Allied Air & Gas Engineers Sahibabad, Ghaziabad, Uttar Pradesh

Skid mounted units are available for in-house generation with 93% Oxygen purity. Raw material of production is atmospheric air and separation by Zeolite Molecular Sieves, From this gas plant Oxygen can be produced with 93.0% purity and Dryness (Dew point) of gas with (-) 60°C.The Oxygen Gas is very useful for Welding, Medical Oxygen, Glass Melting Shaping Brazing, Ozone Plant, Fish farming , Pulp & Paper, Gas Oxidation, Battery Manufacturing, Steel Plant and furnace Enrichment etc.

Capacity : 1 to 200 NM³/HR.

In these, in-house plants, Nitrogen gas is produced from atmospheric air and separated by PSA Technology.From this gas plant Nitrogen can be produced with 99.9% to 99.9999% Purity and Dryness (Dew point) of gas with (-) 40°C to (-) 80°C.The Gas generation cost is very low including all utilities like, power, cooling water etc.Suitable for Synthetic Fiber Industries, Gas, Petrogas, Soft Ferrite, Fertilizer, Pharmaceuticals, Heat Treatment Furnaces, Electronic, Food Industries and Coal mines for controlling fire.

A pressure vessel is a closed, rigid, container designed to hold gases or liquids at a pressure different from the ambient pressure.In the industrial sector, pressure vessels are designed to operate safely at a specific pressure and temperature, technically referred to as the "Design Pressure" and "Design Temperature". A vessel that is inadequately designed to handle a high pressure constitutes a very significant safety hazard. Because of that, the design and certification of pressure vessels is governed by design codes such as the ASME Boiler and Pressure Vessel Code (BPVC) in North America, the Pressure Equipment Directive of the EU (PED), Japanese Industrial Standard (JIS), CSA B51 in Canada and other international standards.

Skid mounted units are available for in-house generation with 93% Oxygen purity. Raw material of production is atmospheric air and separation by Zeolite Molecular Sieves – USAOxygen Purity:From this gas plant Oxygen can be produced with 93.0% purity and Dryness (Dew point) of gas with (-) 60°C.Economics:Generation cost is very low Capacity:Available from 1 to 200 NM³/HR.Applications:The Oxygen Gas is very useful for Welding, Medical Oxygen, Glass Melting / Shaping Brazing, Ozone Plant, Fish farming , Pulp & Paper, Gas Oxidation, Battery Manufacturing, Steel Plant and furnace Enrichment etc.

In these, in-house plants, Nitrogen gas is produced from atmospheric air and separated by PSA Technology.Nitrogen Purity:From this gas plant Nitrogen can be produced with 99.9% to 99.9999% Purity and Dryness (Dew point) of gas with (-) 40°C to (-) 80°C.Economics:The Gas generation cost is very low including all utilities like, power, cooling water etc.Capacity:From 1 to 500 NM³ / Hr. are available.Applications:Suitable for Synthetic Fiber Industries, Gas, Petrogas, Soft Ferrite, Fertilizer, Pharmaceuticals, Heat Treatment Furnaces, Electronic, Food Industries and Coal mines for controlling fire.

Fully automatic in-house production, low cost, Oxygen Free gas generation of Rich / Lean Exo, Endo and Inert Gas produced by controlled combustion of Air and Fuel mixture and made Co2,H2, N2 as required. Fuel is either LPG / HSD / Kerosene or Natural Gas.Capacity:Available from 10 to 500 NM³/HR with Dew Point (+) 5° C to (-) 80°CApplications:• Purging and blanketing• Inert gas packing of fast food• Bright annealing of non-ferrous alloys• Processes requiring low oxygen inert gas

Cracking of Ammonia by heating (Electrically or Fuel Fired) upto 850° C to 900°C temperature in presence of Nickel Catalyst. This unit produce a mixture of 75% H2 and 25% N2. One Kg. Ammonia produces 2.63 NM³/HR Cracked Ammonia mixture.Capacity:This fully automatic unit in capacities available from 1 to 200NM³/HR with Dew Point From (-) 30°C to (-) 80°C.Applications:This Gas is commonly used as hydrogen in Brazing / Sintering / Annealing furnace.

Compressed air is used in industries for various applications in pneumatic tools, pneumatic instruments and machines etc. Air from compressor has excessive moisture and contaminants, causing damages to delicate system / equipments. By incorporating Air Dryer in compressed air system , the moisture can be brought down to less than 8 PPM which means very Dry-Air. Our range include, Heat – less, Refrigerated, Heat of Compression, Blower Reactivated type Dryers.Capacity:Capacities are available up to 5000 Nm³/Hr with Dew Point (-) 80°C.