The GPD Series Bag Opener is designed as a front-end processing machine for MSW and packaged materials. Positioned before primary shredding or sorting systems, it gently tears open plastic bags without excessively damaging the materials inside. Its rotating drum and specially arranged tearing hooks loosen compacted waste, release enclosed materials, and create a uniform, free-flowing feed for downstream treatment. The drive system ensures stable operation across different waste compositions, while adjustable drum speed allows operators to control opening intensity.
The GZP Series Drum Chipper is an industrial-grade shredding machine for biomass pre-processing, efficiently producing uniformly sized chips for biomass power plants, pulp & paper, organic waste processing and composting. Its heavy-duty drum with sharp cutters rotates at a high speed, powerfully processing woody and fibrous materials from logs and pallets to agricultural waste into consistent fragments, ideal for efficient combustion. It is an indispensable link in sustainable energy production.
The GXB Series Hammer Mill delivers powerful, versatile grinding for agricultural, forestry, and industrial materials, efficiently processing biomass waste, straw, and feed ingredients into uniform, fine particles. Driven by an electric motor, its high-speed rotor with hardened cutters, shreds material through cutting and impact, while a large surrounding screen ensures consistent output size by allowing only properly sized particles to pass through.
The GEP ECOTECH Waste Tire Pyrolysis System transforms end-of-life tires into valuable resources. Using thermal pyrolysis in a low-oxygen environment, it efficiently converts waste tires into pyrolysis oil, carbon black, and combustible gas. This process not only provides a sustainable recycling solution but also turns waste into profitable commodities.
The disposal of industrial waste revolves around volume reduction, reuse and recycling. Depending on the characteristics of the material, a multi-stage shredder or crusher is used to reduce the volume of the material; a separator such as an iron separator is used to separate the reusable metals such as iron, aluminium, copper and zinc; other materials can be separated and recycled, some high calorific value materials can be produced as fuel and other worthless materials can be sent to landfills. GEP Ecotech offers integrated industrial solid waste disposal systems that are not only suitable for specialised solid waste disposal centres, but are also used by companies that generate large quantities of industrial solid waste.
Stationary Construction Waste RecyclingCrushing and sorting solution produces high-purity recycled aggregates.Integrated system ensures stable, continuous, efficient operation.Modular screening, wind sifting ensure consistent output quality.Precise separation recovers metals, turning waste into revenue.Stationary Demolition Waste RecyclingMulti-stage sorting ensures high-purity output, reduces crusher wear.Sorting-first pre-removes impurities, reducing crushing volume, difficulty.Streamlined flow ensures stable operation, high recovery.Waste becomes marketable aggregates, cutting costs, earning revenue.Mobile C&D Waste RecyclingEnables quick transport, on-site setup, immediate source operation.Eliminates long-distance transport, landfill fees via on-site processing.Modular plug-and-play design configures easily for diverse projects.No permanent foundations; high resale value, easy relocation.Dust suppression, optional washing ensure local environmental compliance.
GEP ECOTECH has extensive experience in providing shredding, fuel blending, destruction and recycling for the hazardous waste disposal industry. Whether you are recycling materials, disposing of them in a non-hazardous manner or burning them for energy, GEP ECOTECH can provide you with efficient, safe and stable solutions to help hazardous waste disposal companies improve their safety and economic value.
Waste tires are known as "black gold mines" and are of great recycling value. For example, direct retreading and reuse, recycling steel wire to make steel, rubber grinding to make rubber powder, pyrolysis to make oil, cement rotary kiln or power station alternative fuel (TDF), etc., the benefits are considerable.
GEP ECOTECH delivered a high-performance bulky waste disposal system with a capacity of ≥8 TPD for a leading environmental protection company in Anhui. The project tackles key challenges of urban bulky waste—large volume, heavy weight, and mixed soft-hard materials that often cause jamming in conventional shredders. To solve this, GEP ECOTECH provided the hydraulic twin-shaft shear shredder (GH10) with chain conveyor, belt conveyor, magnetic separator, and pulse dust removal system. This tailored configuration fully reflects GEP ECOTECH's core strengths: deep understanding of complex waste streams, proven anti-jamming and anti-winding technology, durable high-alloy steel cutters for extended service life, and intelligent GI system enabling real-time monitoring and automatic fault protection. The result is energy-efficient, dust-free, fully automated operation, significantly reducing volume and preparing iron and light materials for incineration.
Specially designed for a leading environmental engineering firm in China, this project processes bulky waste such as mattresses, sofas, and green waste at 4–6 t/h, with output size of around 200–300 mm. The system adopts a metal chain conveyor to feed a low‑speed, high‑torque dual‑shaft shredder for primary shredding, then a belt conveyor moves material to a magnetic separator for iron removal, with remaining fractions sent off‑site for incineration; an intelligent dust removal system keeps the plant clean. By significantly reducing landfill volume and converting bulky waste into combustible fractions with valuable scrap iron recovered, this solution turns urban bulky and green waste into a cleaner energy source, supporting circular economy and easing the burden on landfills. According to the client: "The most stable system we have ever used—less jamming, less downtime, and GEP ECOTECH's rapid‑response support made commissioning seamless."
A top steel producer in South Asia needed an efficient, budget-friendly solution to process biomass and sugarcane waste into fuel. The GEP GZP1600-800 drum chipper handles 20 tons per hour, reducing material to 50 mm for fuel use. Compared to multi-stage systems, this solution offers lower costs while maintaining reliable and stable performance. Less downtime headaches, and easy maintenance. The client reports full satisfaction with throughput, output size, and reliable service. One machine, one smart choice.
This project is a newly built facility designed for the efficient treatment of bulky waste and recyclables. The project handles 5–8 t/h of bulky waste and 8 t/h of recyclables, with an output size of ≤300 mm. The bulky waste line adopts conveying, shredding, and magnetic separation to recover metals, while the remaining materials are sent for incineration. The recyclable waste line integrates roller screening, magnetic separation, and ballistic screening to separate metals, plastics, textiles, and paper for baling. Featuring high automation, low energy consumption, and efficient sorting performance, the project greatly improves resource recovery efficiency. The customer highly praised the stable operation of the equipment and the professionalism of GEP ECOTECH's after-sales team, which successfully completed installation and commissioning under a very tight schedule to ensure on-time project delivery.
During the production and processing of melamine boards, tableware, and molding compounds, manufacturers generate offcuts, defective products, and other production scrap. Crushing these materials can reduce their volume and prepare them for potential recycling or further processing.One common question is: Can a melamine waste crusher reduce melamine scrap to around 10 mm?The answer is yes, depending on the material characteristics and the machine configuration. However, achieving a consistent output size of approximately 10 mm depends on factors such as material thickness, feed size, processing capacity, and the selected crushing and screening system. Material testing is recommended before finalizing the equipment configuration.How to Design a Crushing System for 10 mm Melamine WasteThe appropriate crushing process depends on the size, thickness, and quantity of the melamine waste to be processed. Three configurations may be considered.Option 1: Single CrusherProcess flow:Melamine waste → Granulator or
