The Automotive Circular Economy
Every modern vehicle is an extraordinary reservoir of high-grade engineering materials. A single passenger car contains over 800 kg of structural steel, 150 kg of lightweight aluminium, 25 kg of electrical copper wiring, and high-value platinum/rhodium catalytic converters.
When end-of-life cars are dumped in unorganized yards, these valuable secondary minerals are degraded or lost. At CarCrush24, we feed over 90% of recovered materials directly back into domestic manufacturing—drastically cutting the need for primary iron ore mining.
The 4-Stage Scientific Depollution Cycle
Before any metal is shredded, our facility enforces a rigorous 4-stage depollution protocol:
- ✓Stage 1: Battery & Pyrotechnics Containment – Safe disconnection of lead-acid and EV lithium-ion battery packs and controlled neutralisation of airbag inflators.
- ✓Stage 2: Closed-Loop Fluid Evacuation – Vacuum extraction of engine oils, transmission fluids, brake fluids, and radiator glycols into bunded storage tanks.
- ✓Stage 3: Refrigerant Recovery – Automated recovery of Freon R134a and R1234yf greenhouse cooling gases with zero atmospheric leakage.
- ✓Stage 4: Dismantling & Shearing – Separation of tyres, windscreens, and plastic bumpers followed by heavy industrial hydraulic metal shearing.
Be Part of India’s Circular Automotive Revolution
Retire your old vehicle with zero environmental damage and receive highest fair market compensation.
Measurable Carbon Reduction & Resource Savings
Recycling secondary automotive steel consumes 74% less energy, 40% less water, and produces 86% less air pollution compared to smelting raw iron ore from virgin mines.
With over 15,000 vehicles successfully processed to date, CarCrush24 has prevented more than 85,000 tons of CO₂ greenhouse emissions from entering North India’s atmosphere.
Industrial Shredding & Metal Recovery Gallery
Witness high-powered secondary raw material reclamation and baling in action:
