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waste oil boiler Applications

  • Continuous process waste tyre to oil recycling

    Solution: Continuous pyrolysis plant Function: Recycling waste tire to fuel oil Applicable raw material: Car tire, Truck tires, OTR tries, etc Output: 45-52% crude oil, 30% carbon black,12-15%steel wire, 8% waste gas Heating fuel: Coal / wood / fuel oil / gas Pyrolysis plant land size: 25x20m Reactor design: Mutiple reactors with internal rotating Reactor material: Q245/Q345 Boiler plate

  • Pyrolysis oil to diesel

    Pyrolysis oil to diesel continuous waste pyrolysis oil to diesel Solution: Oil refining machine Applicable: Tire oil, Plastic oil, Waste oil, Pyrolysis oil,Engine oil, Black oil, Heavy oil, etc Output: 85-90% good clean oil, the rest is slag and waste gas Heating fuel: Coal / wood/ fuel oil / gas Oil refining machine land size: 20X15m Reactor material:Q245/ Q345 Boiler plate

  • Waste tyre pyrolysis plant cost

    How to convert waste tyres to useful resources? Now, it is no longer a problem. With 18 years' experience in the field of tyre pyrolysis, and continuous research, development and improvement, Doing group provides the latest waste tyre pyrolysis plant which has reached a high level in technology. The Waste tyre pyrolysis plant adopts the new green pyrolysis technology. Through the use of the tire pyrolysis oil plant, waste tyres can be effectively converted to fuel oil, carbon black and steel wire. The oil from tyres plant can be widely used as fuel oil in industries such as steel and iron and boiler factories, ceramics, power or chemical industries etc. And it can be used for generators to get electricity. Carbon black can be used for making construction bricks with clay, and also can be used as fuel. Steel wire can be recycled into smelting plant. Phone: +86 15893800169 Contact: Ms Bonnie www.wastetireoil.com Skype: bonniezhao2 Email: oilmachine@doinggroup.com

  • Industrial Solution for gasification & synthetic gas

    Gasification and synthetic gas production from various waste products are becoming increasingly important energy recovery technologies. Often, the synthetic gas contains various hazardous contaminants including H2S, HCl and other acids, heavy metals, and tars. The gas requires cleaning before it is introduced in the engine or boiler. Most of these processes generate significant concentration of tars. The tars can vary from very low molecular weight to large and complex chains.

    By Macrotek Inc. based in Markham, ONTARIO (CANADA).

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