Guidlines-on-solid-waste-management
Technical Guidelines on Solid Waste Management in Sri Lanka
Introduction
Prepared by Hazardous Waste Management Unit, Central Environmental Authority (CEA).
Focus on improving solid waste disposal practices in Sri Lanka.
Page Overview
Page 1: Title and contact information for CEA.
Page 2: Chairman's Message on the importance of waste management and current challenges in Sri Lanka.
Issues include illegal dumping and lack of public awareness.
Guidelines aim to provide technical support for effective waste management.
Page 3: Director General's Message.
Acknowledged the public's demand for proper waste disposal vs. their reluctance to participate.
Document outlines guidelines for waste collection, transportation, incineration, and environmentally friendly disposal.
Page 4-5: Acknowledgments to individuals and organizations involved in the preparation of these guidelines.
Page 6: List of tables and annexures providing detailed guidelines and specifications.
Page 7: Contents overview for upcoming sections on waste management.
Preamble (Page 8)
Municipal Solid Waste (MSW) is a major issue in urban areas due to poor management systems.
Common mishaps include mixing waste and dumping in sensitive environments causing pollution.
Guidelines focus on promoting waste avoidance, reduction, recycling, and proper disposal.
Target Solid Waste (Pages 9-11)
Types of Waste:
Municipal Waste:
Domestic, commercial, and institutional waste.
Includes street sweeping and garden wastes.
Construction Waste
Industrial Waste: Non-hazardous waste accepted in municipal landfills.
General Guidelines (Pages 11-12)
Emphasis on source separation and recycling.
Legal compliance with existing laws and regulations from CEA.
Commitment to minimize pollution and protect the environment through appropriate waste management procedures.
Waste Collection (Pages 12-14)
Introduction: Waste collection at various sources is a fundamental element of waste management.
Information required for operation includes:
Collection areas, vehicle types, routes, and schedules.
Design Requirements for collection vehicles to prevent leaks and littering.
Operational Requirements: Maintain records and avoid collecting hazardous waste.
Transfer Stations (Pages 14-15)
Transfer stations are pivotal for transferring waste to larger vehicles for processing or disposal.
Requirements include:
Proper capacity and design for storage, unloading, and traffic management.
Maintain records of the quantity of waste received and transferred.
Materials Recovery Facility (Pages 15-17)
Facilities established for further separation and processing of recyclables.
Design focuses on efficient sorting and processing of materials.
Compliance with environmental standards during operations.
Incineration Facility (Pages 17-20)
Controlled burning of waste to minimize landfill usage.
Requirements for combustion efficiencies and emissions monitoring.
Emphasis on air pollution control measures.
Composting Facility (Pages 20-22)
Biological decomposition of organic waste to produce compost.
Factors to consider include method, processing time, and design requirements for ventilation and odour control.
Anaerobic Digestion and Biogas Production (Pages 22-23)
Anaerobic processes turning highly organic waste into bio gas for energy.
Essential design and operational requirements to safely handle waste.
Landfill Facility (Pages 23-26)
Guidelines for proper engineering of landfills to minimize environmental impact.
Waste classification and rejects management emphasized.
Regulations for landfill sites focus on location, design, pollution control, and post-closure care.
Annexure Information (Pages 27-38)
Annex A: Proposed color codes for garbage bags to improve waste separation awareness.
Annex B: Regulations for effluents and leachate quality compliance standards.
Annex C: Specifications for compost quality from municipal and agricultural wastes.
Annex D: Guidelines for selecting and operating solid waste disposal sites.
Compliance and Operational Requirements
Regular monitoring and compliance with environmental standards is necessary across all the proposed facilities.
Feedback from local authorities and public engagement in waste management crucial for success.