ENO-10LT

ENO-10LT

ENO-10LT

Product catalog summary
Introduction
Founded in 2009, ENOGIA specializes in waste heat recovery systems, producing power outputs ranging from 10 kWe to 180 kWe. The ENO-10LT module is a compact ORC (Organic Rankine Cycle) system designed to recover up to 160 kWth of waste heat, delivering a nominal power output of 10 kWe from low-grade heat sources as low as 70°C.
Product Features
  • High-speed patented micro-turbines.
  • Standard flange hydraulic connections for easy integration.
  • Assembled and performance-tested in ENOGIA's workshop.
  • 24/7 remote control and access.
  • Plug-and-play system on a single skid.
The ENO-10LT is the smallest module in the ENOGIA LT range, ideal for integration with biomass boilers, gas engines, geothermal sources, or industrial processes. It can connect to systems like drying systems, floor heating, or greenhouses to achieve efficiencies close to 95%.
Technical Specifications
  • Electrical Ratings: Maximum gross electric power of 10 kWe, grid connection at 400V, 3-phase, 50-60 Hz.
  • Heat Source: Temperature range of 70-120°C (extendable beyond 120°C with ORC MT), thermal power input range of 55-160 kWth, compatible with water, steam, or oil.
  • Cold Source: Temperature range of 0-55°C, uses water as the working fluid, compatible with dry coolers or cooling towers.
  • Main Components: Includes R1233zd working fluid, high-speed permanent magnet generator, kinetic turbine expander, brazed plate heat exchangers, multi-stage magnetic coupling pump, industrial PLC controls, and remote web support.
  • Main Ratings: Weighs 450 kg, dimensions of 1.2 m x 0.8 m x 1.8 m, noise level of 60 dB at 10m, design lifetime of 20 years, non-flammable and non-toxic with ODP=0.
Installation and Safety
  • Recommended to install the equipment close to the heat source to minimize heat losses.
  • Complies with machine directive 2006/42/EG, PED 2014/68/EU, electrical norms 2014/35/EG, and VDE-4105 (G59, VDE-ARN, UL, etc.).
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Catalog excerpts

ENO-10LT-1

ORC ENO-10LT “ Generate power from your waste heat “ Founded in 2009, ENOGIA is a turbine based ORC manufacturer specialised in waste heat recovery with systems producing from 10 kWe to 180 kWe. THE PRODUCT The ENO-10LT module is an ORC manufactured by ENOGIA, able to recover up to 160 kWth with a nominal power output of 10 kWe even after low grade heat source at 70°C. High speed patented micro-turbines Hydraulic connections with standard flanges Remote control and access 24/7 Assembling and performance testing in ENOGIA workshop Plug-and-play system on a single skid THE ONLY 10KW ORC IN THE WORLD The ENO-10LT is the smallest ORC module of the ENOGIA LT range. As the first machine launched on the market by ENOGIA, this system demonstrated extended running hours on site after biomass boilers, gas engines, geothermal sources or industrial processes. By being very compact and easy to integrate with standard flanges, this ORC is the perfect plug-andplay system. It is even possible to connect the cold loop of the ORC to a drying system, a floor heating system or greenhouses to reach global efficiency close to 95

 Open the catalog to page 1
ENO-10LT-2

TECHNICAL DATA ENO-10LT CHARACTERISTICS Electrical ratings Maximum gross electric power Grid connection Heat source Temperature range Thermal power input range Hot source medium Hydraulic connections 70-120°C* 55-160 kWth Water, steam, oil DN 50, PN 16 Cold source Temperature range Working fluid Cooling system Hydraulic connections 0-55°C Water Dry cooler, cooling tower DN 50, PN 16 Main components Working fluid Generator Expander Heat exchangers Pump Controls Monitoring R1233zd High speed, permanent magnet Kinetic turbine Brazed plate Multi-stage magnetic coupling Industrial PLC Remote web support...

 Open the catalog to page 2
*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.