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: A Shift Toward Waste Heat Utilization

As industries pursue low-energy cooling systems, Hot Water Absorption Chillers (HWACs) are gaining traction by converting waste hot water into effective cooling. Unlike electric chillers, HWACs rely on heat-driven chemical cycles, reducing energy costs and environmental impact.

The Absorption Cooling Process Explained:

HWACs follow a four-step thermodynamic cycle:

Evapouration: Water absorbs heat and evapourates, creating a cooling effect.
Absorption: Lithium bromide absorbs the water vapour and maintains system pressure.
Regeneration: Hot water heats the absorbent to expel refrigerant vapour.
Condensation: Refrigerant vapour condenses, completing the cycle.

Minimal electricity means HWACs shine in facilities focused on waste heat recovery.

Industries Benefiting from HWACs:

Power plants, refineries, and manufacturing units use HWACs to maximise waste-heat usage.
Large commercial buildings and cogeneration facilities integrate HWACs for greater efficiency.

Conclusion: The Future of Industrial Cooling

Hot Water Absorption Chillers represent a smart, sustainable evolution in industrial cooling. By utilising waste heat, they reduce power dependency and carbon footprint - setting a new standard for modern HVAC systems.