Extract the Carbon Dioxide Gas

Posted in: , on 23. Jan. 2009 - 11:23

Environmentalists, many of whom believe that the term "clean coal" is an oxymoron, nonetheless view the project's cancellation as yet another indication that the Bush administration lacks the commitment required to reduce the rate of growth in atmospheric carbon dioxide emissions.

Some experts say that coal-fired plants can only become truly clean if the government and industry pump billions of dollars into the technological upgrades required to extract the carbon dioxide gas created during combustion and sequester it semipermanently deep underground.

Lf Pumping - Ultimate Coal Dryer

Posted on 12. Feb. 2009 - 10:04

Drying and crushing the coal will increase its calorific value, thus generate more energy from the same amount of coal. The problem is that most traditional drying methods are resource intensive.

The LamiFlo drying & Pumping system does not use gas, or gasoil, or LPG to generate heat, is is a non-thermal dryer, thus cutting down on the carbon emmissions from the drying process and generating more energy from your dried coal product.

Re: Extract The Carbon Dioxide Gas

Posted on 24. Feb. 2009 - 09:32

Like oil, natural gas is a product of decomposed organic material. It is a byproduct of plants and animals that decomposed without the presence of oxygen. As they were covered with sediment they became trapped. That is why natural gas is called a fossil fuel.

Natural gas is similar to oil, in many ways. The gas is often found mixed with oil or floating on top of underground pools of oil. The gas and oil are both extracted by drilling.

miltbeychok
(not verified)

Extraction And Capture Of Carbon Dioxide

Posted on 1. Mar. 2009 - 07:37

If you are interested in carbon capture and sequestration from conventional coal-fired power palnts, read the section devoted to that subject in this article:

Conventional coal-fired power plant

The article is a complete, detailed description of conventional coal-fired power plants including flow diagrams, equipment drawings and photos, and current status as well as anticipated future status of air pollutant controls (sulfur dioxides, nitrogen oxides, particulate matter, mercury, radioactive trace elements, and carbon dioxide capture and sequestration).