Rotobooster V3


  • Rotobooster V3 is an upgraded version of the previously delivered Rotobooster V1 & V2 with rotating internal construction equipped
  • with arrangement to measure and record the internal High-G rotating effect on temperature and pressure at various RPM
  • Purpose is to collect more exact data to allow better optimization of the simplified system design for preheating purposes
  • The  simulation model is aligned with results from actual measurements during testing

Demo Plant 


  • We are building an industrial scale demo system with all needed components to produce low/free CO2 Hydrogen from natural gas in a safe and efficient way
  • The demo plant is designed to mirror a full scale modularised system
  • The demo plant will be used for additional R&D  for long time reliability tests to prove the economics and operability in industrial scale

Rotolyzer Commercialization


  • Rotoboost collaboration with NEL to commercialize the design of RotoLyzer for hydrogen production plants
  • RotoLyzer High G conditions ensure a cost effective and a compact design:

- Optimal production and flow of hydrogen and oxygen
- Increased active area on electrodes
- Efficient gas-lye separation & short distance between electrodes

  • Since it is provided in a compact pressurized stack

- There is no need for 1st stage compression downstream
- The cell works as a centrifugal pump – no need for alkali pumps

Rotobooster V3


  • Rotobooster V3 is an upgraded version of the previously delivered Rotobooster V1 & V2 with rotating internal construction equipped
  • with arrangement to measure and record the internal High-G rotating effect on temperature and pressure at various RPM
  • Purpose is to collect more exact data to allow better optimization of the simplified system design for preheating purposes
  • The  simulation model is aligned with results from actual measurements during testing

Demo Plant 


  • We are building an industrial scale demo system with all needed components to produce low/free CO2 Hydrogen from natural gas in a safe and efficient way
  • The demo plant is designed to mirror a full scale modularised system
  • The demo plant will be used for additional R&D  for long time reliability tests to prove the economics and operability in industrial scale

Rotolyzer Commercialization


  • Rotoboost collaboration with NEL to commercialize the design of RotoLyzer for hydrogen production plants
  • RotoLyzer High G conditions ensure a cost effective and a compact design:

- Optimal production and flow of hydrogen and oxygen
- Increased active area on electrodes
- Efficient gas-lye separation & short distance between electrodes

  • Since it is provided in a compact pressurized stack

- There is no need for 1st stage compression downstream
- The cell works as a centrifugal pump – no need for alkali pumps