Returning Resources to Industry, Returning Ecology to Nature
Molyfor builds its business on the compliant collection and storage of solid waste and on resource regeneration, grounding sustainability in three verifiable areas of work: compliance and EHS, ESG and social value, and information disclosure.
A Complete Compliance Framework, from Licenses to Manifests.
Molyfor's compliance system covers five links: operation licensing, transport licensing, storage compliance, disposal process compliance, and electronic manifests with ledgers.
The system is built on licenses, manifests, and ledgers, with rules enforced by default — smart service terminals, electronic manifests, and compliant settlement ensure at the system level that every action is traceable and documented.
Five Key Links of Compliance.
Hazardous Waste Operation License
An operation license covering 26 categories and 166 sub-categories (held by the Phase I facility in Yi'an District), spanning the collection, storage, utilization, and disposal of hazardous waste.
Transport Licensing
Dangerous goods transport licensing, plus vehicle GPS and route monitoring, with records kept across the entire journey.
Storage Compliance
Dedicated hazardous waste temporary storage warehouses with zoned, compartmentalized management, conforming to GB 18597 and related standards.
Disposal Process Compliance
Incineration, physicochemical treatment, and regeneration units are designed and built according to approved environmental and safety assessments, and operate within the approved conditions after commissioning.
Electronic Manifests and Ledgers
Electronic manifests interface with provincial and national hazardous waste regulatory platforms and connect with the settlement system.
Three Tiers of EHS Management.
EHS management operates at three levels: on-site operations (personal protective equipment, standardized procedures, job manuals), process and equipment (interlock logic, redundant design, closed-loop verification), and emergency response (contingency plans and regional emergency coordination).
On-site Operating Standards
Job manuals, PPE provisioning, and operating procedures cover the full process of collection and transport, temporary storage, and disposal.
Process Interlocks
Interlock logic, redundant design, and closed-loop verification — critical actions either proceed as specified or stop.
Emergency Response Plans
Incidents are handled under contingency plans; regional emergency capacity builds on Phase I and will expand progressively as the Phase II main units are completed.
Environmental Monitoring
Air emissions, wastewater, noise, and other environmental indicators are monitored to standard and reported to regulatory platforms.
Concrete Responses to Five SDGs.
Molyfor and the United Nations Development Programme (UNDP) conduct joint research on the policy, technology, and business models of intelligent hazardous waste collection and storage, and map day-to-day work onto five Sustainable Development Goals.
Industry, Innovation and Infrastructure
The self-developed HyFine liquid-phase hydrogen-control treatment technology, the supercritical CO₂ activated carbon regeneration process, and the "IoT + Hazardous Waste" Intelligent Management Service Platform (IHWDS) upgrade hazardous waste disposal into replicable green infrastructure.
Sustainable Cities and Communities
The Phase I project is included among the core supporting projects of Tongling's "Zero-Waste City" program, providing unified collection, storage, and resource-recovery capacity for the region.
Responsible Consumption and Production
Returning solid waste to the production system forms a closed loop of waste generation → collection and transport → regeneration → reuse: four product lines — re-refined base oil, regenerated activated carbon, reconditioned packaging containers, and bio-based products — flow back into the industrial system, while compliant collection and storage services have cumulatively covered the production side of over 6,000 waste-generating enterprises.
Climate Action
Re-refined base oil replaces the virgin refining route, reducing CO₂ emissions by about 120,000 tonnes per year at full capacity.
Partnerships for the Goals
Joint research and collaboration with UNDP, the MEE Solid Waste and Chemicals Management Center, universities, and industry partners.
Environmental · Social · Governance.
Environment
Resource regeneration lowers the carbon intensity per unit of disposal; supercritical CO₂ activated carbon regeneration reduces secondary pollution; re-refined base oil substitutes for part of the virgin petroleum base oil.
Social
Compliant disposal services for over 6,000 waste-generating enterprises; support for reverse invoicing by natural-person sellers and compliant online settlement for small and micro businesses; collaboration with industrial parks and governments to advance regional "Zero-Waste City" development.
Governance
End-to-end digital management brings compliance and settlement into a single system; electronic manifests and ledgers connect to regulatory platforms; key operating and environmental indicators are disclosed periodically on the information disclosure page.
Regional Coordinated Disposal + Resource Recovery.
"Zero-Waste City" is an urban development model centered on the source reduction and resource utilization of solid waste. In 2018 the General Office of the State Council issued the pilot work plan launching an initial "11+5" group of pilots; during the 14th Five-Year Plan period the program expanded to 113 cities and 8 special regions. Under national deployment, "Zero-Waste City" development is to cover 60% of cities nationwide by 2027 and reach full coverage by 2035.
Regional Coordinated Disposal
Working with industrial parks and government regulators to provide unified disposal services for hazardous and solid waste within the region.
End-to-End Traceability with a Single Code
RFID, smart service terminals, and electronic manifests deliver end-to-end traceability with a single code, from waste generation to regeneration.
Regenerated Products Returned to Industry
Re-refined base oil, regenerated activated carbon, reconditioned packaging containers, and bio-based products flow back into the industrial system.
Four Feedstocks → Four Product Lines.
Molyfor's resource circulation pathways are organized as feedstock → facility → product; each of the four routes corresponds to a defined process route and capacity plan. Facility and capacity details are presented on the industry footprint page.
Design Targets at Full Capacity.
The figures above are design targets with all projects at full capacity; actual values will be disclosed year by year on the information disclosure page as projects come on stream.
Four Categories of Public Materials.
The information disclosure page is organized into four categories: annual sustainability reports, environmental performance data, regulatory approvals and permits, and material-event disclosures.Updates follow a regular annual cycle, with disclosure timing aligned to regulatory requirements; the first set of materials will be published when the website formally goes live.
Annual Sustainability Report
An annual summary of environmental performance, social contribution, and governance practice.
Environmental Performance Data
Key indicators including air emissions, wastewater, noise, solid waste disposal volume, and regenerated product output.
Regulatory Approvals and Permits
Key credentials including environmental and safety assessments, the hazardous waste operation license, and transport permits.
Material-Event Disclosures
Disclosure of key matters involving compliance, safety, and major project progress.
Request Sustainability Materials.
Annual reports, environmental performance data and regulatory approvals are disclosed as required; for partnership or research inquiries, contact Molyfor directly.