Cryogenic Nitrogen Cylinder Filling Plant – Nitrogen is a nonmetallic element represented with a symbol “N“. It is characterized by its non-reactivity that finds extensive industrial applications. It has an atomic number of 7 in the periodic table. The nonmetallic element is tasteless, odorless and colorless. This is found in abundance in Earth’s atmosphere constituting around 78% of the atmosphere. No denying it is the most abundantly found element in the atmosphere. It is also said to make around 3% of the human body mass and is said to be the 4th most plentiful element in the body after oxygen, carbon, hydrogen. The gas is extensively used in the in the making ammonia, nitric acid, organic nitrates, etc. The non-reactive element is the largest industrially consumed gas.
Outlook of the market for nitrogen consumption is positive as the industrial gas market has been steadily growing at a CAGR of 12 per cent over a couple of past years. Industrial gas plants are installed to generate industrial gases which are then delivered to the clients through pipelines. And, for the customers located at distant locations the gases are delivered though cylinders. More and more nitrogen cylinder filling plant are being installed because of increasing industrialization across the globe. Industrial nitrogen is mostly used in food processing, food packaging, technology, chemical, medical agricultural industries.
Cryogenic nitrogen plant project set up cost will depend on various factors including land development, operational costs, etc. Cost of the plant would depend on the capacity and the components used in its fabrication. The project report would offer detailed information on capital investment that will be dependent on the flow rate of the plant machinery. It will include all necessary information on contingencies.
After providing you with the relevant information on capital cost and other expenses the report also undertakes to give you a full understanding of the functioning of nitrogen plant. The plant is able to generate two gaseous products compressed nitrogen and liquid nitrogen. Compresses nitrogen is filled into cylinders through after being vaporized.
The plant is manufactured with cryogenic air separation technology, which is considered as the most efficient for generation of industrial gases with high purity. Raw material, that is, atmospheric air is taken inside the air separation unit (ASU) where it is filtered.
Afterwards it is compressed in the air compressor and then sent into a purification unit where impurities like moisture, hydrocarbons and carbon dioxide are removed. Purified air is passed through a series of heat exchangers where the feedstock is cooled to cryogenic temperatures through refrigeration.
Having been cooled the air is passes through a high pressure distillation column. This is where the air is separated into oxygen and nitrogen where the desired gas is collected and is sent into a low pressure distillation column for further distilling in order to achieve the required nitrogen purity.
Raw Materials
Apart from using atmospheric air as raw materials, there are other consumable raw materials that will be needed for proper functioning of the plant. These materials include greases, chemicals, catalysts and lubricants.
The detailed cryogenic nitrogen gas plant set up cost project report will provide you with the comprehensive information on all aspects of the plant. Get high quality liquid nitrogen generation system, with competitive price.
