By embracing environmental responsibility, social equity, and strong governance, steel manufacturers can not only meet the demands of today’s market but also pave the way for a more sustainable and ethical tomorrow.
Many countries require companies to show that they comply with environmental standards before accepting imports. The EU’s Packaging and Packaging Waste Directive sets the strictest recycling and waste disposal requirements, making non-compliance an obstacle to entry into the market. Companies that don’t adhere to these standards could struggle to grow internationally.
Ace Green Recycling plans to establish 10,000 metric tons of lithium iron phosphate (LFP) battery recycling capacity per year in India by 2026.
The environmental certifications show Waaree’s bifacial mono PERC and TOPCon solar panels are designed to reduce environmental footprints.
As the need for decarbonizing cooling becomes more urgent, District Cooling delivered through the CaaS model is expected to gain wider acceptance. Its ability to scale across large developments and provide a more sustainable, long-term solution for India’s rapidly growing cooling demand positions it as a key lever to address the paradox the country faces of meeting the burgeoning cooling needs while honoring our climate commitments.
Sasken Technologies meets a significant 78% of energy requirements across all its India facilities through renewable sources. To bridge the remaining gap and achieve a 100% green energy footprint, it utilizes International Renewable Energy Certificates.
The 200 MW solar power project in Khavda is part of the company’s ambitious 1 GW renewable power (solar+wind) project along with 376 MW from waste heat recovery systems.
The FMCG major aims to achieve net-zero operational emissions in India (across owned manufacturing units) by 2030 and in global operations by 2040.
The “build now, decarbonize later” approach misses the opportunity to develop steel capacity using low-emissions technologies, which could make India a leader in green steel capacity, save on decarbonization efforts later, and reduce current and future stranded asset risk in the industry.
Scientists have designed a PVT-driven direct contact membrane distillation system for off-grid applications. The system is intended for desalination purposes in remote areas.
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