C&D Waste Recycling System

TURN WASTE INTO A VALUABLE RESOURCE.

Construction and demolition waste(C&D Waste) comprises of the debris generated during construction and demolition activities, is golden resource in the wrong place. After sorting, shredding and recycling, most of them can be reused as recycled resources. For example, scrap metal can be made into various sizes of steel; bricks, stones and concrete can be used to replace sand for masonry mortar and plastering mortar, and can also be used to make paving bricks, lattice bricks and other building material products; combustible materials such as wood panels, plastics, doors and windows can be used as fuel to generate electricity.

GEP ECOTECH's construction and demolition waste disposal system maximizes the recovery of usable materials from waste through a series of processes such as mechanical sorting, crushing, shredding, soil removal, iron removal, air separation and flotation, reducing pollution and improving resource utilization while creating economic value.

The disposal system is available in both stationary and mobile versions. The stationary version has a complete production system that allows continuous production, facilitates integrated management and effectively controls production costs; the mobile version is ideal for small to medium production requirements and environments where operations are often mobile, flexible, easy to transfer, no infrastructure required and economical. We can configure the most reasonable and efficient disposal solution according to customers needs.


Stationary Construction Waste Recycling Process
  1. To primarily crush large concrete blocks and demolition debris into smaller, manageable fragments, with robust construction and high crushing efficiency.

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  2. To continuously and steadily transport materials between different processing stages, ensuring smooth and efficient workflow throughout the plant.

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  3. To automatically remove ferrous metals (such as rebar and nails) from the mixed material stream, achieving high-purity metal recovery.

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  4. To efficiently screen and classify sticky or damp materials, preventing clogging and ensuring precise size separation of aggregates.

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  5. To separate light materials (such as plastics, wood, and paper) from heavier aggregates using controlled airflow, enhancing the purity of end products.

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  6. To secondarily crush and shape pre-crushed materials into well-formed, high-quality recycled aggregates with excellent grain size distribution.

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  7. To further purify recycled aggregates by removing residual non-ferrous light substances, ensuring final product quality meets construction standards.

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  8. To effectively capture and control airborne dust generated throughout the crushing and screening processes, ensuring environmentally compliant and clean operation.

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Stationary Demolition Waste Recycling Process
  1. To continuously transport mixed waste between processing stages, ensuring smooth material flow.

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  2. To automatically remove ferrous metals (e.g., nails, screws) from the waste stream for recovery.

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  3. To effectively screen damp or sticky materials in the initial sorting phase.

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  4. To separate light materials (plastics, paper, etc.) from heavier aggregates using airflow.

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  5. To crush pre-sorted masonry debris into well-shaped recycled aggregates.

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  6. To classify crushed materials into specified aggregate sizes (e.g., 0-5mm, 5-10mm).

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  7. To remove remaining non-ferrous light materials, ensuring final product purity.

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  8. To capture dust from processing, ensuring clean and compliant operation.

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Mobile C&D Waste Recycling Process
  1. To provide integrated primary and secondary crushing capabilities directly at the project site, with high mobility and quick setup for on-the-spot processing.

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  2. To efficiently separate crushed materials into different sized fractions (e.g., fine sand, coarse aggregate) on-site, with compact design and flexible configuration.

  3. To further purify recycled aggregates by removing light contaminants (like paper and plastics) or to suppress dust through wet processing, enhancing final product purity and quality.

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