Gas Handling Units - RadBee

  • Suitable for applications requiring special mixtures of gases or liquids
  • Fully automated and unattended operation
  • Supports gas or liquid reactants including non-corrosive and corrosive substances
  • Includes safety features like nitrogen purge and emergency shut down
  • Optional gas detector and safety interlocks

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  • The RADBEE Reactants Mixer is a highly advanced system designed for the precise mixing of gases or liquids, tailored for applications requiring specialized mixtures such as artificial air with defined pollutant concentrations.
  • It is ideal for fuel cell testing, sensor testing, and other chemical processes. The system is fully automated and supports unattended operation, with remote control capabilities for all functions including valves, heaters, mass flow control, pressure control, and humidity control.
  • It offers dynamic or semi-dynamic control of concentration down to 1 ppm or 1 ppb, with customizable flow rates and operating parameters.
  • Safety features include nitrogen purge, emergency shutdown, and temperature and pressure limits, ensuring a secure and reliable operation.

Use Cases

  • Fuel cell testing
  • Sensor testing
  • Oher chemical processes

Capabilities

  • Dynamic or semi-dynamic control of reactant concentration down to 100–1 ppm
  • Customized flow rates
  • Gas humidification with dew point up to 90 °C.
  • Maximum operating temperature 120 °C
  • Operating pressure 6 bar
  • Fully computer-controlled operation of valves, heaters, mass flow, pressure, and humidity
RadBee Technology s.r.o. RadBee Technology s.r.o., founded by Roman Fiala and headquartered in Prague/Nepomuk, Czech Republic, is mainly a developer and producer of scientific instruments and equipment focused on hydrogen-based energy solutions, with more than 10 years of experience offering fuel cell testing stations spanning from 100 W to 100 kW, supporting PEM FC, high-temperature PEM FC, SOFC, DMFC, and electrolyzers. The company's testing stations include safety procedures such as nitrogen purge and emergency shutdown, with all temperature sensors and voltage/current parameters compared against configurable safety limits, and an integrated hydrogen leak sensor, offering both compact desktop solutions (Prometheus, up to 100W for educational use with analog sensors) and larger-scale systems for advanced research applications. RadBee was recognized as one of the Top 10 Hydrogen Energy Solution Providers in Europe - 2024 by Energy Business Review Europe, having pivoted from initially aspiring to develop hydrogen stack systems for stationary applications to supporting research within academic institutions and companies across the hydrogen fuel space after recognizing the crowded market for final product developers. The company begins every project with detailed discussions on study goals, gathering specifics on gas flow rates, power needs, and testing techniques to ensure the final system matches clients' exact requirements, also offering essential accessories like gas analyzers to analyze fuel cell stack inlet and outlet streams and ensure hydrogen quality. Committed to supporting research exploring the practical, widespread applications of hydrogen technology across various industry sectors, RadBee Technology continues developing custom-designed testing systems, advanced simulation services, and automation of scientific measurement systems tailored to specific customer needs in the growing hydrogen fuel cell research market.

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