What is a Vapour Absorption Chiller?

It's a thermally-driven cooling system that uses water/LiBr solution and heat (from steam, hot water, exhaust, or gas) instead of electricity to produce chilled water, drastically reducing energy costs.

Can BROAD chillers run on waste heat?

Yes, our absorption chillers can capture waste heat from industrial processes, generator exhaust, or boiler steam to provide free cooling, resulting in significant OPEX savings.

Do you provide after-sales service in India?

Absolutely. BROAD India provides comprehensive design consultation, commissioning, operator training, and 24/7 after-sales support with remote monitoring capabilities.

What is a Vapour Absorption Chiller?

It's a thermally-driven cooling system that uses water/LiBr solution and heat (from steam, hot water, exhaust, or gas) instead of electricity to produce chilled water, drastically reducing energy costs.

Can BROAD chillers run on waste heat?

Yes, our absorption chillers can capture waste heat from industrial processes, generator exhaust, or boiler steam to provide free cooling, resulting in significant OPEX savings.

Do you provide after-sales service in India?

Absolutely. BROAD India provides comprehensive design consultation, commissioning, operator training, and 24/7 after-sales support with remote monitoring capabilities.

Introduction:

As industries worldwide strive to reduce their environmental impact, the Vapour Absorption Chiller has emerged as a key technology for sustainable cooling. Unlike traditional chillers that rely on electricity, the Vapour Absorption Chiller operates on thermal energy, making it an ideal choice for applications where waste heat or renewable energy is available.

The Role of Vapour Absorption Chillers in Industrial Cooling:

Industries like steel, cement, and chemicals produce vast waste heat. Vapour absorption chillers can tap into this energy, converting it into cooling power. A German steel plant achieved a 20% energy saving, while an Indian cement works cut energy costs by 15%, showcasing the potential of this technology.

The Environmental Benefits of Vapour Absorption Chillers:

By slashing electricity use by 30–50%, these chillers also reduce CO₂ emissions by up to 60%, depending on local conditions. Using natural refrigerants like water and ammonia further reduces environmental impact.

The Future of Vapour Absorption Chillers:

Global incentives from Germany to Japan and India are driving adoption. Innovations such as nanofluids, improved absorbents, hybrid systems, and a projected CAGR of 6.5% (2023–2030) signal rapid growth in sustainable cooling markets.

Conclusion:

Vapour Absorption Chillers are more than cooling machines - they’re strategic tools in the climate battle. Harnessing waste heat to deliver efficient, green cooling, they are set to reshape industrial HVAC and support global sustainability goals.