HomeLatestIIT Dhanbad and Sentra.world Partner to Transform India’s Steel Industry with Biochar

IIT Dhanbad and Sentra.world Partner to Transform India’s Steel Industry with Biochar

India’s iron and steel sector, the Indian Institute of Technology (Indian School of Mines) Dhanbad (IIT Dhanbad) has forged a partnership with sustainability startup sentra.world. The collaboration, formalized through a memorandum of understanding (MoU), aims to revolutionize steel production in India by integrating biochar—an eco-friendly alternative to coal—into critical manufacturing processes like coke making, sintering, and sponge iron production.

This groundbreaking initiative focuses on transforming agricultural and forest residues such as rice husks, sugarcane bagasse, bamboo, and invasive species like babool, into high-quality biochar. The biomass will be sourced from over 10 Indian states, providing an environmentally sustainable solution to steel production while simultaneously addressing waste management challenges in agriculture and forestry. The project is set to process 720 tonnes of surplus biomass, tackling environmental issues such as air pollution caused by stubble burning, a widespread practice in many parts of the country. Beyond environmental benefits, the initiative presents economic opportunities for farmers. By monetizing agricultural waste, it will offer an additional income stream to farmers, contributing to their livelihoods while supporting national sustainability goals. With India’s steel industry accounting for 8-12% of the country’s greenhouse gas emissions, the potential impact of biochar is substantial. Experts estimate that the widespread adoption of biochar could reduce the steel sector’s emissions by up to 40%, marking a major milestone in India’s quest for a greener economy.

Sentra.world, with its focus on helping businesses reduce their carbon footprints, has partnered with over 50 clients to advance sustainability efforts. Co-founder Vikas Upadhyay emphasized the significance of this collaboration, noting that hard-to-abate sectors like steel are crucial to mitigating global carbon emissions. By adopting biochar in steel manufacturing, both IIT Dhanbad and sentra.world are pioneering a path toward a more sustainable, environmentally-conscious future for India’s steel industry, setting a precedent for other industries to follow. This partnership is more than just a business venture; it is a critical step toward decarbonizing one of the world’s largest and most emissions-intensive industries. It highlights how innovation and collaboration can lead to real, impactful solutions to pressing environmental challenges, benefiting both industry and society at large.

RELATED ARTICLES

LEAVE A REPLY

Please enter your comment!
Please enter your name here

- Advertisment -spot_img

Most Popular

Recent Comments

India RERA Annual Reports Face Scrutiny

India RERA Annual Reports Face Scrutiny

0
India’s real estate transparency framework is under renewed scrutiny after a national homebuyers’ collective alleged that a majority of state regulators have failed to...
Delhi Prime Bungalow Draws High Value Bid

Delhi Prime Bungalow Draws High Value Bid

0
A potential four-figure crore transaction is unfolding in central Delhi, where a privately owned estate in the Lutyens’ Bungalow Zone (LBZ) has entered the...

Noida Gains Major Flexible Workspace Hub

0
A new large-format flexible workspace facility has opened in Sector 62, adding 1,200 seats to Noida’s commercial office inventory and signalling continued momentum in...
India Real Estate Growth Outlook 2026

India Real Estate Growth Outlook 2026

0
India’s property sector is entering 2026 with renewed confidence after a year of steady sales, expanding capital inflows and visible premiumisation across major cities....
Goldmedal Launches Energy Efficient Spacio Ceiling Fan

Goldmedal Launches Energy Efficient Spacio Ceiling Fan

0
Goldmedal Electricals has unveiled its latest energy-efficient offering, the Spacio BLDC Ceiling Fan, targeting urban households and commercial spaces seeking lower energy consumption without...