Our industrial heat pumps are designed to provide reliable and energy-efficient heating solutions across various temperature requirements, offering four outlet temperature models: 60°C, 80°C, 90°C, and 120°C. With the ability to achieve 50–70% savings on operational costs, they are ideal for industries looking to optimize energy use. These heat pumps ensure 24/7 heating, especially during non-solar hours, and can be seamlessly integrated with solar thermal energy for continuous operation. The payback period is approximately one year for continuous use, making them a cost-effective solution. Additionally, our heat pumps produce free cold air or water as a byproduct, enhancing overall system efficiency and boosting COP (Coefficient of Performance). We take pride in being India’s first provider of a 120°C outlet heat pump( India's First High temperature heat pump with success case study), featuring a cascaded model with LT and HT circuits for high-temperature applications. Understanding that every industry has unique needs, we also offer customized heat pump solutions tailored to specific client requirements. With a focus on sustainability and efficiency, our heat pumps are designed to reduce carbon footprint while ensuring optimal performance.

ur patented ORC, equipped with advanced technology, offers an impressive economic solution with high reliability and efficiency. Utilizing Organic Rankine Cycle (ORC) turbines, it efficiently converts recovered waste heat into electrical energy by applying organic fluids in the process. The system supports hybrid power plant configurations, combining waste heat-operated ORC turbines with a flash steam module or integrating geothermal energy-based ORC turbines with a flash steam module. Additionally, it enables biomass conversion into electrical energy or methanol production through Waste Heat Recovery (WHR).

Energy Efficiency: 350% more efficient than electric heaters.
Temperature Range: Maintains 60 to 80 Degrees Celsius.
HMI Control Panel: Monitors temperature, humidity, etc.
Lifespan: 25% longer than conventional dryers.

The system comprises three major components: an electrolyzer, a compressor, and a storage tank, all seamlessly integrated with IoT-programmed software for efficient monitoring and control. With SCADA system integration, it enables real-time data analysis and automation. Additionally, the system can be powered by any renewable energy source to produce green hydrogen, ensuring a sustainable and eco-friendly energy solution.

By using solar dryers, you can achieve up to 60% savings on drying costs and a 30% reduction in drying time, while maintaining a temperature range of 60 to 80 degrees Celsius. These dryers provide a superior solution by protecting the drying process from insect contamination and unexpected weather changes, ensuring the preservation of the original taste, flavor, and quality of the products.

With 350% higher efficiency than electric heaters, this system ensures exceptional energy savings while maintaining a temperature of 75°C for hot air production. Equipped with an HMI control panel, it enables precise monitoring of temperature, humidity, and other critical parameters. Additionally, its lifespan is 25% longer than conventional dryers, making it a reliable and cost-effective solution for long-term use.

Compact and highly efficient, tube-in-tube heat exchangers enhance process efficiency while reducing auxiliary energy consumption and minimizing pollution. Common waste heat recovery methods include flue gas heat recovery, chiller heat recovery, and air compressor heat recovery, making them an effective solution for optimizing energy usage and sustainability.