Innovative technology for recycling construction waste at the point of origin

Purpose. Designed for processing waste (various types of sheet or profile glass, plasterboard, tiles and ceramic products, building bricks, plaster and other similar materials, slag from metallurgical and other industries) at the site of their formation.

Description. The technology for recycling construction waste at the point of origin can be carried out using a mobile crushing and screening plant with a capacity of several tons per hour of fine-grained product. A distinctive feature is the horizontal layout of innovative small-sized equipment, which does not require powerful foundations and high-rise metal structures, ensuring ease of installation, dismantling and maintenance. The technology involves preliminary analysis and sorting of waste.

Specifications. The dimensions of the installation without an on-board machine are 1.8 * 1 * 3 m. The installation produces medium and fine crushing of high-strength materials up to 130 mm in size, as well as grinding to a particle size of less than 0.5 mm. with the selection of the required fine class product. The recycled material is used as a commodity product (glass granules for design, gypsum for agriculture, etc.) or raw materials for production (glass for melting, gypsum for drywall, etc.). Installation capacity is up to 1 t/h depending on the physical and mechanical properties of the material.

Advantages. 1. Transportation costs are significantly reduced. 2. Reduces landfill burden. 3. Reduces greenhouse gas emissions, improves the environment and conserves natural resources. 4. Small size of the production site. 5. Obtaining marketable products and recyclable materials at the site of construction waste generation. 6. Use of recycled materials in the newly built complex. 7. Simplicity and speed of reinstallation at a new production site.

Application area. Mining, construction, metallurgical, chemical and other industries.

Readiness stage. At the testing stage.

Proposals for cooperation. Joint development to industrial level.

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