Parabolic Trough Solar Steam
for Textile Industry

Cut fuel costs up to 60% • Seamless boiler integration • 120–250°C process steam

KVB Parabolic Trough for Textile Industry

Why textile plants struggle

Textile manufacturing is one of the most steam-intensive industries. Yet most plants still rely on fossil fuels:

  • LPG / Furnace Oil / Coal boilers
  • High-pressure steam (3–10 bar)
  • 8–20 hours continuous operation

Business Impact

  • Rising & volatile fuel prices
  • High OPEX & boiler inefficiencies
  • Carbon emissions & ESG mandates
  • Pressure from global fashion brands to decarbonize

Energy cost is no longer just an expense — it is a competitive risk.

What if you could cut your boiler fuel costs significantly?

High-temperature solar steam that integrates
directly with your existing boiler room.

What we deliver:

Direct steam generation for dyeing & finishing
Boiler feedwater
preheating → boost efficiency
Hybrid solar + boiler (no production stops)
Optional thermal storage for extended operation
Immediate
Impact:
Up to 40%reduction in
fuel consumption
No disruptionto process lines
Stable energy costfor long-term operations
This is not just energy saving — this is margin improvement for your factory.

Reliable, proven system

System Process

  • Solar mirrors capture & concentrate sunlight
  • Heat is focused onto absorber tubes
  • Heat transfer fluid absorbs thermal energy
  • Steam or hot water is generated
  • Heat supplied to textile wet processing
  • Boiler automatically supports when required

Integration Options

  • Boiler Feedwater Preheating
  • Direct Steam Generation
  • Direct Hot Water Supply
  • Hybrid Solar + Boiler Mode

Industrial Performance

  • Temperature Range: 120°C – 250°C
  • Efficiency: 50–70%
  • Solar Contribution: 20–60%
  • System Life: 20–30 years

Designed specifically for the continuous demands of textile manufacturing.

Perfect match for wet processing & finishing

Desizing & Scouring

90–110°C continuous

Bleaching

100–130°C stable output

Dyeing

120–140°C precise control

Washing & Rinsing

80–100°C preheat

Finishing & Heat Setting

120–180°C high-temp steam

Drying Operations

Reduces boiler load

Financial, operational & sustainability gains

  • 20–60% fuel reduction → Lower OPEX & hedge price volatility
  • Seamless integration → No downtime, automated hybrid control
  • Major CO₂ cuts → Meet ESG, compliance & export requirements
See real savings case
Energy cost analysis solar vs boiler

ROI that transforms energy economics

Typical performance for textile plants (India / emerging markets)

2–5 yrs
Payback period
30–40%
Annual fuel savings (5 TPH plant)
20+ yrs
Asset life, near-zero fuel cost after payback
~3T CO₂
Saved per ton of furnace oil replaced

After payback, your steam cost becomes significantly lower than any fossil alternative.