How Steam VAM Chillers are Powering a Cleaner Industrial Future
How Steam VAM Chillers are Powering a Cleaner Industrial Future
Learn about Direct Fired Chiller | See VAM Product Page | CCHP Systems | Pump Solutions Introduction:
Industries today face a tough balance staying productive while cutting energy costs and emissions.That’s where Steam Vapour Absorption Machines(VAM) chillers are making a difference.Instead of using electricity, these systems use steam or waste heat to produce cooling turning industrial heat losses into energy savings.
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How They Work
Steam VAM chillers run on an absorption cycle using natural refrigerants like water or ammonia.No compressors, no high power demand just efficient, eco-friendly cooling powered by heat.
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Why Industries Are Switching
- Up to 70 % less electricity use
- Zero harmful refrigerants
- Lower maintenance and longer lifespan
- Faster payback(2–3 years)
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Real - World Impact
A dairy plant in South India used a 300 - TR steam - driven VAM and cut CO₂ emissions by 1,000 + tonnes annually.
A steel factory in Bangladesh saved 1.5 million electricity units per year using waste heat to power VAM chillers.These systems are proving that clean cooling = smart business. -
Future of Cooling
Steam VAM chillers can work with solar thermal, biomass, and waste heat recovery, helping industries move closer to net - zero operations.
Conclusion:
They’re efficient, reliable, and sustainable the future of green industrial cooling.
Frequently Asked Questions
What is a Vapour Absorption Chiller?
Can BROAD chillers run on waste heat?
Do you provide after-sales service in India?
Need Help With Your Cooling System?
BROAD India's engineering team can assess your facility's cooling requirements and recommend the most energy-efficient solution - from vapour absorption chillers to waste heat recovery systems.