Heat to power turbines

Cogeneration solutions tailored to industrial requirements

A fully integrated cogeneration solution capable of utilizing waste heat sources from 200°C, installed turnkey indoors or in a container, and requiring little maintenance.

TURBOSOL operates at low pressure with non-aggressive fluids, ensuring reliability, safety, and ease of operation. Its optimized architecture limits critical components for enhanced robustness.

Modular, TURBOSOL covers power outputs ranging from 30 to 250 kWe, allowing for precise sizing of the target solution, reducing costs, and improving return on investment.

Unique technology that optimizes
energy recovery

  • 1

    A unique thermodynamic cycle
    Thermal energy is captured from industrial effluents by two fluid loops:
    • thermal oil (dense heat transfer fluid)
    • water (transformed into pressurized steam)

    → Thermal energy capture

  • 2

    Dual-phase micro-injectors
    The two fluids are mixed under pressure; the oil is sprayed as microdroplets and then accelerated by the steam expansion.

    → Conversion of thermal energy into kinetic energy

  • 3

    A modular turbine
    robust and standardized, allowing for simple power scaling by duplicating the dual-phase micro-injectors that feed it.
    Coupling with an alternator ensures electricity production.

    → Conversion of kinetic energy into electricity

  • 4

    Cogeneration
    The thermodynamic cycle closure requires steam condensation, thus allowing its thermal potential to be exploited.

    → Production of usable heat up to 120°C depending on the application

TURBOSOL Thermodynamic Cycle

1- Steam Production
2- Mixture Expansion
4- Recoverable Heat Rejection

Modular design, robust system
and easy to maintain

An identical TURBOSOL technical base for the entire power range:

  • Core of the process: turbine, duplicable injector type, associated mechanics
  • Tank and steam and oil distribution capable of accommodating 2 to 16 injectors
  • Chassis (general dimensions) and internal component layout
  • Electrical cabinets
  • Control system and program

A few modular components to select from a range to adapt to each use case:

  • Number of injectors to install (from 2 to 16)
  • Electric generator, oil pump, water pump (incremental models)
  • Heat exchangers and condenser (client-specific)

In yellow: modular components

TS-30 TS-60 TS-80 TS-250
(coming soon)
Number of injectors 2 4 5 16
Net electrical
output		 26 kWe
400V, 3ph, 50Hz		 58 kWe
400V, 3ph, 50Hz		 73 kWe
400V, 3ph, 50Hz		 245 kWe
400V, 3ph, 50Hz
Heat
production		 380 kWth
For water at 90°C		 755 kWth
For water at 90°C		 945 kWth
For water at 90°C		 3050 kWth
For water at 90°C
TURBOSOL module
dimensions		 6.0 x 2.4 x 2.6 m
2000 kg		 6.0 x 2.4 x 2.6 m
2500 kg		 6.0 x 2.4 x 2.6 m
3000 kg		 6.0 x 2.4 x 2.6 m
5000 kg

TURBOSOL Range Specifications

Cogeneration Applications

PRIMARY RECOVERY

Electricity Generation

The electricity produced by the Turbosol module is directly consumed on the client’s site.

COGENERATION

Direct Waste Heat Recovery

Thermal recovery is performed directly at the condenser outlet, via a water loop, for final uses such as:

Material preheating, Combustion air preheating, Input drying, Wastewater sludge drying, Paper drying, Evapoconcentration, Water purification, Treatment bath preheating, Cleaning water heating, Biomethane production, Building heating, Domestic hot water heating, Urban district heating supply.

Cooling Production

A refrigeration unit can also be connected to the condenser to meet specific needs.

On-screen supervision, local network or remote

REMOTE ACCESS VIA SECURE VPN

Real-time remote connection via a secure industrial VPN gateway, using a guest internet network or 4G connectivity
→ no need for client IT network access

24/7 MEASUREMENT AND MONITORING

Monitoring of client sources and sinks and internal machine sensors
→ real-time machine health and production status
→ Optimized preventive maintenance

COMMUNICATION WITH CLIENT SUPERVISION

Use of IT exchange tables for cross-data reading and risk-free integration with the client’s supervision PLC