Danish waste tire equipment reduces energy consumption through wind power supply

Denmark has implemented a waste tire recycling program since 1995, based on the principle of "material recycling takes priority over energy recycling". The recycling funds are guaranteed through a fee mechanism of 8 Danish kroner per tire, and the recycling rate of car and motorcycle tires is required to be no less than 80%. By 2023, the actual recycling rate has reached 93.6%. The total number of motor vehicles in China exceeds 4.5 million, generating approximately 120000 tons of waste tires annually. Commercial tires and agricultural machinery tires account for 62% of the total. The local wind power industry and highway infrastructure have a strong demand for modified rubber. Although traditional processing equipment can achieve high recycling, the rubber regeneration strength is insufficient, making it difficult to adapt to high-end demands such as wind power equipment seals. Efficient regeneration technology has become the key to industrial upgrading.

Danish waste tire equipment reduces energy consumption through wind power supply

China Yongle Environmental Protection Engineering has customized a complete set of equipment for "material priority+strength upgrade" based on the characteristics of Danish tires. The pre-treatment stage adopts a "ultra-fine shearing+magnetic separation precision separation" system, optimizing diamond blades for the wear resistance of commercial tires. The steel wire separation rate reaches 99.95%, which meets the recycling standards of the Danish Steel Association; The core module uses "microwave desulfurization+nano reinforcement" technology to break through the strength bottleneck of traditional recycled rubber. The produced 3-5mm rubber particles have a tensile strength of 18MPa and can be used for the production of wind power equipment seals and highway noise reduction pads. The overall material recovery rate reaches 98%, far exceeding the energy recovery benefits. The equipment adopts "wind power grid coordinated power supply", adapted to the advantages of Danish wind power resources.

Danish waste tire equipment reduces energy consumption through wind power supply

Multi scenario adaptation to industry needs: In the Copenhagen Waste Tire Recycling Park, large equipment with a daily processing capacity of 40 tons supplies recycled rubber directly to Vestas Wind Power Equipment Plant, forming a "waste tire recycling high-end manufacturing" loop; In the agricultural area of Jutland Peninsula, the daily processing capacity of small equipment is 8 tons, processing agricultural machinery waste tires into irrigation pipeline sealing rings and anti slip pads for agricultural tools; At the port of Aalborg, modular equipment is used to process waste tires from freight trucks, and anti-collision strips are produced for container terminal protection; In tourist areas such as Legoland, equipment processes colored waste tires into components for children's play equipment, combining safety and environmental protection properties.

Danish waste tire equipment reduces energy consumption through wind power supply

Compliance and industry synergy guarantee: The equipment has been registered with the Danish Environmental Protection Agency and meets the "resource priority" requirements of the tire recycling program. Set up a service station in Copenhagen, collaborate with the Danish Tire Trade Environment Foundation, and connect to the official recycling network. Equipped with a Danish language technical team, the core components adopt EU standard specifications, and local repair companies can directly provide technical support. The equipment operates without secondary pollution throughout the entire process, and its exhaust emissions are better than the EU industrial waste gas standards, helping Denmark consolidate its leading position in tire recycling.

Yongle Environmental Protection is mainly engaged in the research and development, production and sales of complete sets of technical equipment for organic solid waste disposal and comprehensive utilization. Production and manufacturing, domestic waste treatment equipment, tire pyrolysis equipment, medical waste disposal equipment, hazardous waste disposal equipment, and achieve efficient and comprehensive utilization of resources through independently developed low-temperature anaerobic pyrolysis equipment technology solutions.

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