Enogia, your expert in custom turbomachines:
From design to production, we’re with you every step of the way.
A full and adaptable solution

Custom study
We collaborate with you to define the best solution, tailored to your specific needs and production environment.

Advanced design
With advanced digital simulation tools, we optimize your turbomachine’s performance and ensure maximum reliability.
Our expertise spans
the entire lifecycle of your project.


Custom manufacturing
Our rigorous manufacturing processes, experienced technicians, and trusted partners ensure optimal manufacturing quality.

Commissioning and support
Our team supports you throughout the installation process and trains you on how to use your equipment.
Our high-speed turbines are fully sealed, ensuring optimal efficiency and a long lifespan.
Our engineering teams are recognized for their expertise in designing and manufacturing advanced turbomachines.
Each turbomachine is designed for a lifespan tailored to its application, ensuring optimal and stable performance over time.
We specialize in the most complex applications, including corrosive fluids, extreme temperatures, and high or low pressures.
Applications

SPACE
At ENOGIA, we push the limits of space propulsion with our ultra-efficient cryogenic pumps.

Green energy
ENOGIA leads innovation in renewable energy by offering sustainable electricity generation solutions.

Green gas
As the energy transition accelerates, ENOGIA harnesses the potential of renewable gases.

Cryogenics
As a pioneer in cryogenic turbomachines, ENOGIA creates custom solutions for each project.

Health
ENOGIA develops advanced medical devices, tailored to the specific needs of healthcare professionals.

Mobility / Hydrogen
ENOGIA drives hydrogen mobility with custom compressors, designed for all types of vehicles.

Energy storage
Enhance thermal energy storage with ENOGIA compressors, ensuring efficient and sustainable energy management.

Carbon capture and storage
We capture and store CO2 in an innovative way, converting it into dry ice.
They trust us

Application: Space Exploration
Project: Development of a high-performance prototype electropump for rocket engine fueling.
Power: 25 kW

Application: Clean Energy
Project: Design of a floating OTEC system, including a feasibility study for installing six 500 kW turbines on a floating platform.

Application: Green Gas
Project: ENOGIA conducted a fluidic study for a four-stage reversible compressor capable of injecting biogas into a natural gas network.
Power: 270 kW

Application: Cryogenics
Project: Development of a high-performance multi-fluid circulation pump prototype for Airflow’s cryogenic containers.

Application: Healthcare
Project: ENOGIA is conducting the design and development of a Cardiac Assistance Pump (CAP) for Systol Dynamics, a pulsatile circulatory support device placed in the aorta.

Application: Mobility/Hydrogen
Project: Development of a 7.5 kW compressor for a 40/45 kW fuel cell system.

Application: Energy Storage
Project: Complete development of a high-temperature air compressor for a thermal storage application as part of the Global Innovation Challenge.
Power: 35 kW

Application: Carbon Capture and Storage
Project: ENOGIA aims to develop an innovative CO2 capture and storage system, transforming it into dry ice.