MECON Invites Hydrogen Injection Bids

19 Jun 2024 CW Team

The project scope includes developing and implementing hydrogen injection systems in existing sponge iron plants and blast furnaces, optimizing processes for maximum efficiency and minimal environmental footprint. Interested parties are expected to present comprehensive plans that showcase their technical expertise and innovative capabilities in integrating hydrogen into steel production. MECON's initiative is part of a broader strategy to enhance sustainability in the industrial sector, addressing both economic and environmental challenges.

Hydrogen injection is seen as a key technology in reducing the carbon footprint of steel production, a major contributor to global greenhouse gas emissions. By replacing a portion of the carbon traditionally used in these processes with hydrogen, the project aims to produce cleaner steel while maintaining high production standards. This initiative not only supports India's commitment to reducing carbon emissions but also positions MECON as a leader in sustainable industrial practices.

The bid invitation is open to both domestic and international companies with relevant experience and expertise. MECON's commitment to environmental sustainability is reflected in this project, which has the potential to transform the steel industry and set new benchmarks for green technology adoption. As industries worldwide move towards decarbonization, MECON's hydrogen injection projects represent a proactive approach to embracing this transition, driving innovation, and fostering a more sustainable future for industrial operations.

"Join industry leaders at RAHSTA Expo, India's premier platform for roads, highways and traffic infrastructure. Register now to explore innovations, network with experts and shape the future of mobility."

MECON has invited bids for hydrogen injection projects in sponge iron plants and blast furnaces. This initiative aims to incorporate green technology into steel production, significantly reducing carbon emissions and promoting decarbonization. The project involves the integration of innovative hydrogen solutions, targeting both environmental impact and industrial transformation. By inviting bids, MECON seeks proposals detailing approach and execution plans for these hydrogen injection projects. This move aligns with global trends towards sustainable industrial practices and the adoption of eco-friendly technologies, marking a significant step towards a greener future in steel manufacturing. The project scope includes developing and implementing hydrogen injection systems in existing sponge iron plants and blast furnaces, optimizing processes for maximum efficiency and minimal environmental footprint. Interested parties are expected to present comprehensive plans that showcase their technical expertise and innovative capabilities in integrating hydrogen into steel production. MECON's initiative is part of a broader strategy to enhance sustainability in the industrial sector, addressing both economic and environmental challenges. Hydrogen injection is seen as a key technology in reducing the carbon footprint of steel production, a major contributor to global greenhouse gas emissions. By replacing a portion of the carbon traditionally used in these processes with hydrogen, the project aims to produce cleaner steel while maintaining high production standards. This initiative not only supports India's commitment to reducing carbon emissions but also positions MECON as a leader in sustainable industrial practices. The bid invitation is open to both domestic and international companies with relevant experience and expertise. MECON's commitment to environmental sustainability is reflected in this project, which has the potential to transform the steel industry and set new benchmarks for green technology adoption. As industries worldwide move towards decarbonization, MECON's hydrogen injection projects represent a proactive approach to embracing this transition, driving innovation, and fostering a more sustainable future for industrial operations.

Real Estate

26 Jun 2026

AGM Vijaylaxmi launches Sixty3 W.E. Bizpark

AGM Vijaylaxmi Group has launched Sixty3 W.E. Bizpark, a mixed-use commercial development in Goregaon East, Mumbai. The project includes contemporary office spaces and a high-street retail component designed to support businesses, retailers and professionals.Located along the Western Express Highway, Sixty3 W.E. Bizpark is planned as a G+25-storey commercial tower. It offers office spaces ranging from 545 sq ft to 3,200 sq ft, with a 3.60 metre floor-to-floor height aimed at improving spatial comfort, natural light and operational efficiency.The project features a high-street retail boulevard ..

Real Estate

26 Jun 2026

Manglam Group to Develop Sheraton Hotel in Jaipur

Manglam Group has signed an agreement with Marriott International to develop a Sheraton hotel on the Jaipur–Ajmer Highway in Jaipur. The project will feature 220 keys and is being developed with an investment of around Rs 3.5 billion across more than 300,000 sq ft.The hotel marks Manglam Group’s third collaboration with Marriott International and forms part of its Rs 10 billion hospitality investment roadmap. The agreement was signed by Amrita Gupta, Director, Manglam Group and CEO, Manglam Spa and Resorts, and Rajeev Menon, President, Asia Pacific excluding Greater China, Marriott Interna..

Infrastructure Urban

26 Jun 2026

India Warehousing Show 2026 opens at YashoBhoomi

India's warehousing, logistics, and supply chain ecosystem came together as the 15th edition of India Warehousing Show (IWS) 2026 opened at YashoBhoomi, India International Convention & Expo Centre (IICC), Dwarka, New Delhi on June 25 (Thursday). Organised by RX India, the three-day event will run from 25-27 June 2026, bringing together policymakers, industry leaders, technology providers, and supply chain professionals under one roof. It also features a two-day knowledge conference that will run alongside the exhibition. Inaugurated by Pankaj Kumar, Joint Secretary - Logistics, DPIIT..