ENOGIA, THE SMALL TURBINE ORC


maquette orc

The ORC (Organic Rankine Cycle) Module is ENOGIA’s flagship product, which uses its proprietary micro-turboexpander in order to convert low grade heat into useful electricity.


ENOGIA can deliver from bare ORC module to complete turnkey projects including an Organic Rankine Cycle Module, suited to customer requirements.


The standard ORC modules are available for a 10 to 100 kW electrical power range, and can tailor bladings and different working fluids for achieving different temperature ranges.


ORC MODULES

  • Range of electrical power : 5 to 100 kWel
  • Range of thermal power inlet : 50 to 2000 kWth
  • Range of hot liquid inlet : 80 to 200°C
  • Range of exhaust gases : 150 to 500°C
  • Please ask us for a detailed technical offer !
Product Range "LT"
(Low Temperature)
"MT"
(Medium Temperature)
"LT/DC"
(Low Temperature / Direct Condensation)
Hot side conditions 80-120°C hot water inlet 150-200°C hot water or oil inlet 70-120°C hot water inlet
Working fluide R-245fa New Generation Refrigerant
(GWP=1)
R-245fa
10 kW (gross electric power) ENO-10LT ENO-10MT ENO-10LT/DC
20 kW (gross electric power) ENO-20LT ENO-20MT
ENO-20LT/DC
40 kW (gross electric power) ENO-40LT ENO-40MT

100 kW (gross electric power) ENO-100LT ENO-100MT
turbine

THE BEST OF 2 WORLDS :
The efficient cinetic turbine and the high speed generator

Designed by ENOGIA’s engineers, the core of ENOGIA systems is its innovative Micro-Turboexpander.


ENOGIA developped several breakthrough innovations for bringing down the power level of the traditionnal cinetic turbine technology used in the larger scale Organic Rankine Cycle processes.


These improvements allow for an extremely compact turbine expander with a deeply integrated high speed generator, bringing a new meaning for efficiency and reliability of small expanders.

chevronsCUSTOM TURBO-EXPANDERS

ENOGIA has the ability to engineer new turbo-expanders for several working fluids suiting any customer requirements. Potential applications are not only Organic Rankine Cycle but also C02 cycle, natural gas expansion, process gas expansion, hot air energy recovery.


To this end, ENOGIA’s engineers will use state of the art design techniques including finite element analysis (FEA), Computational Fluid Dynamics (CFD), modal and strength analysis …


Manufacturing uses only the best quality material and processes, such as CNC milling, TIG welding, and final assembly by ENOGIA skilled craftsmen.




turbine
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