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“Creating a Recycling Infrastructure for ELVs in India”
Richard Paul Environmental Management Consultant
Society of Automotive Engineers USA
Why the Automotive Industry Needs to be Sustainable
Because,
1. Worldwide vehicle production is nearly 80
million vehicles per year,
2. Worldwide transport activity - vehicle
kilometers traveled (VKT) is nearly 20 billion
3. Worldwide Vehicle CO2 emissions are nearly
12% of the total anthropogenic emissions.
Although cars have been around for over 100 years, only 12% of the worlds population own a vehicle.
U.S. Vehicle Recycling Infrastructure
End-of-life Vehicle (10-12 million/yr)
Automobile Dismantler
Reusable Parts -Engines -Transmissions -Doors -Bumpers
Recycle Fluids Engine oil Coolant Refrigerant Gasoline
Recycle Materials Battery Catalytic converter Tires Plastics (bumpers)
Automobile Shredder
Auto Shredder Residue
Approximately 18% by weight
Landfill ASR is approximately
1.5% of material sent to landfill
(by volume)
Ferrous Metals Approximately 72% Of vehicle by weight
Nonferrous metals Approximately 3%
Of vehicle by weight
New Products -New vehicles -Vehicle components -Building construction
ASR is composed of: Plastics – 38% Rubber – 21% Glass – 12% Fluids – 12% Other – 15% (paper, foam, fabric) In most states ASR is non-hazardous landfill material and may be used as landfill day cover to control erosion, leaching, pests, etc.
Remanufacturered Parts -Starters -Alternators -Water pumps -Clutches -Condensors
Existing Vehicle
New Vehicle
A variety of recycled material may also be used in new vehicle production such as: lead from old batteries, plastics from consumer products, rubber from old tires, windshields from industrial glass scrap, sound deadening material from carpet.
Car Recycling Steps: 1. Pretreatment 2. Dismantling 3. Metal Separation 4. Landfill disposal
1 2
3
4
Other New Products
Best Management Practices
Vehicle Storage Area – Initial leak detection and management
Dismantling Area – Spill prevention control
Parts Washing Systems – Water based and controlled
Engine-Transmission Storage - to be resold; Indoor or covered on pads
Core Storage – core and other parts – Indoor or covered on pads
Tire Storage – Indoor or time and number limited
Battery Storage – Indoor or covered on pad; time and number limited
Storm Water Pollution Protection Plans
CFC Collection and storage
Hazardous waste handling and storage
Pre-treatment of End-of-Life Vehicles
Materials Collected by Most Recyclers • Fuel
• Engine oil
• Coolant
• Wiper fluid
• Transmission oil
• Brake fluid • Power steering oil
• Refrigerant
• Batteries
• Tires
• Airbags
• Mercury switches
Materials not Routinely Collected:
•Glass
•Interior/Exterior Plastic Parts
•Vibration damper fluids
•Seat foam
Dismantling of End-of-Life Vehicles
Parts Collected for Resale – Wheels – Engines – Transmissions – Doors – Bumpers – Compressors – Headlamps – Radiators – Fenders – Front Assembly – Rear Assembly
CORE Collection Cores* Collected for Remanufacturing
– Engines
– Transmissions
– Brake callipers
– AC Condensers
– Starters
– Alternators
– Compressors
– Power Steering racks
– Bumpers
– Wheels
– Electronic Control Modules
*Cores are Cash on Return Parts
Recycled, recovered, reused
─ Fluids
─ Ferrous and non-ferrous metals
─ Tires
─ Non-metal parts
Recover 82% of original salvage weight
─ Approx 500,000 Metric Tons from
600,000 vehicles
GHG reduction comparison amounts from metal recycling.
Annual reductions equal:
─ Annual emissions of 92,000 person city
─ Absorbed by forest of 326 sq. miles or
─ 23,000 automobile lifetime emissions
Reducing Environmental Impact
Pretreatment - 3%
Landfill - 18%
Steel – 68%
Tires - 3%
Non-metal Parts - <1%
Copper - 1%
Zinc - <1%
Aluminum - 7%
Materials Recovery
Basic Recommendations
• Establish roles of Stakeholders (OEM, Recyclers, Government)
• Vehicle Collection, Monitoring and Deregistration • Vehicle Processing
– Manage Fluid Collection – Hazardous Waste Management – Pollution Prevention
• Worker Safety • Metals Recovery • Facility Operation • Develop Remanufacturing Infrastructure