India's manufacturing sector is at a turning point it is evolving rapidly. As the country accelerates its push toward eco-friendliness and sustainable industrial growth, the focus has shifted from merely reducing emissions to transforming core industrial processes—and industrial heat is at the heart of this transformation.
As industries strive toward decarbonization, heating remains one of the most energy-intensive and carbon-heavy operations. Traditional boilers powered by fossil fuels not only drive up energy costs but also contribute significantly to greenhouse gas emissions. Enter TRIGeN Decarbonisation’s High-Temperature Heat Pumps (HTHPs) — a transformative solution designed to meet high thermal demands with unmatched sustainability. Understanding High-Temperature Heat Pumps (HTHPs) TRIGeN’s proprietary HTHPs are engineered to deliver output temperatures up to 125°C, with research-backed innovations set to push this boundary to 190–200°C by Q4 2024-25. These pumps extract and upgrade waste heat or ambient heat, thereby delivering energy-efficient and eco-friendly heating. Key Features and Advantages Efficiency: Our HTHPs deliver energy efficiency up to 2x compared to conventional systems. Sustainability: By replacing fossil-fuel-based boilers, HTHPs reduce CO₂ emissions drastically. Versatility: They can be integrated with various renewable energy sources and are compatible with diverse industrial processes. Scalability: Suitable for small to large-scale heating applications across industries. Industrial Applications HTHPs are ideal for processes in food processing, textiles, automotive, and chemical manufacturing — all sectors that demand high-temperature process heat. By eliminating dependency on traditional fossil fuels, these industries can not only reduce costs but also align with global net-zero targets. Conclusion TRIGeN’s High-Temperature Heat Pumps mark a paradigm shift in industrial heating. With consistent performance, cost savings, and carbon neutrality, they offer a compelling path forward for industries aiming to achieve sustainability without compromising on thermal performance.
Heat pump technology has revolutionized the way we approach heating and cooling in residential and commercial spaces. Unlike traditional systems that rely on combustion or electrical resistance, heat pumps transfer heat from one place to another, offering a more energy-efficient solution. This process involves extracting heat from external sources like air, water, or the ground, and moving it indoors during winter, or reversing the process during summer to cool the space.
The global call for net-zero carbon emissions is clear. For India, this means transforming one of the world's largest industrial sectors. But how?
As climate change accelerates, industries across the globe are under immense pressure to cut emissions and embrace clean energy alternatives. While much of the focus has been on electricity, one of the largest carbon contributors—industrial heat—has often been overlooked. That’s changing fast.
