Four Bases, One Network
Molyfor is building industrial bases in four locations — Yi'an in Tongling, Zongyang in Tongling, the Tongling Chemical Industry Park, and Ningming in Guangxi — advancing in depth along the chain of collection and transport → equipment → regeneration.
Layout in Depth Along Collection → Equipment → Regeneration.
Phase I in Yi'an was completed and commissioned in 2023 as the operating base for hazardous waste collection, storage and disposal. Phase II in Zongyang began construction in June 2025, building an integrated industrial park for smart equipment manufacturing and hazardous waste recovery. Phase III, located in the Tongling Chemical Industry Park, plans 150,000 t/a of waste mineral oil regeneration and comprehensive utilization. In Ningming, Guangxi, comprehensive utilization of 500,000 t/a of agricultural and forestry waste is planned as a southward demonstration.
Each base carries one defined engineering capability and complements the others.
Yi'an District Smart Hazardous Waste Collection and Storage Center
Located in the Yi'an Economic Development Zone of Tongling, Anhui, this is where Molyfor began. Initiated in 2020 and commissioned in 2023 with an annual collection-and-storage capacity of 30,000 tonnes, it has operated stably for two years and is included among the core supporting projects of Tongling's "Zero-Waste City" program. The center handles the collection, sorting, packaging, transport, storage, disposal, ledger and manifest management of hazardous waste, and has served more than 6,000 waste-generating enterprises to date.
- Annual collection-and-storage capacity of 30,000 tonnes, with compliant collection, transport and temporary storage capability for the main categories of industrial hazardous waste (hazardous waste operation license covering 26 categories and 166 sub-categories; specific categories subject to the scope stated in the operating license)
- 268 IoT terminals online across the network (with the Yi'an center as the operations hub), covering the full chain of collection, transport, storage, disposal and reuse
- Stable operation since commissioning in 2023, providing the engineering experience and operating standards for subsequent bases
Closed-Loop Circular Economy Green Industrial Park
Located in the Zongyang Economic Development Zone of Tongling on a 150-mu (about 10-hectare) site, construction began in June 2025 (EPC general contracting by Sinochem TCC), with commissioning planned for January 2027. The park covers hazardous waste incineration, physicochemical treatment, and the regeneration of activated carbon, steel drums, plastic drums and plastic bags, together with steel drum manufacturing, plastic IBC and FIBC bag manufacturing, smart equipment manufacturing and RFID chip packaging.
- Hazardous waste incineration of 36,000 t/a (including co-disposal of 3,000 t/a of medical waste)
- Physicochemical treatment of 10,000 t/a; combined regeneration of activated carbon, steel drums, plastic drums and plastic bags of 35,000 t/a
- Steel drum manufacturing of 500,000 drums per year; plastic IBCs / FIBC bags of 20,000 t/a
- Smart equipment of 20,000 sets per year; RFID chip packaging of 100 million chips per year
- Auxiliary works: photovoltaic power, waste-heat power generation, energy storage station, wastewater station, steam supply and an R&D center
装置与产能
| 装置 / 车间 | 产能 | 说明 |
|---|---|---|
| Hazardous waste incineration unit | 36,000 t/a | Co-disposal of 3,000 t/a of medical waste |
| Physicochemical treatment unit | 10,000 t/a | — |
| Hazardous waste activated carbon regeneration unit | 15,000 t/a | Supercritical CO₂ process |
| Hazardous waste steel drum regeneration unit | 10,000 t/a | — |
| Hazardous waste plastic drum regeneration unit | 5,000 t/a | — |
| Hazardous waste plastic bag regeneration unit | 5,000 t/a | Pelletizing |
| Steel drum manufacturing workshop | 500,000 drums/a | — |
| Plastic IBC / FIBC bag workshop | 20,000 t/a | — |
| Smart equipment manufacturing workshop | 20,000 sets/a | — |
| RFID chip packaging workshop | 100 million chips/a | — |
技术亮点
Innovative Pit-Free Smart Warehousing and Standardized-Packaging Incineration System for Hazardous Waste
Replaces the traditional feed-pit model with smart warehousing, standardized packaging and automated feeding, improving feed consistency and reducing environmental risks from dust and odor.
Among the First Engineering Applications of Dual-Frequency RFID for Full-Chain Hazardous Waste Traceability
Addresses the weaknesses of conventional QR codes — easily soiled, easily obstructed and unable to be read automatically in batches — enabling end-to-end traceability with a single code from generation, packaging and warehousing through transfer, disposal and regeneration.
Independently Developed Supercritical CO₂ Activated Carbon Regeneration Process
Among the earlier engineering applications in the industry, the supercritical fluid technology with CO₂ as the medium markedly improves the iodine value and regeneration rate of regenerated activated carbon.
The "IoT + Hazardous Waste" Intelligent Management Service Platform
Unifies the logistics, information and funds flows of hazardous waste ("three flows in one"); supports online payment and reverse manifests, with reverse invoicing applied to natural-person sellers in accordance with policy.
建设进度
- Incineration / physicochemical / activated carbon regeneration
- Project approval, land, environmental and safety assessments, preliminary design and equipment procurement completed; the activated carbon regeneration unit is under construction
- Steel drum regeneration
- Construction began in June 2025 and the plant building was topped out in December 2025; auxiliary works under construction
- Steel drum manufacturing
- Land and preliminary design completed; construction drawing design in progress
- Plastic products / smart equipment / RFID chips
- Preliminary work in progress
150,000 t/a Waste Mineral Oil Regeneration and Comprehensive Utilization
An integrated regeneration and comprehensive utilization project for 150,000 t/a of waste mineral oil — pretreatment + HyFine liquid-phase hydrogen-control refining + supporting distillation + blending and packaging — located in the Tongling Chemical Industry Park on a 200-mu (about 13-hectare) site. Currently at the pilot stage, the project starts in 2026 with commissioning planned for 2028, producing gasoline, diesel, Group I / II / III base oils, synthetic base oil and lubricants.
- Waste mineral oil pretreatment of 150,000 t/a plus HyFine liquid-phase hydrogen-control refining of 150,000 t/a
- Product matrix: gasoline / diesel / Group I, II and III base oils / synthetic base oil / lubricants
- Membrane purification pretreatment: crude oil yield above 90%, versus a typical industry level of 60–75%
- Independently developed HyFine liquid-phase hydrogen-control treatment technology with granted invention patent coverage: hydrogen-to-oil ratio reduced by 30% and space velocity increased by 50% relative to typical industry levels, with single-cycle continuous operation of 8,400 hours
- Proprietary catalyst system plus an independently developed proprietary anti-coking agent system, capable of processing high-impurity, coking-prone feedstocks
- "IoT + waste mineral oil" closed-loop management: logistics, information and funds flows unified as "three flows in one," with end-to-end traceability with a single code
装置与产能
| 装置 / 车间 | 产能 | 说明 |
|---|---|---|
| Feedstock pretreatment unit | 150,000 t/a | Waste mineral oil pretreatment |
| HyFine liquid-phase hydrogen-control refining unit | 150,000 t/a | Multi-stage hydrogenation |
| Distillation unit | Supporting | Precision product cuts |
| Blending + smart packaging line | Supporting | Gasoline-diesel / lubricant blending |
| Auxiliary works | — | Hydrogen production station / wastewater station / R&D center |
产品矩阵
技术亮点
Membrane Purification Pretreatment Technology
Crude oil yield above 90%, versus a typical industry level of 60–75%; broad feedstock adaptability, high energy efficiency, effective separation and long operating cycles.
Independently Developed HyFine Liquid-Phase Hydrogen-Control Treatment Technology with Granted Invention Patent Coverage
Relative to typical industry levels, the hydrogen-to-oil ratio is reduced by 30% and space velocity increased by 50%, with single-cycle continuous operation of 8,400 hours; intrinsically safe, with low risk of coking, blockage and temperature runaway.
Proprietary Catalyst System and Anti-Coking Agent
Deep removal of chlorine, sulfur, aromatics and gums; an independently developed proprietary anti-coking agent system — anti-oxidation, anti-free-radical, and self-cleaning of fouling layers.
Group III and Synthetic Base Oil Regeneration Route at an Internationally Advanced Level
Addresses the industry pain point that light waste mineral oil and greases are difficult to regenerate into on-spec products, forming a systematic regeneration process solution.
Ningming Agricultural and Forestry Waste Comprehensive Utilization Project
Located in Ningming, Chongzuo, Guangxi, the project plans comprehensive utilization of 500,000 t/a of agricultural and forestry waste, extending Molyfor's modular circular economy capabilities toward South China and ASEAN. Currently at the pilot stage, it starts in 2026 with commissioning planned for 2028; biomass-based sustainable aviation fuel (SAF) remains a long-term R&D direction.
- Planned comprehensive utilization of 500,000 t/a of agricultural and forestry waste
- A modular, replicable demonstration node for the circular economy
- Cross-regional synergy with the core bases in Anhui
Modular Replication, Without an Aggressive Timetable.
Molyfor's industrial bases follow a modular design: four capability modules — hazardous waste collection and storage, equipment manufacturing, resource regeneration and platform supervision — can be combined by scenario and configured flexibly to regional conditions.
Regional replication advances in sequence against four conditions — customer density → coordination with government supervision → land and infrastructure → compliance permits — without presetting an aggressive timetable.
Four Capability Modules.
Hazardous Waste Collection and Storage Module
Compliant collection and storage centers for hazardous waste, general industrial solid waste and biomass waste.
Resource Regeneration Module
Regeneration processes and units for waste mineral oil, activated carbon, packaging containers and biomass.
Smart Equipment Module
Manufacturing and packaging of smart terminals, RFID tags, smart weighing and other equipment.
Platform Supervision Module
The "IoT + Hazardous Waste" Intelligent Management Service Platform, covering logistics, information and funds flows.
Regions Currently in Focus.
The industry and policy context for regional replication is maturing: under national plans, "Zero-Waste City" programs are set to cover 60% of cities nationwide by 2027 and reach full coverage by 2035, sustaining demand for regionally coordinated disposal and resource recovery capacity. The Measures for the Administration of Hazardous Waste Transfer (effective January 2022) encourage provinces engaged in regional cooperation to streamline approval of cross-provincial hazardous waste transfers, and Anhui has taken the lead in the Yangtze River Delta by publishing a cross-provincial hazardous waste transfer "whitelist," forming mutual-recognition mechanisms with neighboring provinces and cities.
South China and ASEAN: with the Ningming agricultural and forestry waste comprehensive utilization project in Guangxi as the fulcrum, extending toward South China and ASEAN.
Yangtze River Delta and central China: building on the core region formed by Yi'an, Zongyang and Tongling in Anhui, extending toward waste-generating industries in the Yangtze River Delta and central China.
Other regions: evaluated progressively according to customer demand and regulatory coordination.
Discuss Site and Regional Partnerships.
For disposal services, equipment collaboration or regional co-development at any of our sites, Molyfor provides end-to-end support from initial assessment to operation.