CST - HeatKal Joint Venture
Our Mission
Together, CST and HeatKal work to engineer practical, future-ready solutions that optimize air, water, and energy systems while supporting sustainable industrial growth.
Dr. Jagjit Singh
Dr. Jagjit Singh, Founder & Engineering Mentor of CST EnviroTech, brings over four decades of experience in thermal engineering, air-cooled systems, heat exchangers, and industrial utility solutions. His work spans system design, product development, manufacturing integration, and technical leadership across diverse industrial sectors. Closely involved in the early development of dry coolers, remote radiators, and specialized cooling systems in India, he is known for his strong application insight and practical, performance-driven approach. Through CST EnviroTech, Dr. Singh continues to guide industries toward energy-efficient, reliable, and sustainable solutions by bridging engineering intent with real-world operating conditions.
Pankaj R. Kalaskar
Pankaj R. Kalaskar, Director at HeatKal Technologies, brings over two decades of experience in heat transfer engineering, thermal system design, and execution of specialized industrial equipment. With a strong background in chemical engineering and advanced training in boilers, heat exchangers, and pressure vessels, he has been deeply involved in the design and development of high-performance thermal systems. His professional journey includes significant experience with international heat exchanger technologies and leadership roles in managing complex projects for specialized heat transfer applications. Known for his strong execution capability and manufacturing insight,
Engineering Solutions for Running Plants Steel & Chemical Plants
Engineering-Led Solutions for Running Plants
At CST-HeatKal, we partner with operating plants to optimize air, water, and energy systems through deep process understanding and practical engineering solutions. Our focus is on improving performance and sustainability with minimal disruption and optimized investment, introducing equipment only when it adds clear value to the overall solution.
Reducing Energy, Water & Utility Costs in Food Processing Plants
CST-HeatKal EnviroTech supports food processing plants through engineering-led optimization of air, water, and energy systems, helping reduce operating costs without compromising hygiene or production stability. We identify opportunities to recover waste heat from exhaust air, hot water, and refrigeration systems, optimize process and cooling water usage, and improve ventilation and HVAC performance under real operating conditions. Solutions are developed through on-site diagnostics and engineering validation, with equipment introduced only where it delivers reliable, long-term efficiency, compliance, and measurable cost savings.
Engineering-Led Utility Optimization for Automobile OEMs
CST-HeatKal supports automobile OEM plants by improving the performance of cooling water, compressed air, HVAC, ventilation, and energy recovery systems across body shop, paint shop, engine, and assembly operations.
Our solutions are developed through on-site diagnostics, system analysis, and engineering validation, targeting reduced energy consumption, improved reliability, and stable production conditions. Capital equipment is recommended only where engineering analysis confirms long-term operational benefit and sustainability gains.
Engineering-Led Utility Optimization for Textiles, Building & Materials Manufacturing Plants
CST-HeatKal supports textile, building, and materials manufacturing plants by improving the performance of steam, hot water, cooling, ventilation, and waste-heat recovery systems across spinning, weaving, dyeing, drying, curing, pressing, and material processing operations.
Our solutions are developed through on-site diagnostics, system analysis, and heat-balance engineering under real operating conditions, targeting reduced fuel, power, and water consumption, improved reliability, and stable plant operation. Capital equipment is recommended only where engineering validation confirms long-term operational benefit, corrosion-free performance, and sustainable cost savings.