With the increasing awareness of environmental protection and the demand for resource recycling, pyrolysis equipment is increasingly used in waste treatment, biomass energy conversion and other fields. Our pyrolysis system is suitable for large-scale, high-efficiency waste treatment and resource conversion scenarios. They can meet customers who have high requirements for equipment performance, stability and environmental protection standards.
Carbonization Machine – Solution to Biomass Waste
Carbonization machine is a new solution to biomass waste. It converts biomass (agricultural and forestry waste) into biochar (or charcoal) by high-temperature pyrolysis under oxygen-deficient or oxygen-limited conditions. Carbonization machine, also called biomass carbonization equipment, has many important significance for the development of agriculture, forestry and industry. Biomass carbonization plant
Waste Tire Recycling Plant for Sustainable Solution
In recent years, the rapid development of the global automotive industry has led to a significant increase in the number of scrap tires. These waste tires not only pose a serious threat to the environment, but also contain a large amount of untapped resources. Waste tire recycling plant have become
Waste Tire to Oil Pyrolysis for Car Tyre Recycling
Car tyre recycling refers to the recycling of tires that have reached the end of their service life or can no longer be used. Tire processing can be converted into reusable resources or products through physical, chemical or biological methods. The tire to oil pyrolysis plant can convert waste tires
Waste Plastic Pyrolysis Chemical Recycling
Plastic pyrolysis chemical recycling is an advanced technology that converts waste plastics into pyrolysis oil, syngas, and carbon black through high-temperature anaerobic decomposition. It specializes in waste plastics that cannot be processed by mechanical recycling: such as mixed films and composite packaging (PE/PP/PS accounts for 70%). Pyrolysis chemical recycling complements
Waste Plastic Recycling Pyrolysis Technology
In recent years, mechanical recycling has become a prevalent mechanism for managing plastics. But chemical recycling technologies have greater availability for processing contaminated and complex mixed plastic streams. Due to the limitations of current mechanical recycling technologies, these heavily contaminated mixed plastic streams have not been recycled. Waste Plastic Recycling
What Equipment is Needed for Pyrolysis Of Tyres Process?
The pyrolysis of tyres process requires multiple systems to work together. Each system plays an indispensable role in the continuous pyrolysis process of waste tires. The main equipment in continuous pyrolysis of tyres process includes feeding system, pyrolysis reactor, heating system, condensation system, slag discharge system and flue gas purification
Waste Tyre Rubber Pyrolysis Process
The tyre rubber pyrolysis process converts rubber into pyrolysis oil, synthesis gas and carbon black by heating under oxygen-free conditions. This rubber pyrolysis process is essentially to deconstruct and reorganize the hydrocarbons in the rubber, thereby realizing the recycling of waste tires. Under high temperature, the chemical bonds in the
Waste Plastic Pyrolysis To Fuel Oil
The pyrolysis reactor is the core equipment for waste plastic pyrolysis to fuel oil. Pyrolysis technology can convert waste plastics into oil and gas products, which can be reused as fuel and chemical raw materials. It is a way to efficiently recycle waste plastics. Plastic poses a threat to the
Differences in Pyrolysis Carbonization of Different Biomass
Biomass pyrolysis carbonization is an important process for converting biomass waste into biochar. Due to the differences in chemical composition and physical structure of various types of biomass, their pyrolysis carbonization processes and bio charcoal product characteristics are also different. The following details the differences in pyrolysis carbonization of different
Efficient Bio Charcoal Making Method – Pyrolysis
The Bio Charcoal Making Machine can process biomass (straw, wood, rice husk, coconut and animal manure) into biochar by pyrolysis technology. Bio Charcoal is produced by thermal cracking of biomass under anoxic or anaerobic conditions. High-temperature pyrolysis technology is currently the most commonly used method for making biochar. The cost
