A system for obtaining high purity nitrogen in nitrogen gas purification applications and a method thereof

A system for nitrogen gas purification applications, characterized by comprising;

• a nitrogen inlet port, for the inlet of nitrogen gas from a nitrogen generator connected, which allows connection to the nitrogen generator,
• a catalyst tank containing at least one catalyst, which allows eliminating of the oxygen molecules in the nitrogen gas,
• a hydrogen inlet port for the inlet of hydrogen gas into the catalyst tank,
• at least one solenoid valve for controlling the flow of hydrogen gas entered the catalyst tank, and closing the inlet of hydrogen gas to the system,
• a hydrogen flowmeter for monitoring the flow of hydrogen gas,
• at least one proportional valve that allows passing of the hydrogen gas at the correct flow rate,
• a control unit for setting the flow rate of hydrogen and controlling the temperature,
• a first cooler (aftercooler) that condense the water therein by cooling nitrogen gas,
• a water separator for separating the liquid water formed in the nitrogen gas,
• at least one discharge member and at least one discharge port for discharging the water separated by the water separator,
• a refrigerant type dryer unit comprising an exchanger for heating and cooling the gas, a compressor for compressing refrigerant gas and a thermostatic expansion valve for cooling the fluid by reducing its pressure,
• at least one temperature sensor for controlling the temperature,
• a control system panel for controlling the system and
• a nitrogen outlet port for the exhaust of obtained nitrogen gas from the system.