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Copper wire scrap recycling in Delhi and NCR: types, processing, market, and environmental impact

Student name: MR Jeheruluddin Choudhury
Guide: Dr Ranjana Ray Chaudhuri
Year of completion: 2025
Host Organisation: MATYARD
Supervisor (Host Organisation): Mr Siddharth Gulati
Abstract:

The growth of cities and industries in India is happening quickly, resulting in a significant rise in waste production—especially from electrical and electronic items, with a specific emphasis on scrap copper wire. This dissertation explores the processes involved in recycling copper wire scrap in Delhi and the National Capital Region (NCR). It aims to provide a comprehensive understanding of the various types of copper wire scrap produced, the methods of recycling, the structure of the market, and the environmental effects associated with this industry.

The research analyzed 100 vendors from both informal and formal sectors, revealing several important types of copper wire scrap. These types include armored cables, single-core wires, multi-stranded wires, enameled wires, and communication cables. Usually, the process consists of manual removal, mechanical crushing, granulation, and melting, with a large part of this operation being managed by the informal sector in an unregulated manner.

The discussion about the marketplace emphasizes that the need for scrap copper is determined by the requirements and standards set by the construction, electrical, and manufacturing industries. Moreover, fluctuations in prices happen because of the levels of copper purity, worldwide commodity prices, and the market demands set by different buyers. Furthermore, this study emphasizes the growth and common presence of the informal sector, where low-cost labor sustains informal markets, and the lack of regulatory control over qualifications encourages unsustainable practices.

Environmental assessments have identified significant issues, especially open burning, harmful emissions, and poor waste management, resulting in the contamination of soil and water resources. However, the process of recycling copper is essential for conserving resources and saving energy, and it is roughly one-third more environmentally friendly compared to the production of new copper. This study emphasizes the necessity for policies that recognize informal recycling, promote technological advancement, and implement environmental policies and regulations.

Keywords: Copper wire scrap, Recycling, Informal sector, Environmental impact, Circular economy.