Our Projects

Our project solution aims to help textile industries recover waste heat generated during their manufacturing processes. We understand that burning fossil fuels such as natural gas, LPG, fuel oil, electricity or coal generates a significant amount of wastewater, which often contains unused heat energy that goes to waste.

We use the latest Alfa Laval WideGap plate heat exchangers, which are designed to handle fibres content. The heat exchangers transfer heat efficiently from wastewater to other industrial processes, thus minimizing energy waste and maximizing profitability.

Our complete project solution includes Piping, Automation, Energy Audit, and ROI analysis. We work with textile industries to understand their unique needs, and our team of experts designs a customized waste heat recovery system for them. Our experts also conduct an energy audit to help identify areas of waste and areas where savings can be made.

We understand that heat recovery needs efficient heat transfer, and that's why we use Alfa Laval WideGap plate heat exchangers. These heat exchangers are a perfect fit for textile industries and help recover the energy used in various processes in the plant.

By implementing our waste heat recovery solution, textile industries can significantly reduce their carbon footprint while improving their profitability. Throwing away heat is a loss in plant profitability and can have severe environmental effects. Therefore, our project solution helps industries maximize the benefits of waste heat recovery.

If you're interested in learning more about our project solution or the Alfa Laval WideGap plate heat exchangers, please contact us. We are committed to working with textile industries to create a more sustainable future.

Waste Effluent Heat Recovery System

Installation of a Waste Effluent Heat Recovery System in Panipat, showcasing an advanced solution for industries facing complex heat recovery challenges.

The Challenge:

Recovering heat from effluents containing fibers poses unique difficulties. Fibers demand minimal contact points to prevent blockages, while effective heat recovery requires precise and efficient heat transfer. Striking the right balance between these two requirements is often challenging.

The Solution:

The Alfa Laval WideGap Plate Heat Exchangers proved to be the ideal solution. Designed specifically for demanding applications, these exchangers offer:

• Efficient Heat Transfer: Close approach temperatures for optimal heat recovery.
• Fiber Handling Capability: Wide-gap design minimizes contact points, preventing blockages and ensuring smooth operation.

This installation highlights our commitment to delivering tailored, cutting-edge solutions that address real-world industrial needs. The result is a reliable, efficient system that maximizes heat recovery while maintaining operational integrity.

Heat Recovery Unit from Air Compressor

Installation of our Heat Recovery Unit at HUL on the RS-75I-A10 Air Compressor. This system has been working efficiently, delivering significant energy savings.

Did you know?

Air compressors typically release up to 80% of their electrical input energy as waste heat into the atmosphere, often through built-in water or air coolers. With our innovative Heat Recovery Unit, you can reclaim this wasted energy and put it to good use!

Why Choose Our Heat Recovery Unit?

• Energy Savings: Recover waste heat from the air compressor to reduce boiler fuel costs.
• Cost Efficiency: Convert electricity bills into tangible savings.
• Quick ROI: Achieve a typical return on investment (ROI) in under 7-10 month depending on load