
This also lowers the total flue gas volume, and makes the composition near pure carbon dioxide and water vapor
The water vapor can be condensed leaving near pure carbon dioxide
RESEARCH NEEDED
- The mechanism of transfer between fluidised beds
- If NOx is produced and how much
- If the oxygen can be diverted to devices such as a Gas Turbine for workflows with Fluidised Bed Gassification making syngas for a gas turbine
- What oxides to use and if they need a substrate etc

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 =Basics=
 *Often abbreviated as CLC
-*A Combustion technology using metal oxides as the oxygen source, thus air never contacts the combustion chamber thus making the formation of nitrogen dioxides near impossible
+*A form of [[Oxy-Fuel Combustion Process]] technology using metal oxides as the oxygen source, thus air never contacts the combustion chamber thus making the formation of nitrogen dioxides near impossible
 *Assuming the fuel used is either pure carbon, or methane, there should be no heavy metals or hydrogen sulphide as well
 *Uses a [[Fluidized Bed Reactor]], and a [[Fluidized Bed Combustor]] / [[Fluidized Bed Gassifier]]