The disposal of solid wastes from human activity is a growing environmental problem for modern society, especially in developing countries. The scrap tires is one of the very common and most important hazardous solid wastes all over the world. Now there is a new technology called tires to oil pyrolysis technology that could not merely get rid of the huge piles of waste tires but may also produce a profit from the end products while protecting the environment as well.
Waste Tyre To Fuel Oil Plant
Tyre Recycling Into Fuel Oil
Because the tyre recycling into fuel oil plant can be used for converting tyre into fuel oil, carbon black and steel wire, the way how to recycle scrap tires into available energy is no longer a problem for us. Generally speaking, the tyre recycling into fuel process is simple under the guidance of Beston engineers. … Read more
Converting Tires To Oil
Beston converting tires to oil pyrolysis plant belongs to a new type of environmental protection equipment for recycling waste tires. This plant not only solves the tires pollution problem, but also realizes the sustainable use of resources. Beston converting tyres to oil machine adopts the advanced pyrolysis technology, which can realize tires to fuel oil conversion process effectively. … Read more
Tyre To Oil Recycling Process
Beston tyre pyrolysis plants belong to the environmental protection equipment, which have the following features: safety, energy saving and environmental protection. The main purpose of this machine is to convert the waste into resource, such as waste tyre, plastic, rubber and so on. Due to the excellent function, this plant is popular in Philippines, Australia, … Read more
Tyre To Oil Machine
The tyre to oil machine manufactured by Beston Group adopts the latest pyrolysis technology, which aims at converting waste tyres into pyrolysis oil, carbon black and steel wire without any pollution. With the car increasing in the world, the number of waste tyre has a rapid growth. Waste tyre has huge profit space when investors … Read more