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  "documentTitle": "energy summit chiavari",
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  "notes": "Includes a process diagram for battery recycling and regulatory context for e-waste.",
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      "text": "Electronic waste (e-waste) presents a significant opportunity for the recovery of precious metals such as gold, silver, platinum, and palladium.",
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      "text": "The revised rules have expanded the definition of e-waste by including solar PV modules or panels or cells. Bulk consumers of e-waste are required to handover the e-waste produced to concerned authorities. These rules mandate manufactures, producers, refurbishers and recyclers (MPRR) to register on the portal developed by CPCB. Producers can fulfill their targets by purchasing online EPR recycling certificates from registered recyclers.",
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      "text": "In 2021, the majority of the battery (Lithium-ion battery) waste was generated from stationary appliances. Electric Vehicles contributed only 15% to this waste. With the growth of EVs, a substantial rise in battery waste is anticipated in the coming years. It is estimated that by 2030, the country will have approximately 128 GWh of lithium-ion battery capacity available for recycling, with 46% originating from electric vehicles alone.",
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      "text": "Although e-waste management frameworks have existed in India, the rising health and environmental risks from improper disposal methods have prompted the government to implement more stringent measures.",
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      "kind": "source-note",
      "text": "Source: JMK Research; 113. India: lithium-ion battery waste by source | Statista; 114. How can the Indian lithium-ion battery recycling sector lead $6 billion global market? - Express Mobility News | The Financial Express",
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      "text": "3.8.2 Battery Waste Management Rules, 2022",
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