Wood rot and decompose the basic components of Alsellioz when burned in the atmosphere or in isolation from the atmosphere and in both cases have wood burning 

Products other than heat, when heating the wood in isolation from the air for the purpose of Tvhimh can be controlled and control of emissions and products emerging as a result of 

Disintegration of the internal components of the wood and when condensing the output capacitors and custom designed for this purpose after graduating from the ports into Coking 

Here he is often systems of coking (furnaces) if possible when modern extraction and isolation of these products easily and after graduating

 Supplement of intensive modern coking ovens can be assembled tanks intended for preparation for use
 Here we will address the components of these products in detail

Furnace charring wood adjoining capacitor to isolate the secondary outputs

hen you raise the temperature into the timber containing Coking following happens

When the temperature reaches a hundred degrees in the start of the water vapor emission, where the timber contains on average 12% of the water

Upon arrival at temperatures above 270 degrees Celsius wood starts to decompose and decay heat produced by gas

Made up of these gases from the following

17% of methane

     2% of hydrogen gas

    23% carbon monoxide

        د38% carbon dioxide

2% oxygen

And also produces a quantity of water equivalent to the same wood moisture

As a result of the breakdown of wood heat produced important materials can be drawn through the intensification of in special ways and with intensified

 Coking units attached to this material are as set out in the table is the result of charring tons of wood

  Be a mixture of these components as a whole can be addressed and then separated by appropriate means