HomeBricks & MortarAmbuja Cements Partners with Coolbrook to Drive Decarbonisation, Shares Rise Nearly 1%

Ambuja Cements Partners with Coolbrook to Drive Decarbonisation, Shares Rise Nearly 1%

Shares of Ambuja Cements, part of the Adani Group, increased by nearly 1% to ₹542.80 on the Bombay Stock Exchange (BSE) following the announcement of a strategic partnership with Coolbrook, a Finland-based technology and engineering company. The collaboration aims to reduce fossil fuel dependence and carbon emissions in cement production by adopting Coolbrook’s innovative RotoDynamic Heater (RDH) technology.

This partnership is a significant step in Ambuja Cements’ ongoing efforts to enhance its sustainability credentials and support its Net Zero commitments. The RotoDynamic Heater technology is designed to generate high temperatures needed in the cement manufacturing process using green power. This process, which harnesses mechanical energy to produce the required heat, reduces the reliance on conventional fossil fuels, thereby curbing carbon emissions.

Ajay Kapur, CEO of Cement Business at Adani Group, highlighted the strategic importance of the collaboration, emphasizing Ambuja Cements’ commitment to decarbonising its manufacturing operations. “This partnership with Coolbrook is a testament to our dedication to achieving Net Zero targets,” Kapur said. He added that the company’s focus on green power generation capabilities would allow it to reduce both fossil fuel dependence and operational costs, creating long-term value for stakeholders. The RDH technology represents a carbon-free solution that promises substantial environmental benefits by reducing the cement plant’s reliance on fossil fuels, a key contributor to carbon emissions in the industry. This move is in line with Ambuja Cements’ broader goals of operational excellence, efficiency, and sustainability.

Joonas Rauramo, CEO of Coolbrook, expressed enthusiasm about the collaboration, stating, “This partnership marks a major step forward in revolutionising heavy industries with our electrification technology. Ambuja Cements’ strong commitment to sustainability and renewable energy leadership makes them an ideal partner as we continue our mission to drive the global energy transition.” Ambuja Cements has long been a proponent of sustainable business practices and innovation, and this latest partnership further solidifies its leadership role in driving the decarbonisation of the cement sector. By integrating Coolbrook’s advanced technology, Ambuja Cements is poised to reduce its carbon footprint and improve the environmental sustainability of its operations in the years to come.

RELATED ARTICLES

LEAVE A REPLY

Please enter your comment!
Please enter your name here

- Advertisment -spot_img

Most Popular

Recent Comments

Shree Cement Sets July Results Discussion

Shree Cement Sets July Results Discussion

Shree Cement is set to present its financial performance for the first quarter of FY27 through an investor and analyst interaction on 31 July,...
India Fertiliser Imports Reinforce National Supply Security

India Fertiliser Imports Reinforce National Supply Security

India imported more than 3.2 million tonnes of fertilisers during the first quarter of FY27, while expanding overseas sourcing arrangements to safeguard supplies ahead...
India Chemical Sector Gains Strategic Government Support

India Chemical Sector Gains Strategic Government Support

The Union Cabinet has approved a ₹3,030 crore national programme to strengthen India’s chemicals sector, aiming to boost domestic manufacturing, reduce import dependence and...
India Specialty Chemicals Drive Industrial Innovation

India Specialty Chemicals Drive Industrial Innovation

India’s specialty chemicals sector is entering a new phase of expansion driven by investments in advanced manufacturing, research and production capacity, as companies respond...
India Metal Recycling Drives Sustainable Manufacturing

India Metal Recycling Drives Sustainable Manufacturing

India’s next phase of growth in the metals sector is expected to rely increasingly on recycling rather than fresh mineral extraction, reflecting a broader...