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  Electronic devices have become a part of almost every business and household in India. As computers, mobile phones, appliances and other electronic products reach the end of their useful life, the need for responsible e-waste recycling continues to grow. For entrepreneurs, this has also created an opportunity to build a structured e-waste recycling business in India . However, starting an e-waste recycling plant involves more than purchasing recycling machinery. A successful project requires proper planning, infrastructure, documentation, regulatory registrations and an understanding of the recycling process. What Is an E-Waste Recycling Plant? An e-waste recycling plant is a facility where discarded electrical and electronic equipment is collected, segregated, dismantled and processed to recover useful materials. Depending on the facility and its authorised processes, recoverable materials can include metals, plastics and other components. The e-waste recycling process genera...

 If you're running — or planning — a plastic recycling plant operation in India, the compliance ground has shifted more than once this year. Here's what actually happened, in order, and what it means for recyclers specifically. January 2026: A Compliance Shortcut Got Pulled — No Warning On January 19, 2026, the Ministry of Environment, Forest & Climate Change withdrew, with immediate effect, a provision that had let producers use End-of-Life (EOL) disposal certificates to meet their recycling obligations. The earlier CPCB allowance was withdrawn with no grace period for transition, and the notification also required all registered producers, importers, and brand owners to file their Annual Returns by January 31, 2026 — just 12 days after the notification landed. For recyclers, the practical effect is that a lower-effort compliance route for producers disappeared, pushing more of them toward genuine, verifiable recycling activity. March 31, 2026: Recycled Content Target...

 A biogas plant , also known as a gobar gas plant, is a facility that utilizes biogas services to convert waste, such as dung or other organic matter, to cooker fuel or electricity and to produce compressed biogas (CBG). The end product of biogas production is organic manure. Setting up biogas plants in India consists of many steps that include getting the necessary permits, constructing the digester, and finally installing the biogas plant. Corpseed Consulting has the necessary experience and can help construct biogas plants at different locations. Importance of Biogas Plants in India From an economic standpoint, setting up a biogas plant comes with a number of incentives. Biogas and CBG have a fixed price, and there is a compulsory CBG purchase and a mandatory blending of CBG with natural gas. The Cabinet of India, under the GOBARdhan scheme, also allotted a large sum of money for the development of the biogas sector. The scheme will run for 10 years, and during that time, CBG bl...

This guide offers insights into the operations of hazardous waste management companies in India , the process of establishing a hazardous waste recycling facility, and the ways to abide by the requirements of CPCB and SPCB. India is the world's sixth largest producer of hazardous waste. Current estimates place the annual generation of hazardous waste at around 12 million tons and is expected to increase as other industries including chemical, pharmaceutical, electrical, textile and other manufacturing industries also increase. This creates a big challenge for industry captains, business persons and environmental compliance professionals. The challenge is to effectively manage hazardous waste and to identify the companies that manage hazardous waste in India. This document responds to these challenges and provides information on the hazardous waste management process, the need for an on-site waste management facility and the legal and regulatory framework that controls this process ...

  Industry Playbook · India On-site gas generation has quietly become the default for hospitals and factories that once relied on tanker deliveries. Here's what it takes to build one of these plants — from picking the right process to surviving the licensing gauntlet. A decade ago, most Indian hospitals treated oxygen the way they treated diesel for backup generators: something a vendor trucked in on a schedule. That's changing fast. Rising bed capacity, tighter emergency-preparedness rules after past supply shocks, and falling equipment costs have pushed a growing number of hospitals — and an even larger number of industrial units — toward generating their own oxygen on-site. For entrepreneurs eyeing the sector, that shift is the opportunity. But turning it into a working, licensed, profitable plant involves more moving parts than most first-time operators expect. Who Actually Buys Oxygen, and Why Demand Keeps Climbing Two distinct customer bases drive this market, and they be...

India throws away most of its used lubricating oil. Not through a single dramatic failure, but through thousands of small, unremarkable transactions — a garage in Ludhiana selling a drum to a cash buyer, a genset operator burning sump oil to heat a boiler, a transport yard letting drain oil soak into the ground behind the workshop. The numbers tell the story plainly. India produces roughly 1.3 million tonnes of used lubricating oil a year, and only around 200,000 tonnes of it — about 15 percent — passes through formal, licensed recycling channels. Everything else moves through an informal economy that is now, since April 2024, squarely in the regulator's sights. That regulatory shift is what makes this a different conversation than it was five years ago. A used oil recycling plant is no longer just a processing business. It is a licensed node in a national traceability system, and the licence is the asset. The Million-Tonne Gap Nobody Talks About Three structural pressures are co...