SENEVEN · Core Technology

Environmental Safety & Risk Assessment

Comprehensive environmental safety performance assessment for landfills, hazardous waste facilities and mine tailings.

Service Overview

Engineering Background

This assessment is performed per GB 18598-2019 "Standard for Pollution Control on the Hazardous Waste Landfill," Article 7.10. Landfills must periodically evaluate environmental safety performance based on leachate head level, generation rate, composition and concentration, leak-detection layer drainage, and groundwater monitoring results; remedial adjustments to operational plans and emergency measures are determined accordingly. Frequency: at least every two years during operation; at least every three years from closure to the end of design life; at least annually after the design life.

Environmental Safety & Risk Assessment
Key Features
  • Engineering and hydrogeological conditions analysis
  • Design and construction quality evaluation
  • Operating-procedure and management review
  • Containment-liner integrity inspection (incl. CCTV and tracer testing)
  • Heap and dam-body stability monitoring
  • Leachate management and treatment reliability assessment
  • Groundwater, surface water, soil and atmospheric impact evaluation
Technical Principle

Principle & Method

The assessment reviews historical construction records, operational logs and routine monitoring data, complemented by integrity inspection and heap-stability monitoring. Key aspects include: engineering and hydrogeological conditions; design and construction quality; operating procedures and actual management; containment-liner integrity; heap and dam-body stability; leachate management and treatment; and environmental monitoring and impacts. The output is a conclusive environmental safety performance assessment with concrete recommendations for operational management and pollution control.

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Contact the SENEVEN engineering team for a tailored detection or monitoring scope, scaled to your project type, footprint and field conditions.