How Steam VAM Chillers are Powering a Cleaner Industrial Future

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Introduction:
Industries today face a tough balance — staying productive while cutting energy costs and emissions. That’s where Steam Vapor 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.

• 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.

• Why Industries Are Switching

  • Up to 70% less electricity use
  • Zero harmful refrigerants
  • Lower maintenance and longer lifespan
  • Faster payback (2–3 years)

• 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.

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