When takeaway boxes, express packages and disposable plastic products pile up in landfills, and microplastics quietly seep into the soil, rivers and even drinking water sources – we have to face an increasingly imminent reality: plastic pollution is eroding the home we depend on for survival, in an all-pervasive way.

The Plastic Predicament: A "Persistent" Environmental Challenge

The durability of conventional plastics has long been no secret. Buried underground, they take hundreds or even thousands of years to decompose, damaging soil structure over the long term and hindering crop growth. When they end up in the ocean, they are ingested by marine organisms, ultimately threatening human health through the food chain.

To address this predicament, biodegradable plastics have emerged as a solution. Yet many of these products have fallen into the awkward predicament of being lauded but underutilized: some can only decompose under specific industrial composting conditions; others are labeled as biodegradable but merely contain additives that break plastics down into microplastic particles, causing secondary environmental pollution; still others come with exorbitant R&D and production costs that deter many businesses.

Environmental pressures are mounting, while cost burdens hold enterprises back. Is there really no viable path that can both protect the green mountains and clear waters and balance economic benefits?

The Light of Breaking the Deadlock: Guyu ABT Technology Redefines Degradation

The answer is: Yes.

This new path lies in the Guyu Anaerobic Biodegradation Technology (ABT).

The advent of Guyu ABT Technology has broken the long-standing deadlock between environmental protection and cost-effectiveness, offering an entirely new approach to plastic pollution control. With anaerobic microorganisms as its core, this technology enables efficient degradation without the need for harsh industrial composting conditions — it can kick-start the process in natural soil, underwater environments, landfills, and other anaerobic or oxygen-deficient settings.

The underlying mechanism works as follows: the implanted degradation formula rapidly enriches natural anaerobic microbial communities, allowing them to attach to the plastic surface. Enzymes carried by these microbes trigger enzymatic reactions with the plastic, breaking it down. Anaerobic accelerators further speed up these reactions, significantly shortening the degradation cycle. Eventually, the plastic is converted into methane, carbon dioxide, and trace amounts of mineralized inorganic salts — leaving no undegraded microplastics behind.

Distinct Advantages: Why Does ABT Technology Stand Out?

Cost Reduction: Targeting the Industry’s Key Pain Point

Guyu ABT Technology requires no changes to existing production processes or equipment, significantly cutting overall costs. Compared with other biodegradable materials, the production cost of its products can be reduced by over 50%. This allows enterprises to practice environmental protection without shouldering heavy economic burdens, truly achieving a win-win situation for both environmental benefits and economic gains.

High-Efficiency Degradation: Achievable Under Natural Conditions, Coupled with Recyclability

Traditional biodegradable plastics often rely on industrial composting environments with high temperature, high humidity and high oxygen levels. In contrast, products made with Guyu ABT Technology can achieve efficient degradation under natural anaerobic conditions. The process is residue-free and pollution-free — whether it is a food container buried in soil or packaging submerged in water, it will be completely decomposed by microbial enzymes, leaving no environmental burden.

In addition to biodegradability, Guyu ABT materials also feature recyclability and can be reused multiple times. This further improves resource utilization efficiency, aligning with the global concept of green and low-carbon development.

Stable Performance: Comparable to Conventional Plastics

With physical properties on par with conventional plastics, ABT-based products do not degrade during use in aerobic environments and have a long storage life.

Wide Applications: Covering Diverse Scenarios

Leveraging ABT Technology, the products span multiple fields including plastic packaging, disposable plastic fast-moving consumer goods, agricultural supplies, hygiene products, medical supplies and children’s toys. These products not only possess the strength and durability of traditional plastics, but also boast unique environmental attributes, easily meeting the needs of daily use.

Independent Technology: Building Core Competitive Barriers

Guyu ABT Technology holds complete independent intellectual property rights, with a rigorous technical system established from formula development to production processes. A professional R&D team continuously optimizes and upgrades the technology, ensuring that the products remain at the forefront of the industry and providing partners with stable and reliable environmental protection solutions.

Towards the Future: Let Every Use Return to Nature

From the anxiety of being besieged by plastics to the predicament of high costs, Guyu ABT Technology, with the power of innovation, has opened a window leading us to a green future.

When every takeaway box and every express bag can safely return to the soil in nature, and when environmental protection transforms from a burden into a development opportunity — we will no longer be far from a truly green life.

Guyu safeguards the green mountains and clear waters with technology, and balances environmental protection and cost with innovation.

On this path back to nature, we have already taken a solid step forward.