Parabolic Trough Solar Steam
for Chemical Industry

Cut fuel costs up to 60%. Generate 120–250°C solar steam perfectly tailored for reactors, distillation, and evaporation without disrupting continuous operations.

KVB Parabolic Trough System for Chemical Industry

High heat demand, high cost, high risk

Chemical manufacturing is one of the most heat-intensive industries. From reactors to distillation and evaporation — your plant depends on continuous, high-temperature thermal energy.

Most chemical plants rely on:

  • LPG / Furnace Oil / Coal / Diesel boilers
  • High-temperature process heating systems
  • Continuous 24x7 operations

Business Impact

  • Fuel cost = major share of operating expense
  • Exposure to volatile fuel prices
  • High carbon emissions and regulatory pressure
  • Risk of production cost escalation
  • Increasing demand for sustainable chemical processing

You are not just running processes — you are burning fuel at scale.

What if you could permanently reduce a major portion of your thermal energy costs?

KVB Green Energies provides Parabolic Trough Solar Thermal Systems (PTC)
engineered for chemical process heat.

What This System Does:

Generates high-temp
thermal energy using solar power
Supports reactors,
distillation, and process heating
Integrates with
existing thermal systems
Operates in
hybrid mode for uninterrupted production
Immediate
Impact:
Up to 40%reduction in
fuel consumption
Lower costof production
Long-termenergy price stability
This is not just energy saving — it is margin improvement for your factory.

Built for heavy industrial use

System Process

  • Parabolic mirrors concentrate solar radiation
  • Energy focused onto absorber tubes
  • Heat transfer fluid absorbs high-temperature heat
  • Thermal energy converted into steam or process heat
  • Heat supplied to chemical operations
  • Boiler backup ensures continuous operation

Integration Options

  • Boiler Feedwater Preheating
  • Direct Steam Generation
  • Direct Thermal Fluid Heating
  • Hybrid Solar + Boiler Mode
  • Thermal Storage (optional)

Industrial Performance

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

Designed for continuous, high-load chemical environments.

Across chemical processes

Suitable for a wide range of chemical industry operations

Reactor Heating

Precise temperature control

Distillation & Separation

120–250°C stable output

Evaporation & Concentration

Energy-efficient concentration

Crystallization

Controlled cooling/heating

Solvent Recovery

High-temperature regeneration

Boiler Feedwater Heating

Improves overall efficiency

If your process requires heat — solar thermal can supply it efficiently.

What chemical plants gain

  • Financial Advantage – Reduce fuel consumption by 20–60%, significant reduction in operating cost, protection from fuel price volatility
  • Operational Advantage – Reliable hybrid system with no downtime, reduced load on boilers, improved process efficiency
  • Strategic Advantage – Lower carbon emissions, easier regulatory compliance, improved sustainability profile for global markets

Lower cost + reduced risk = stronger industrial performance

Energy cost comparison chemical

Investment that pays back fast

Typical returns for India chemical plants

2–5 yrs
Payback period
30–40%
Annual fuel savings
25+ yrs
System life
~3T CO₂
Saved per ton of oil replaced

After Payback: Your thermal energy cost drops significantly — giving you a long-term competitive advantage. A high-impact, low-risk investment for large-scale operations.