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ENERXSYS
DIVISION 03 // INDUSTRIAL CIRCULAR ECONOMY & MATERIAL RECOVERY
FROM ENERGY WASTE TO NEW MATERIALS

RECYCLING — Closing the global renewable energy loop—transforming end-of-life solar panels and wind blades into high-value materials.

Renewable energy is only truly sustainable when its hardware is 100% circular. EnerX engineers advanced delamination, diamond-wire cutting, and material refinement lines that turn decommissioned PV arrays and wind turbine blades into secondary raw materials and structural products.

PARTNER WITH ENERX RECYCLINGINSPECT RECOVERY STREAMS
CLOSED-LOOP LIFECYCLE ARCHITECTURE

Interactive Circular Material Recovery Console

Select a recycling technology stream below to inspect feedstock intake, recovery efficiency, and secondary raw material outputs.

CIR-PV-01 // SOLAR MODULE RECOVERY

PV Panel Delamination & Refining

Zero-landfill mechanical, thermal & optical separation of end-of-life solar modules

FEEDSTOCK / END-OF-LIFE INPUT
Decommissioned utility-scale & rooftop C-Si / bifacial PV modules, storm-damaged arrays
CIRCULAR ECONOMY DESTINATION
Re-enters float-glass furnaces, aluminum extrusion mills, and next-gen LFP/Si battery anodes.
RECOVERED FRACTIONS & PRODUCTS
  • Glass (98.5% recovery — low-iron solar cullet)
  • Aluminium (99.2% recovery — clean frame billets)
  • Copper (99.0% recovery — busbars & cabling)
  • Silicon (96.4% recovery — metallurgical & anode grade)
  • Other components (92.0% — Silver Ag & polymers)
EXPLORE PROCESS PIPELINE
3 SPECIALIZED CIRCULAR TECH VERTICALS

Explore EnerX Recycling & R&D Divisions

From high-purity silicon and aluminum recovery in PV modules to structural upcycling of composite wind blades and experimental R&D materials.

CIR-PV-01

PV Panel Recycling

USED PV PANEL → DISASSEMBLY → SEPARATION → MATERIAL RECOVERY → NEW APPLICATIONS — High-purity recovery of glass, aluminium, copper, silicon, and precious metals.

96.8%
Total Module Mass Recovery Rate
98.5% Glass
Low-Iron Solar Cullet Purity
1. Glass (Low-Iron Solar Cullet)2. Aluminium (Anodized Frame Profiles)3. Copper (Busbars, Ribbons & Cables)
OPEN PROCESS LINE
CIR-WND-02

Wind Turbine Blade Recycling

USED BLADE → CUTTING → PROCESSING → COMPOSITE MATERIAL → NEW PRODUCTS — Transforming thermoset fiberglass and carbon-fiber blades into high-strength circular products.

93.5%
Composite & Core Valorization Rate
40m – 85m
On-Site Mobile Diamond-Wire Cutting
1. Composite Panels (Architectural & Acoustic Boards)2. Construction Materials (Fiber-Reinforced Aggregates)3. Structural Materials (Beams, Sleepers & Heavy Pallets)
OPEN PROCESS LINE
CIR-MAT-03STATUS: R&D / DEVELOPMENT LAB

New Materials (R&D Lab)

R&D / DEVELOPMENT — Engineering next-generation polymers, geopolymers, and battery precursors from recycled solar and wind feedstocks.

R&D / DEV
Active Experimental & Pilot Status
TRL 6 – 8
Technology Readiness Level Prototypes
1. GFRP-Thermoplastic Extrusion & 3D-Print Pellets2. Upcycled Nano-Silicon Anode Precursors for BESS3. Zero-Cement Solar Glass Geopolymer Binders
OPEN PROCESS LINE
INTERACTIVE CIRCULAR RECOVERY CALCULATOR // 5 – 500 TONS

Calculate Your Decommissioned PV & Wind Blade Batch Yield

Select your end-of-life equipment stream and batch tonnage to calculate secondary raw material recovery, CO₂ avoided, and circular value credit.

01. SELECT DECOMMISSIONED FEEDSTOCK STREAM:
50 tons
Quick Batch Presets:
EXTRACTED SECONDARY RAW MATERIALS (50 tons)
37.0 t74%
High-Clarity Float Glass
99.2% Pure Cullet
5.5 t11%
Anodized Aluminium Frames
EN AW-6060 Smelter Ready
2.5 t5%
Refined Silicon & Silver Paste
Metallurgical & Ag/In
2.0 t4%
Electrolytic Copper Busbars
99.9% Cu Granules
AVOIDED SCOPE-3 EMISSIONS
-72.5 t CO₂e
ESTIMATED CIRCULAR VALUE / LANDFILL SAVINGS
+9,250 €
COMPLIANCE DOCUMENTATIONFull EU WEEE Directive 2012/19/EU & Basel Traceability Dossier
Schedule Batch Pickup & Request Official Quote (/contact)
SOLAR & WIND DECOMMISSIONING, WEEE COMPLIANCE & R&D

Have end-of-life PV panels, wind blades, or a circular material R&D project?

Connect with our circular engineering team for certified WEEE solar recycling, wind repowering blade logistics, or off-take of secondary materials.

CONTACT RECYCLING DIVISION