Vary Tech
The rapid increase in global plastic waste poses an unprecedented environmental crisis to the Earth. It is estimated that by 2040, without taking action, plastic pollution in the oceans will nearly triple. To address this global issue, Vary Tech has introduced oxygen-free pyrolysis technology, opening a new path for managing "white pollution".
Table of contents:
New Pathways for Plastic Waste
Technological Advantages of Oxygen-free Pyrolysis
Wide applicability and efficient processing capability
Efficient thermal energy utilization and cost saving
Outstanding environmental protection advantages
Safe and stable operation of the production line
New Pathways for Plastic Waste
Traditional plastic treatment technologies, such as crude oil refining, have multiple technical and environmental limitations: low heat transfer efficiency, excessive cracking leading to low oil yield, large amount of residue, poor product quality, high impurity content, limited processing capacity, and severe pollution. In contrast, Vary Tech's oxygen-free pyrolysis technology equipment, as a new way of chemical recycling of waste plastics, shows significant advantages. This technology can convert waste plastics into high-value oil and gas. The pyrolysis gas can be reused in the system, achieving cascading utilization of thermal energy, while the pyrolysis oil can be processed and utilized to form new plastics, or directly used as fuel in the industrial sector, or even refined into power oil for various engines and mechanical equipment. The plastic waste that once troubled the world has now turned into "white gold".
Technological Advantages of Oxygen-free Pyrolysis
Compared to traditional oil refining, Vary Tech's oxygen-free pyrolysis technology equipment is more applicable, efficient, cost-effective, environmentally friendly, and stable in the field of plastic waste.
Wide applicability and efficient processing capability
Oxygen-free pyrolysis technology equipment can process various types of plastic waste, including domestic, industrial, agricultural, and construction waste, among other mixed plastic scenarios, such as waste plastics from domestic waste sorting, agricultural films, papermaking waste plastics, and construction waste plastics. A single set can process up to 150 tons per day.
Efficient thermal energy utilization and cost saving
This set of equipment utilizes hot air recycling and heat conduction technology, with the gases generated during operation being reused for system operation, achieving self-circulation of thermal energy with a utilization rate of over 90%, which can significantly reduce the consumption of fossil fuels and lower operating costs.
Outstanding environmental protection advantages
The entire set of equipment has low environmental protection and low supporting costs, mainly due to the self-circulating use of thermal energy generated by the system after multi-stage purification, thus the harmful factors produced throughout the process, such as dust, sulfides, heavy metals, etc., are almost zero. The entire operation process is carried out in an oxygen-free environment, which inhibits the synthesis of dioxins, and at the same time can solidify heavy metals, making the operating environment very friendly.
Safe and stable operation of the production line
Comprehensive matching of continuous automatic feeding and discharging devices, flexible combined sealing technology, automatic coke cleaning device, and safety assurance system provide a strong guarantee for the long-term safe and stable operation of the production line.
Vary Tech's oxygen-free pyrolysis equipment can not only convert plastic waste into high-quality pyrolysis oil and gas, greatly improving the utilization rate of plastic waste, but also significantly reduce environmental pollution. At the same time, the comprehensive benefits are significant, highlighting the environmental advantages and commercial potential of the technology. In the face of the increasingly severe global plastic pollution situation, adopting and promoting this technology will have a profound impact on environmental protection efforts. Let us work together to promote the widespread application of this technology and move towards a greener, cleaner world.
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