ING. L&A BOSCHI, ITALY TECHNOLOGY SINCE 1930
CUSTOMER SUPPORT - (+91)-9818255334
We manufacture, fabricate and supply liquid nitrogen plant using the best quality materials and technology. We use cryogenic distillation technology to produce nitrogen for use in various medical and industrial applications. Industries now prefer to produce onsite nitrogen for meeting their requirements. Meeting nitrogen requirements through nitrogen cylinders is cumbersome and is prone to bottlenecks due to logistical problems. There is no denying the fact that industries, medical institutions and scientific labs need require nitrogen all the time. Onsite production of nitrogen makes the supply of nitrogen available 24*7. It is capital-intensive but it is worth it to invest for the long run.
A TYPE Range – 20 LITRES/hr to 5000 LITRES/hr (with liquid production LOX and LIN)
We recommend all business that it is better to opt for installing nitrogen plant for meeting the requirements of their businesses. Now, the customers are not subscribing nitrogen cylinders but are looking for installing cryogenic nitrogen plant for getting smooth supply and better ROI. Getting assured supply of nitrogen is best done by commissioning onsite cryogenic plant machinery. Our nitrogen systems are acclaimed across the globe for their efficiency, durability and reliability. Pricing is another advantage from buying from us. We have the prices considerably low so that more and more customers can buy our plant machinery.
There are many advantages that are accrued to our manufacturing. We are an export-oriented unit (EOU), which is given tax rebate by the Government of India. Moreover, we have access to affordable skilled labor. All these advantages allow us to pass some benefits to our customers. Our manufacturing is carried out in compliance with internationally approved manufacturing practices. We have entered into a technical collaboration with ING. L & A BOSCHI, ITALY. We offer liquid nitrogen plant in various capacities and sizes. Our nitrogen plants are able to generate nitrogen with purity up to 99.99%, which is considered sufficient for both industrial and medical applications
|MODEL||PRODUCTION IN M3/HR||PRODUCTION LITERS/HOUR||PURITY|
|UBTLN-50||50||73||99.99 To 99.99999%|
|UBTLN-100||100||145||99.99 To 99.99999%|
|UBTLN-200||200||218||99.99 To 99.99999%|
|UBTLN-300||300||435||99.99 To 99.99999%|
|UBTLN-400||400||578||99.99 To 99.99999%|
|UBTLN-500||500||724||99.99 To 99.99999%|
|UBTLN-1000||1000||1440||99.99 To 99.99999%|
|UBTLN-1500||1500||2171||99.99 To 99.99999%|
|UBTLN-2000||2000||2894||99.99 To 99.99999%|
|UBTLN-3000||3000||4341||99.99 To 99.99999%|
|UBTLN-4000||4000||5788||99.99 To 99.99999%|
|UBTLN-5000||5000||7235||99.99 To 99.99999%|
Air Compression : In the first stage, the air is compressed at a low pressure of 5-7 bar. Advanced compressors are used for maintaining such low pressure.
Air Pre-Cooling : In the second stage, a low pressure refrigerant is used for pre-cooling the processed air to temperature around 12 degrees centigrade before it goes inside the purifier.
Purification of Air by Purifier : Air is made to go inside a purifier made of twin molecular sieve driers, each functioning in turn. The sieves eliminate the carbon dioxide and moisture from the process air before it enters the air separation unit.
Cryogenic Cooling of Air by Expander : Air is cooled to sub zero temperatures for liquefaction and cryogenic refrigeration. An efficient expander is used for cooling. Air is cooled to temperatures below -165 to -170.
Separation of Liquid Air into Oxygen and Nitrogen in Air Separation Column : Impurities such as oil, moisture and carbon dioxide are eliminated before air enters into a low pressure plate fin type Heat exchanger where the air is cooled below sub zero temperatures by air expansion process in the cryogenic expander. Due to the excellent thermal efficiency we can achieve a temperature difference delta t as low as 2 deg c at the warm end of these exchangers.
Liquid nitrogen stored in cryogenic liquid tanks : Liquid Nitrogen is transferred from the cold box into the liquid storage tank, which is equipped with a pressure control pane. The control senses the demand for gaseous nitrogen and regulates the gas flow into the end-users pipeline to maintain line pressure. An ambient air vaporizer is used to vaporize stored liquid nitrogen.
UBLN - 50 m3/hr.
UBTLN - 100 m3/hr.
UBTLN - 300 m3/hr.
UBTLN - 500 m3/hr.