Used Motor Oil To Diesel Oil Recycling Plant

 Used engine oil, heavy fuel, bunker fuel,oil sludge, tyres, plastic, crude oil etc. can be regenerated diesel fuel oil,and the waste animal, vegetable oil, acid oil, drainage oil also can be convert to biodiesel oil. these available by-products can be converted as fuel oil directly,which is from the refinery, chemical plant, chemical fertilizer plant, urea plant, coking plant, such as: alcohols, sulfonated oil, naphtha, paraffin wax, benzene, naphthalene, ketones. If we deal these used oil and by-products by burning or burying, it is not only bring serious environmental pollution, also caused a huge waste of energy. So on the basis of reusing resources or environmental protection, or view the point of being able to bring enormous economic benefits for the producers, the waste for recycling has a very good prospects.
 
 
Applicable scope
1. waste plastics, crude oil, waste rubber, used tyres... 
2. waste oil. For example: waste gasoline diesel oil, waste oil, waste engine oil, waste oil sludge, waste crude oil, waste oil used to wash spare parts, and so on.
3. various kinds of waste animal oil, vegetable oil, acidated oil, heavy oil, waste lube oil, alcohols, sulfonated oil, naphtha, paraffin, benzene, naphthalene, ketones).
 
 
Features
1)The entire process is absolutely environmental protection without any smoke and smell.
 
2) Decompression device is adopted water-circulation type to guarantee the security of the whole system.
 
3) The unit-time productive capacity as well as the quality of final oil will be rose drastically after decompression during the whole production process.
 
4) The heat system is adopted hot air heating technology,not only safety but also efficiency is increased in the production processing.
 
5)High-efficiency gas heating system.During the oil refining processing, there are some gases(methane--butane)produced when the temperature up to 150℃.Those gases will be burned in the special gas nozzle to produce a lot of energy and to save the resources.
 
6) The flue dust removal system with bidirectional spiral hydrodynamic impact on dust chamber can ensure that soot emission can be reached national standard for effluent discharge.
 
 
 
Technological process
Technological process: pump the waste oil into the negative pressure thermal cracking pyrolysis ffurnace, heat it and distillate into oil vapour, the oil vapour pass through the gas manifold,then go throught three-stage condenser to cool down the hot vapor to pethol and diesel oil;the waste gas will be collect and transport to the burner as fuel; and the residuel will be discharged automatically by sprial.
 
 
 
Environmental protection
Through two safety devices,water seal and gas nozzle,not only eliminate air pollution but also save amount offuel.Soot emission can be reached the standard of Emission standard of air pollutants for coal-burning oil-burning gas-fired boiler GB13271—2001.
 
 
 
 
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