Nitrogen Gas Plant, Oxygen Gas Plant, Gas Dryers

Nitrogen Gas Plant

The Nitrogen Gas Plants works upon pressure swing adsorption (PSA) principle, which is a separation technology. These are used to separate Nitrogen and Oxygen molecules from compressed air. These generators are custom made and can be adjusted to give the desired nitrogen quality for your process and application.

PSA Nitrogen Gas Generators

SAM Gas Projects Pvt. Ltd. is an ISO 9001:2008 certified company & one of the leading manufacturers, exporters & suppliers of premium quality PSA Nitrogen Gas generators & PSA Gas Plants. Our PSA Nitrogen Gas generators work on PSA technology, which is Pressure Swing Adsorption. These generators are of optimum quality, customized, durable, easy to handle and can be adjusted to provide the desired nitrogen quality for process & application.

Oxygen Gas Plant

Air is taken from an air compressor and oxygen is separated form other gases, including nitrogen with the help of special grade of zeolite molecular sieves. The process involves two towers filled with zeolite molecular sieves which adsorb nitrogen and subsequently discharge waste. In Gas Generation Process the oxygen generated is 85-94% pure. When nitrogen saturates from one tower, this process changes over to the other tower, thus helping in the process of continuous oxygen generation. These are suitable for medical use as well, for providing oxygen round the clock. Our range is known for low cost, decreases the administrative work & ensures to provide continuous and reliable oxygen supply.

PSA Oxygen Gas Plant
- MS Model
- DX Model
- CU-DX Model

PSA Oxygen Gas Generators

We are manufacturers & exporters of High-Quality PSA Oxygen Gas generators from India. Our Oxygen plants are based on PSA Technology, By this technology, We produce oxygen gas generators that are low on maintenance, and highly economical while they produce the desired results in a systematic manner. These PSA Oxygen gas generators absorb nitrogen with the help of two absorption vessels filled with zeolite molecular sieves responsible for nitrogen absorption.

Green Hydrogen Plant

This method generates hydrogen through Electrolysis (bipolar type) along with gas boosters and de-oxo units. Electrolysis dissociates the elements of water (oxygen and hydrogen) by charging water with electrical current. The amount of power consumed by these plants is 4.5 KW (per cubic meter of hydrogen).

Water Electrolysis Based Hydrogen Gas Plant

Ammonia Cracker

Cracking of ammonia is one of the most economical ways for on-site generation of hydrogen gas for industrial purposes. For this process, the temperature of 850°C is maintained in the electrically heated furnace. A centrifugal cast retort is installed in the center of this furnace. This furnace is filled with a nickel catalyst. At this stage, the ammonia cracking takes place in presence of nickel catalyst. The process separates its vital element into 75% hydrogen and 25% nitrogen gas at a dew point of (-)30°C.

Air Gas Dryers

The compressed Air Gas Dryers are used in various industries on pneumatic tools, pneumatic instruments and pneumatic machines while carrying out different production processes. The wet air generates scale deposits and rust in the steel pipes and cause peeling and blistering effect on spray painted surface.

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