Page 64 - CIJ Oct 2024 Digital Edition
P. 64

WASTE MANAGEMENT



          The Informal ULAB Ecosystem and Its
          Devastating Health Consequences

          Hidden Dangers



                    he Used Lead Acid        The ULAB recycling ecosystem    retailers may thus prefer selling
                    Battery (ULAB)         can be mapped as follows. Customers   ULABs to the unregulated sector.
                    ecosystem in India     purchase new batteries from retailers,   Both kinds of recyclers extract the
                    plays a crucial role   choosing between branded/formal   lead and plastic from the batteries,
         Tin managing waste                batteries and generic/informal    with vastly different health and
          while promoting recycling and    batteries based on their respective   environmental consequences.
          sustainability. A comprehensive study   prices and quality. They then sell   Regulated recyclers supply lead to
          on understanding the Used Lead Acid   the used battery to the retailers for   formal battery remanufacturers, while
          Battery (ULAB) ecosystem in India   a discount on the purchase of a new   unregulated recyclers supply the lead
          was recently published by Pahle India   battery, because of the deposit-
          Foundation (PIF). While the sample   refund scheme (DRS) in place. They   to informal battery manufacturers.
          size was understandably small and   may also choose to sell the ULAB   The lead extracted by unregulated
          restricted to one city in the country,   to a door-to-door garbage collector   recyclers is typically of lower purity
          the findings that emerged are startling,   or kabadiwala, in return for cash   and cheaper. The remanufacturers then
          given a highly active unorganised   payment. Unsurprisingly, the prospect   rebuild the batteries and sell them to
          sector in the recycling battery disposal   of an upfront payment in cash rather   retailers.
          business that endangered workers,   than a discount on a new battery, as   The informal or unregulated
          their families and the environment   well as the convenience of door-to-  recycling process is often carried
          with exposure to lead poisoning.                                   out in densely populated areas, with
          All this, when a lead battery’s main   door collection, are highly appealing   little to no pollution control or safety
          components, namely lead, plastic and   to consumers.               precautions. In the typical informal
          acid, are almost 100% recyclable, with   Retailers too may be approached   recycling process, the used battery
          lead capable of being recycled almost   by two types of recyclers, formal and   cases are broken open using a machete
          infinitely with no loss of performance.   informal. Retailers choose to give it   or axe, the electrolyte (sulphuric acid)
          Clean India Journal provides a   to a regulated or unregulated recycler   is dumped on the ground or into a
          summarised extract of the study as   based on the payment they receive   sewer, the lead plates are removed by
          follows.                         for the used batteries. Unregulated   hand, and the separators are disposed
           Industries and even green initiatives   recyclers typically offer higher prices   of in a landfill. The lead plates are
          depend heavily on lead-acid batteries   and a higher purchase frequency,   melted using a heat source, and the
          which are used in automobiles, trucks   given the dense collection network   molten lead is then scooped out and
          and other motorised vehicles for SLI   of the informal sector, allowing the   poured into moulds to be sold to
          (starting, lighting and ignition), as   retailer to benefit from lower storage   refiners and battery makers. Open
          well as in power backup systems in   costs and tax elimination. Many   smelting of lead, open disposal of the
          telecommunications, railways, metro
          systems, hospitals, data centres, and
          industry, where uninterrupted power
          supply (UPS) is a necessity. They also
          play a crucial role in renewable energy
          systems.
           Solar panels and wind turbines use
          lead-acid batteries to store excess
          or unused energy to ensure reliable
          power supply. In smaller towns and
          remote areas, where grid connections
          are difficult, off-grid solar activity
          prevails and remains heavily reliant on
          lead-acid batteries. While lithium-ion
          batteries are the primary choice for
          EVs, lead-acid batteries continue to
          serve as auxiliary ones. They are also
          used in smaller electric vehicles, such
          as three-wheelers (e-rickshaws) and
          some four-wheel electric cars.


               OCTOBER 2024•Clean India Journal
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