Represent emissions during the process of charring wood big problem for the environment in general and producers of coal, especially where the is produced during coking products and emissions

 
  Dense fumes laden raids toxic and harmful to the environment, health, and the most harmful toxic strikes it produces is carbon monoxide which is very

Dangerous to the human respiratory tract. And modern systems for the production of coal deal with this problem as a major with a lot of other problems which

    The most important of module production and maintain the amount of wood that will become part of the coal because these other methods of wood turns into fuel

 Dangerous to the human respiratory tract. And modern systems for the production of coal deal with this problem as a major with a lot of other problems which

    To raise the temperature into coking to complete the rest of the charring wood
 
Features of modern systems of carbonization

Reduce harmful emissions to reduce allowable.

Do not produce any fumes.

Reduce the space used.


The possibility of transfer from one place to another.
  The most important of module production and maintain the amount of wood that will become part of the coal because these other methods of wood turns into fuel

Rapid production cycle (from 12-18 hours) depending on the degree and quality of wood moisture.


Full control temperature used for each type of wood alone.


Quality of coal output higher than analogous ways Coking municipality.


Module production.


Not part of the consumption of wood fuel, which means providing the amount of wood used.


The products of the secondary process which produces Aatina Coking tar is rich in important.

Comes Mena t interested in engineering at the forefront of environmental industries, especially in advanced systems coking and has a long tradition in this area

Charring of modern systems manufactured by a company Menard Engineering

Characterized this system as it does not make them toxic pollutants to the presence of modern technological equipment for gas treatment resulting from the process of converting wood to

  Coal-to-liquids conversion, most easy to handle and use and use of the remaining portion of the gas to supply thermal energy of the system to complete the coking

Another recent system for charcoal production technologies designed Ingelezip

The advantage of this system in the low consumption of fuel necessary for the full process of coking a retrieval system for use and the burning of gases during the process of coking
 
And utilization by raising the temperature of the oven to the appropriate level needed to convert wood to charcoal

Featuring high productiveness of coal is burned all the gases from the process of coking chamber combustion system to extend the necessary heat