Stainless Steel Lead Recycling Processing Plant 10t/h Capacity
Lead Recycling Processing Plant
The lead recycling process is of great interest in the lead industry. Nowadays, more than 50% of the overall world lead production comes from secondary lead smelters. The main raw material for this process is used lead-acid batteries ( ISRI Rains) and lead scrap ( ISRI Radio). Roughly, about 90% of scrap batteries are recycled.
Lead has one of the highest recycling rates in the world, higher even than better known recycled objects such as paper or glass. It is also the most recycled metal of all those commonly used, far greater than copper, aluminum, or zinc.
Lead recycling makes a significant contribution to sustainable development, easing the pressure on non-renewable resources and reducing carbon emissions through a simple and energy-efficient recovery method.
Lead Recycling Process includes these following steps:
- Lead Battery Breaking and Separation
- Lead Smelting
- Lead Refining and Alloying
- Lead Casting
Major parts of the system
- Moving Belt Conveyor
- Hammer Mill
- Wet scrubber
- Vibrating Screen
- Grid Screw Conveyor
- PP Chips Scrapper
- Intermediate Slurry Tank
- Filter Press
- Acid Neutralization system
Specifications
| S. No | Item | Specification |
| 1 | Production Capacity | 3-10 t/hr (Customization available) |
| 2 | Built-up Material | AISI-316 & IS:2062-E250 BR |
| 3 | Power Consumption | 260 Kw (for 5MTPH) |
| 4 | Water Consumption | 600 LPH |
| 5 | Water Recycling Rate | 96% |
| 6 | Lime Solution | 1:10 |
| Battery Breaker | ||
| 7 | Material | AISI-316 (chrome casted) |
| 8 | No of Hammers | 16 |
| 9 | Motor Rating | 75 kW |
| Manpower Required | ||
| 10 | Supervisor | 1 |
| 11 | Skilled and Unskilled Labour | 3 |
| Recovery From input | ||
| 12 | Lead Recovery | 70-75% |
| 13 | PP Recovery | 10% |
| 14 | Acidic Water | 15-20% |
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