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Waste Solar Panel Recycling Plant EPC(Engineering, Procurement and Construction) Service

Waste Solar Panel Recycling Plant EPC(Engineering, Procurement and Construction) Service

Recycle Plant EPC Service A One-Stop Solution from Waste Photovoltaic Panels to Recycled Resources As solar photovoltaic installations are deployed on a massive scale, the future will bring a substantial need for recycling and processing large volumes of discarded and replaced photovoltaic panels. Transcene provides comprehensive plant construction engineering services for EoL solar panel recycling facilities, integrating recycling technology, equipment planning, plant layout, and resource utilization applications, to help clients establish photovoltaic panel recycling plants with stable processing capacity, high resource recovery rates, and valuable recycled materials.

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Product Information



I. Service Positioning

Integrated "Technology × Equipment × Facility Operations × Resource Utilization" Service

Providing complete plant planning and engineering integration, from front-end waste solar panel intake to back-end material sorting and reuse.

Waste Solar PV Panels → Disassembly/Pretreatment → Sorting → Material Separation → Purification/Processing → Recycled Resources → Reintroduced into Industrial Applications

II. Plant Construction Engineering Service Scope

01 | Preliminary Assessment and Plant Planning

Overall recycling plant planning is conducted based on the client's investment scale and projected processing volume.

Assessment of waste photovoltaic panel sources and feedstock conditions

Projected processing volume and capacity planning

Assessment of plant land and space requirements

Production process planning

Equipment layout and logistics flow planning

Storage planning for raw materials, products, and by-products

Assessment of investment costs and operational requirements

02 | Recycling Process Design

Suitable recycling process flows are designed for different types of solar photovoltaic panels.

Disassembly → Glass recycling → Sorting → Separation → Purification → Reuse

Process configurations are tailored to material characteristics, improving separation efficiency and resource recovery value for different materials.

03 | Recycling Equipment Planning and Integration

Full-line equipment planning and integration is carried out based on production capacity and product requirements, including:

Photovoltaic panel disassembly equipment, crushing/pulverizing equipment, conveying systems, magnetic and metal sorting equipment, screening equipment, gravity/air separation equipment, metal and non-metal separation equipment, dust collection and environmental protection equipment, automated control systems, packaging and warehousing systems

Production line configurations are customized according to client requirements.

"Making waste photovoltaic panels more than just waste — the recycled resource of the next generation."

A discarded photovoltaic panel is not merely waste — it is an "urban mine" composed of multiple reusable resources.

"From waste photovoltaic panel recycling to recycled resource manufacturing — Transcene provides a one-stop plant construction engineering solution."

Solar Photovoltaic Panel Recycling Plant Construction Engineering Service

Technical Contact: Special Assistant to the General Manager

Ms. Chen  hunghsiu.chen@transcene.com.tw



Product Information



I. Service Positioning

Integrated "Technology × Equipment × Facility Operations × Resource Utilization" Service

Providing complete plant planning and engineering integration, from front-end waste solar panel intake to back-end material sorting and reuse.

Waste Solar PV Panels → Disassembly/Pretreatment → Sorting → Material Separation → Purification/Processing → Recycled Resources → Reintroduced into Industrial Applications

II. Plant Construction Engineering Service Scope

01 | Preliminary Assessment and Plant Planning

Overall recycling plant planning is conducted based on the client's investment scale and projected processing volume.

Assessment of waste photovoltaic panel sources and feedstock conditions

Projected processing volume and capacity planning

Assessment of plant land and space requirements

Production process planning

Equipment layout and logistics flow planning

Storage planning for raw materials, products, and by-products

Assessment of investment costs and operational requirements

02 | Recycling Process Design

Suitable recycling process flows are designed for different types of solar photovoltaic panels.

Disassembly → Glass recycling → Sorting → Separation → Purification → Reuse

Process configurations are tailored to material characteristics, improving separation efficiency and resource recovery value for different materials.

03 | Recycling Equipment Planning and Integration

Full-line equipment planning and integration is carried out based on production capacity and product requirements, including:

Photovoltaic panel disassembly equipment, crushing/pulverizing equipment, conveying systems, magnetic and metal sorting equipment, screening equipment, gravity/air separation equipment, metal and non-metal separation equipment, dust collection and environmental protection equipment, automated control systems, packaging and warehousing systems

Production line configurations are customized according to client requirements.

"Making waste photovoltaic panels more than just waste — the recycled resource of the next generation."

A discarded photovoltaic panel is not merely waste — it is an "urban mine" composed of multiple reusable resources.

"From waste photovoltaic panel recycling to recycled resource manufacturing — Transcene provides a one-stop plant construction engineering solution."

Solar Photovoltaic Panel Recycling Plant Construction Engineering Service

Technical Contact: Special Assistant to the General Manager

Ms. Chen  hunghsiu.chen@transcene.com.tw



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