Comprehensive ELV & Car Shell Shredding, Sorting, and Washing Solution | ENERPAT

Explore ENERPAT’s advanced solution for shredding, sorting, and cleaning scrap car shells. Achieve up to 98% purity in recovered metals with our modular, high-efficiency system designed for the circular economy.

Comprehensive ELV & Car Shell Shredding, Sorting, and Washing Solution | ENERPAT
Sustainable Car Shell Recycling: From Waste to High-Purity Metal Fractions
As vehicle ownership continues to rise globally, the professional treatment of End-of-Life Vehicles (ELVs) has become a cornerstone of sustainable development and the circular economy. Improper disposal of car bodies not only wastes valuable resources but also poses significant environmental and health risks due to hazardous materials contained within.

ENERPAT offers a robust, end-to-end solution for processing scrap car shells and new energy vehicle casings. Our integrated system is engineered to transform bulky scrap into high-density, high-purity secondary raw materials—including iron, aluminum, and copper—that are ready for smelting and new product manufacturing, bridging the gap between waste and resource reuse.

Key Challenges in Car Recycling We Solve

- Environmental Hazards: Safe handling and precise separation of contaminants to prevent soil, water, and air pollution, ensuring compliance with global environmental standards.

- Safety Risks: Automated processes minimize operator exposure to sharp metals, toxic chemicals, and mechanical hazards, creating a safer workplace.

- Low Material Purity: Our advanced separation technology ensures high-quality output fractions that command better market value, enabling efficient and profitable resource recycling.

The ENERPAT Car Shell Shredding & Sorting Workflow

Our solution adopts a multi-stage, integrated process designed for maximum efficiency, material purity, and operational safety. The standard production line follows this streamlined workflow:

1. Primary Shredding: A heavy-duty twin-shaft shredder pre-cuts bulky car shells, doors, and casings into manageable, uniform pieces, laying the foundation for subsequent processing.

2. Secondary Shredding & Densification: Pre-shredded material enters a high-performance hammer mill, where high-speed, wear-resistant hammers further break down metals, compact them into dense "pucks" or balls, and liberate attached impurities (foam, fabric, rubber, plastics).

3. Ferrous Metal Separation: A drum magnetic separator efficiently extracts ferrous metals (iron/steel) from the material stream, ensuring clean and targeted recovery.

4. Non-Ferrous Metal Separation: The remaining non-ferrous stream (aluminum, copper, zinc) passes through an eddy current separator. This unit uses a high-frequency magnetic field to eject conductive non-ferrous metals, separating them from non-metallic waste (plastics, rubber, textiles) with exceptional precision.

5. Final Washing (Optional): For applications requiring ultra-clean non-ferrous scrap, a high-pressure washing station removes residual oils, dirt, and other contaminants, enhancing material value.

6. Dust Collection: An integrated pulse-jet dust collector captures fine particulates generated during shredding and sorting, ensuring a clean, safe working environment and compliance with air quality regulations.

Processed Materials

- Input: End-of-life car shells, car doors, engine casings, and new energy vehicle battery casings (aluminum/steel).

- Output: High-density ferrous metal (Fe), high-purity non-ferrous metals (Al, Cu), and separated non-metallic residue for further disposal or energy recovery.

Core Equipment in the Solution

Every machine in the ENERPAT line is engineered for durability, performance, and long-term reliability, using high-quality global components:

- Twin-Shaft Shredder: Delivers high torque and shear force for efficient initial size reduction of bulky car components.

- Hammer Mill: The core of the densification process, featuring wear-resistant alloy hammers (AISI D-2 material) to withstand heavy impact and ensure consistent performance.

- Drum Magnetic Separator: Enables clean, efficient recovery of ferrous metals with minimal material loss.

- Eddy Current Separator: Equipped with an eccentric magnetic pole design to ensure high separation efficiency and throughput, even for small non-ferrous particles.

- Vibrating Feeder: Ensures uniform, controlled material flow into the sorting stage, optimizing process efficiency.

- Pulse-Jet Dust Collector: Maintains air quality, protects equipment, and ensures compliance with global environmental regulations.

5 Core Advantages of Our System

1. Modular & Customizable Layout: The entire line features a modular design, with each unit working in seamless synergy. Its compact, flexible structure allows for tailored layout planning based on your specific site conditions, capacity needs, and budget.

2. Dual-Stage Shredding for Superior Output: The combination of shear shredding and hammer milling not only reduces material size but also densifies it into high-bulk-density "pucks." This reduces logistics costs, improves smelter furnace efficiency, and allows for precise control of final material size.

3. Engineered for High-Intensity Operation: Built with high-quality global components, the system boasts heavy-duty self-aligning bearings, robust rotors, and advanced magnetic technology in the eddy current separator—ensuring consistent performance and long-term reliability even in 24/7 operation.

4. Achieve Up to 98% Purity: The precise combination of magnetic separation and eddy current technology enables deep separation of ferrous/non-ferrous metals from non-metals, maximizing the value of recycled materials and meeting high-grade resource utilization standards.

5. Intelligent & User-Friendly Control: Equipped with Schneider Electric PLC automation, the system offers a "touch screen + button" dual-mode operation. It supports fully automatic, unmanned operation, minimizing human error and providing real-time process monitoring for optimized management and maintenance.

Global Success Stories

ENERPAT’s car shell recycling solutions are trusted by customers worldwide, with successful installations across continents:

- Shanghai, China (Pudong New Area): A complete line featuring a twin-shaft shredder, hammer mill, drum magnetic separator, and dust collector, processing hundreds of tons of car shells monthly.

- Gujarat, India: An integrated system handling car shells with shredding, magnetic separation, eddy current separation, and dust control—delivering high-purity metal fractions for local smelters.

- Kunshan, China (Suzhou): A customized configuration with a hammer mill, magnetic separator, eddy current separator, and trommel screen, optimized for high-volume, high-efficiency recycling.

Partner with a Global Solid Waste Expert

ENERPAT combines British engineering expertise with efficient Chinese manufacturing, delivering not just equipment, but complete, turnkey solutions for the solid waste and recycling industry. We are committed to helping our customers achieve "standardized processing" for "standardized output," driving real value in resource recycling and sustainable development.

Contact us today to discuss your project and find the optimal configuration for your car shell recycling needs—let’s turn waste into wealth, together.