Amidst the dual global challenges of plastic pollution and climate change, chemical recycling technology is transitioning from frontier exploration to large-scale industrial application. Recently, Vary Tech's self-developed "Waste Plastic Chemical Recycling Technology and Equipment" won the "Excellence in High-Value Recycling Technology Award" at the "2025 Top 10 Rubber & Plastics Technology Trend Case Selection" event hosted by Adsale Plastics Network. This not only represents authoritative recognition of Vary Tech's technological leadership in the field of waste plastic recycling and utilization but also sends a strong signal to the entire industry and the market: waste plastics, once seen as "white pollution," are now entering a golden age of value redefinition and industrial upgrading.

Chemical Recycling: The Essential Choice to Solve the Dilemma of "Low-Value Waste Plastic"
Currently, the world generates over 400 million tons of plastic waste annually. Traditional mechanical recycling often struggles when dealing with low-value, mixed waste plastics characterized by complex composition and severe contamination, leading to a large proportion being landfilled or incinerated, resulting in resource waste and environmental burdens.
Chemical recycling breaks down the molecular chains of waste plastics through methods such as pyrolysis/thermal cracking, depolymerization, and gasification, converting them into high-value chemical feedstocks like pyrolysis oil, gas, and carbon, achieving closed-loop plastic regeneration at the source. The reprocessed recycled plastics or chemicals effectively overcome the limitations of mechanical recycling's "downcycling," enabling high-value utilization.
Vary Tech's award powerfully confirms this industry trend. As an industry bellwether, Adsale Plastics Network bestowing the "Excellence in High-Value Recycling Technology Award" upon chemical recycling technology fully demonstrates the industry's firm confidence and high recognition of this technological pathway. CHINAPLAS, the International Rubber and Plastics Exhibition, is Asia's largest plastics and rubber industry exhibition. It is widely recognized within the industry as having influence second only to Germany's K Show, the world's largest rubber and plastics exhibition, making it the world's second-largest trade fair for the sector. In 2025, serving as a crucial platform for this selection activity and showcasing results, CHINAPLAS gathered over 4,500 exhibitors, covered 380,000 square meters of exhibition space, and attracted over 280,000 visitors from 39 countries, collectively highlighting such innovative achievements.
From the Ministry of Ecology and Environment explicitly including chemical recycling in the "Technical Specifications for Waste Plastic Pollution Control," to the national standard "Guidelines for the Recycling and Reuse of Plastic Waste" affirming chemical reuse of waste plastics, to energy and chemical giants like CNPC and Sinopec investing in building ten-thousand-ton-scale chemical recycling industrial demonstration plants—strong policy support and proactive industrial practice are jointly driving the rapid development of waste plastic chemical recycling.
Vary Tech has overcome multiple core key technologies constraining industry development, including continuous feeding, sealing, coke removal, efficient rapid quenching and three-phase separation, cascade utilization of flue gas waste heat, and heat carrier circulation. Its self-developed dual sealing technology for flue gas and oil gas has been iterated to the third generation, with a single unit capable of processing up to 150 tons of waste plastic per day. Currently, this technology has successfully achieved large-scale, long-period, stable industrial operation, boasting an annual comprehensive processing capacity of 220,000 tons.


Vary Tech's success is not only a vivid footnote to the maturing technology of waste plastic chemical recycling but also represents the rise and leadership of Chinese environmental protection equipment enterprises in this emerging field.
Addressing Pain Points: Waste Plastic Chemical Recycling Injects a "Growth Engine" into Development
For waste plastic processors, large petrochemical companies, circular economy industrial parks, and government departments at all levels actively seeking green and low-carbon transformation, choosing a technology means choosing a sustainable future.
Vary Tech's integrated waste plastic chemical recycling solution brings tangible changes to the industry.
Mixed waste plastic sources? Whether PE, PP, PS, or composite packaging and contaminated films from industrial, agricultural, medical, or construction sources, Vary Tech's equipment can handle them efficiently. It is suitable for over 30 types of organic solid waste, significantly broadening the feedstock boundary.
Worried about a "money pit"? The technology has now been upgraded to the 6th generation, with energy consumption reduced by 60% compared to the 3rd generation, and operating costs only 15% of incineration costs. Core technologies such as flexible combined sealing, continuous feeding and discharging, and anti-coking ensure 24/7 uninterrupted operation and highly automated design, with annual operating hours exceeding 8,000 hours, significantly improving equipment utilization and overall operational efficiency.

Afraid of non-compliance? The oxygen-free pyrolysis process throughout prevents dioxin formation conditions at the source. A unique reducing atmosphere further promotes dioxin decomposition. Optimized system design effectively reduces the carry-over of dioxin precursors by fly ash, significantly lowering dioxin risks. Flue gas emissions are only 1/10th of incineration, and a multi-stage combined process of "cooling + denitrification + dust removal + deacidification" purifies pollutants like particulate matter, acidic gases, and nitrogen oxides, while effectively preventing dioxin re-synthesis and efficiently removing heavy metals. Compliance is assured.
Burdened by disposal fees? Vary Tech's technology transforms plastic waste into high-value products: Pyrolysis oil can be sold directly or further refined into gasoline, diesel, or processed into core chemicals like olefins; Pyrolysis carbon can be used as building materials, fuel, or processed into carbon black; Non-condensable gas is either recycled in a closed loop to power the system or purified to produce high-value-added products like green hydrogen and green methanol. This empowers enterprises to transform from a "cost center" into a "profit center" and "value creation center."
Vary Tech winning the "Excellence in High-Value Recycling Technology Award" this time is a concentrated reflection of its technological strength, market insight, and sense of mission for the times. It is also powerful proof that China's waste plastic chemical recycling industry is accelerating towards maturity and moving up the value chain.
When "white pollution" can be reshaped into a strategic "white oil field" ensuring energy security, we have reason to believe that through the continuous innovation and promotion of industry leaders like Vary Tech, a cleaner, more circular future with greater economic and social value is accelerating towards us.