Auxiliary Systems that we produce
Description: Provides compressed air to operate pneumatic control valves and other equipment requiring air pressure.
Function: Ensures explosion-proof requirements in hydrogen gas areas are met by using pneumatic rather than electrical controls.
Importance: Critical for maintaining safety and reliability in hydrogen production operations.
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Description: Supplies demineralized water continuously to the electrolysis stack.
Function: Ensures that only high-purity water is used in the electrolysis process to avoid contamination and damage to the electrolytic stack.
Importance: Essential for maintaining hydrogen purity and the longevity of the electrolytic stack.
Description: Provides a cooling medium to lower the temperature of hydrogen during the purification process.
Function: Enhances the adsorption efficiency of dryers by maintaining low hydrogen temperatures.
Importance: Improves the overall efficiency and effectiveness of the hydrogen purification system.
Description: Supplies nitrogen gas to purge hydrogen systems before startup.
Function: Ensures system safety by removing hydrogen and preventing explosive mixtures before normal operation begins.
Importance: Crucial for initial system safety and preventing accidents during startup procedures.
Description: Provides cooling water to manage the heat generated during the electrolysis process.
Function: Controls the temperature of the lye in the electrolytic cells by cooling it in a heat exchanger before it re-enters the cells.
Importance: Maintains optimal operating temperatures, ensuring safe and efficient hydrogen production.
Description: Used to dissipate excess heat from the cooling water system.
Function: Reduces the temperature of the circulating cooling water by releasing heat into the atmosphere.
Importance: Ensures effective heat management in the hydrogen production facility.
Description: Monitors hydrogen and other gases for leaks and unsafe concentrations.
Function: Provides early detection of gas leaks and triggers alarms and safety protocols.
Importance: Essential for maintaining a safe working environment and preventing potential hazards.
Description: Automatically shuts down the hydrogen production facility in case of an emergency.
Function: Activates safety mechanisms to stop hydrogen production and isolate the system.
Importance: Protects personnel, equipment, and the facility from damage in emergency situations.
Description: A system designed to extinguish fires quickly and effectively.
Function: Utilizes water, foam, or inert gases to suppress fires in critical areas.
Importance: Ensures rapid response to fire incidents, minimizing damage and enhancing safety.
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Description: Manages air flow and removes hazardous gases from enclosed spaces.
Function: Ensures adequate ventilation in areas where hydrogen is produced, processed, or stored.
Importance: Prevents the buildup of flammable or toxic gases, maintaining safe air quality.
Description: Provides an alternative power source in case of main power failure.
Function: Ensures continuous operation of critical systems and safe shutdown procedures during power outages.
Importance: Enhances reliability and prevents disruptions in hydrogen production.
Description: Treats water to meet the quality requirements for various processes in the facility.
Function: Removes impurities and adjusts water parameters to ensure compatibility with production needs.
Importance: Protects equipment and ensures the effectiveness of processes that depend on high-quality water.