product description

A certain flow of nitrogen and hydrogen into the purification device at the same time, the first by the automatic ratio of nitrogen and hydrogen mixing device and static mixer evenly, and then into the catalytic deoxygenation, under the catalyst, the nitrogen in the oxygen and hydrogen reaction of water, chemical reaction 2H + O = 2H O, nitrogen and then filtered water into the dehydrogenator to remove excess hydrogen, if the process allows a certain amount of hydrogen in the N2 2 2 is not dehydrogenation. Nitrogen gas is finally removed by dryers and dryers to obtain dry, high purity nitrogen.

TYN-HA is hydrodeoxygenated and TYN-HB is hydrodeoxygenated and dehydrogenated. The process is particularly suitable for heat treatment, chemical, glass, metal materials and other industries.

Technical characteristics

Deoxidation and dehydrogenation catalyst efficient and durable, long life, good stability.

Deoxidation can be carried out at room temperature, without heating, greatly saving energy consumption.

On a wide range of general nitrogen requirements, general nitrogen can be selected within the range of 98 ~ 99.9%.

Hydrogenation purification device according to the conditions set Nitrogen and hydrogen ratio device automatically according to nitrogen inflow and purity automatically calculate and control the amount of hydrogen added, fully automatic control, sensitive equipment, a small amount of hysteresis, high regulation accuracy.

Part of the electrical contact with hydrogen explosion-proof electrical appliances, safe and reliable.

Nitrogen and hydrogen mixing is done in a static mixer, the mixing effect, hydrogen consumption less.

Equipped with automatic interlocking vent, a variety of fault alarm

Technical indicators

TYN-HA type

Nitrogen production: 10 ~ 3000Nm / h

Purity of nitrogen: ≥99.9995%

H content: 8PPm ~ 5% (adjustable) 2

Pressure drop: 0.1Mpa

Oxygen content: ≤ 5PPm

Nitrogen atmospheric dew point: -60 ℃

TYN-HB type

Nitrogen production: 10 ~ 3000Nm / h

Purity of nitrogen: ≥99.9995%

H content: ≤ 3PPm 2

Pressure drop: 0.1Mpa

Oxygen content: ≤ 5PPm

Nitrogen atmospheric dew point: -60 ℃