Copper wire recycling is an important industrial process for recovering valuable metals from discarded cables and wires. Although old cables are no longer suitable for their original applications, they contain useful materials such as copper and lead that can be recovered through cable granulation and subsequent separation processes.
Granulated copper is described as a coarse granular solid with a cylindrical shape and a slight metallic odour. Its length ranges from 0.9 to 6.0 mm, with a mean of 2.1 mm, while its width ranges from 0.494 to 0.949 mm, with a mean of 0.706 mm. Its melting point is 1059-1069°C. The solubility of copper in water is pH dependent, with acidic conditions promoting the oxidation of copper from Cu(0) to Cu(I) and Cu(II). At pH 6.34-7.56 and 20 °C, the reported solubility is 1 mg/L.
Copper is particularly suitable for recycling because it retains its electrical performance and durability through repeated recycling. Recovering copper from scrap cables reduces the volume of material sent to landfills and can require less energy than extracting and refining virgin metal. Cable recycling therefore provides material recovery, environmental benefits, and an economical source of copper for industries that use the metal in electrical and other applications.
| Particulars | Value |
|---|---|
| Plant Capacity | 12 MT/Day |
| Land & Building (5000 sq.mt.) | Rs. 5.24 Cr |
| Plant & Machinery | Rs. 84 Lac |
| Working Capital for 2 Months | Rs. 30.63 Cr |
| Total Capital Investment | Rs. 37.00 Cr |
| Rate of Return | 26% |
| Break Even Point | 42% |
Copper wire recycling is the process of recovering copper from discarded electrical cables and wires for reuse. The report describes cable granulation as a key process for accessing the valuable metals contained in old cables. Typical processing involves stages such as grading, shredding, crushing, air separation, vibration separation, and dust collection. The recovered copper can then be further processed or supplied for applications where recycled copper is suitable, reducing the need to dispose of cable scrap as ordinary waste.
Copper wire recycling is economically important because copper is a valuable and durable metal that can retain its performance through repeated recycling. Recovering copper from cable scrap creates a usable secondary raw material and can reduce dependence on virgin copper extraction and refining. The report also identifies copper as one of the more profitable types of scrap metal. Efficient recovery allows businesses to obtain value from discarded cables while reducing material losses and supporting the continued use of copper in electrical and industrial applications.
The main stages identified in the report are grading, shredding, crushing, air separation, vibration separation, and dust collection. Grading helps classify incoming cable material, while shredding and crushing reduce it to a form suitable for separation. Air and vibration-based separation are then used to separate recovered fractions. Dust collection is included to manage particulate material generated during processing. The precise equipment configuration depends on the characteristics of the cable scrap and the required quality of the recovered material.
Recycling copper cables provides material recovery, resource conservation, and environmental benefits. Copper can be recycled repeatedly while maintaining its useful performance, making recovered copper a practical secondary raw material. Cable recycling also prevents valuable metal from being unnecessarily disposed of with general waste. The report notes that recycling copper can require less energy and effort than extracting and refining virgin metal and can reduce carbon dioxide and greenhouse gas emissions associated with primary production.
Copper recycling can use different forms of copper-bearing scrap, including discarded wires and cables. The report categorizes copper scrap into direct scrap, new scrap, and old scrap and identifies cable scrap as an important source of recyclable copper. Depending on the recycling operation, additional feedstock can come from electrical equipment, automotive components, electronic scrap, and other products containing copper. Incoming material should be assessed and sorted according to its composition and physical characteristics before processing.
Important planning factors include raw-material supply, market access, power and fuel supply, water availability, transportation, waste disposal, labor, regulatory requirements, taxes, site characteristics, community considerations, and flood and fire control. Plant layout must also address storage, equipment positioning, safety, floor space, utilities, buildings, material handling, and road access. Considering these factors during site selection and plant design helps establish an efficient material flow, supports safe operation, and provides suitable infrastructure for current production and potential future expansion.
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