OTHER PLANTS

SLD – Stabilization and Solidification Plant

Stabilization and Solidification Facilities are an essential part of modular waste-to-value systems, designed to safely treat hazardous wastes by altering their physical and chemical properties. These processes reduce toxicity and prevent leachability, ensuring secure storage and minimizing environmental impact. Integrated into comprehensive waste management workflows, these facilities protect human health, support regulatory compliance, and contribute to responsible, resource-efficient waste handling across the entire system.

Main Steps of Stabilization and Solidification Plants

  • Waste Acceptance and Pre-treatment: Hazardous wastes are checked and accepted in the acceptance section of the facility. If necessary, wastes are subjected to pre-treatment such as size reduction or separation.
  • Stabilization Process: Wastes are mixed with various chemical substances (e.g., binders, or stabilizers) to change their physical and chemical properties. This step reduces the waste’s reactivity, making it safe.
  • Solidification Process: Stabilized wastes are solidified. This is usually accomplished by forming a chemical bond within the waste or by polymerization reactions.
  • Quality Control and Testing: After solidification, the material produced is checked for compliance with safety and quality standards. At this stage, various physical and chemical tests are performed.
  • Storage or Disposal: Properly stabilized and tested wastes are placed in a secure storage area or subjected to disposal.

MAIN EQUIPMENT

  • SLD – Stabilization and Solidification Plant
  • DYT – Walking Floor
  • DKH – Screw Conveyor
  • DKR – Roller Conveyor
  • Mixers
  • Storage Silos
  • Pumps

Suitable for Work Safety

Low Maintenance Cost

Min. Energy Consumption

High Wear Resistance

High Efficiency