Rare earth magnets are high-performance materials essential for electric vehicles, wind turbines, electronics, and defence systems, making them critical for India’s clean energy transition and technological growth. With China dominating global processing, India’s push for domestic manufacturing, critical mineral processing, and recycling aims to reduce import dependence and build a self-reliant mine-to-magnet ecosystem to strengthen economic and strategic security.
Click to View MoreIndia generates nearly 350 million tonnes of agricultural waste annually, creating both an environmental challenge and a major economic opportunity. The circular agriculture approach aims to convert this waste into valuable resources such as bioenergy, organic fertilisers, and bio-based products, with the potential to create a $2 trillion market and millions of jobs by 2050. While the Government has launched multiple initiatives for biomass utilisation, residue management, and infrastructure development, implementation gaps, weak supply chains, limited monitoring, and uneven regional performance remain key concerns. Strengthening outcome-based monitoring, market linkages, and integrated waste management is essential to transform agricultural waste into sustainable rural wealth.
Click to View MoreBio-based chemicals and enzymes are industrial products derived from renewable biological resources such as crops, biomass, and agricultural residues through processes like fermentation and enzymatic conversion. They offer a sustainable alternative to petrochemicals by reducing fossil fuel dependence, lowering carbon emissions, and supporting a circular bioeconomy.
India has strong potential in this sector due to its large agricultural base, established fermentation expertise, and growing manufacturing capacity. The government has prioritised biomanufacturing under the BioE3 policy, and domestic companies are increasingly investing in bio-based production. However, challenges such as higher costs, feedstock supply constraints, limited infrastructure, and slow market adoption need to be addressed.
With appropriate policy support, shared infrastructure, and market incentives, bio-based chemicals and enzymes can strengthen India’s industrial competitiveness, promote agricultural value addition, and contribute to sustainable economic growth.
Click to View MoreIndia faces a massive urban waste challenge, with 165 million tonnes projected by 2030. Through Swachh Bharat Mission 2.0, it is shifting to a circular economy via source segregation, dumpsite remediation, waste-to-energy, EPR for plastics, and recycling, aiming for garbage-free cities by 2026.
Click to View MoreIndia generates over 140 million tonnes of crop residue annually, much of it burned, causing pollution and losses above USD 30 billion. Converting this waste through ex-situ options like CBG and 2G ethanol, and in-situ tools like the Pusa decomposer, can strengthen the bioeconomy, energy security, farmer incomes, and climate action.
Click to View MoreTalks on a Global Plastics Treaty remain stalled as high-ambition countries seek caps on virgin plastic, while major producers favour waste-focused solutions. Disputes over chemicals and finance persist. Japan’s bridge-building role aims to break the deadlock amid worsening environmental and health impacts of plastic pollution.
Click to View MoreWaste management in India is a complex and multidimensional challenge, involving municipal, industrial, biomedical, e-waste, plastic, and agricultural waste. Rapid urbanization, population growth, and inadequate infrastructure have compounded the problem. The government has initiated several programs, including the Swachh Bharat Mission, Waste to Wealth Mission, and GOBARdhan Scheme, focusing on scientific disposal, recycling, energy recovery, and citizen participation. Effective waste management requires a holistic approach that integrates technology, policy, social inclusion, economic sustainability, and public awareness, transforming waste from a problem into a resource for environmental and economic benefits.
Click to View MoreIndia struggles to manage growing sludge from rapid urbanization. With most areas depending on on-site sanitation, a strong Fecal Sludge and Septage Management framework is vital. Despite supportive policies, gaps in infrastructure, technology, and regulation remain. Adopting a circular economy can turn sludge into a valuable resource.
Click to View MoreIndia aims for 500 GW renewable capacity by 2030 and net-zero by 2070, relying on critical minerals like lithium and cobalt. To reduce import dependence, it launched the National Critical Minerals Mission, promoting domestic mining, recycling, circular economy, and public-private partnerships for energy self-reliance.
Click to View MoreMicroplastic pollution in India is rising due to plastic waste entering rivers, oceans, and food chains. Studies show high contamination in coastal and estuarine fish, posing health and ecological risks. Despite bans on single-use plastics and waste management rules, enforcement gaps remain. Strengthened monitoring, biodegradable alternatives, and public awareness are key to reducing microplastic impact by 2030.
Click to View MoreIndia’s first bamboo-based biorefinery in Numaligarh, Assam, aiming to convert abundant bamboo resources into bioethanol and green chemicals annually. This initiative will boost India's Ethanol Blending Programme and Net Zero by 2070 targets, promoting energy security and a sustainable circular economy.
Click to View MoreRapid urbanisation requires a shift towards climate resilient cities. This includes improving governance, investing in climate-proof infrastructure, implementing nature-based solutions, mobilising private capital, updating planning laws, and integrating climate data for sustainable future urban spaces.
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