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Generators
2 Products availableWe are leaders in the market for providing best range of DX Model PSA Nitrogen Plant, Copper Deoxo System Nitrogen Plant, Psa Oxygen Plant, MX Model PSA Nitrogen Plant and Methanol Cracking Hydrogen Plant
For Instance High Purity nitrogen DX model is introduced in the field of NITROGEN GENERATION PROCESS, As DX Process leads to reduce oxygen content as low as it can i.e. below 5 ppm.
A PSA system is followed by additional purification unit using palladium as catalyst for removal of oxygen & moisture contents upto 1 PPM, Level with mostly desirable reducing constituent hydrogen (adjustable).
The Palladium –Deoxo unit, used industrially ran with additional hydrogen feed, for exothermic reaction : O2 + 2H2 ----- 2H2O
is run with one reactor filled with Palladium Catalyst. The Nitrogen, coming directly from the PSA system with the remaining oxygen, is mixed over mixer with Hydrogen before entering the catalyst reactor. At the catalyst surface the oxygen reacts with hydrogen to produce water and heat. The heat and water have to be removed by a standard water after cooler and gas dryer to required level. The remaining hydrogen concentration in the Nitrogen is around 0.5 to 1% minimum.
The high purity DX-Model finds application in chemical/electronics/metallurgical industries.
Applications : Mettalurgical, Heat Treatment, Synthetic Fibre Units, Chemical Industries Etc,
Specifications
Product | Oxygen Gas |
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Plant Capacity | 1 - 1000 NM³/Hr. |
Product Specifications | - Oxygen : 91 - 93% - Balance : Nitrogen & Argon - Pressure : 2 - 25 Bar - Dew Point : (-) 40°C |
Applications | - Pharmaceutical Industry - Glass Industry - Ampules & Vials manufacturing - Lamps Industry - T.V. Picture Tube Manufacturing Industry - Steel Industry - Brazing industry - Water Treatment - Chemical & Petrochemical |
Process Description | Compressed air is passed over special grade of Molecular Sieves Bed in twin tower system ( PSA Type ) for generation of Oxygen. Purity of Oxygen is 93% and the same is used in many applications like glass melting, steel furnaces, paper bleaching and other industrial applications |
Specifications
Product | Nitrogen Gas | ||||||||||||||||||||||||||||||
Plant Capacity | 1 - 1500 NM³/Hr. | ||||||||||||||||||||||||||||||
Product Specifications |
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Applications | - Metallurgical Industry - Synthetic & Fiber Industry - Chemical Industries - Food Packaging Industry - Pharmaceutical Industry - Optical Fiber Industry - Electronic Industry |
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Process Description | Nitrogen is generated from atmospheric air "on-site" by installing a Captive PSA (Pressure Swing Adsorption) generator. Various models suitable for producing commercial nitrogen and ultra pure nitrogen are available. Gas is used in various industries for creating inert atmosphere. Gas produced by the plant is very economical as compared to cylinder / liquid nitrogen. |
This is second type of Deoxo unit is with additional after cleaning using copper for endothermic reaction for removal of extra oxygen, the moisture and hydrogen contents and maintained upto 1PPM level. This Ultra pure nitrogen gas finds application in electronic, synthetic fiber and optical fiber industries.
This De-Oxo unit needs two externally heated filled with copper as catalyst for the endothermic reaction : O2 + 2Cu----2CuO
The loaded copper bed can be regenerated by adding hydrogen during the regeneration step. For this two step process (Deoxidization and regeneration), two reactors are necessary to achieve a continuously operating De-Oxo system. The nitrogen form the PSA system with the remaining oxygen passes one of the reactors without adding hydrogen. ON passing through the reactor, the oxygen is removed by reacting with the copper surface, The advantage of the Deoxo unit based on the copper is that the high purity nitrogen leaves the unit absolutely dry & without any remaining hydrogen.
Specifications
Product | Nitrogen Gas | ||||||||||||||||||||||||||||||
Plant Capacity | 1 - 1500 NM³/Hr. | ||||||||||||||||||||||||||||||
Product Specifications |
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Applications | - Metallurgical Industry - Synthetic & Fiber Industry - Chemical Industries - Food Packaging Industry - Pharmaceutical Industry - Optical Fiber Industry - Electronic Industry |
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Process Description | Nitrogen is generated from atmospheric air "on-site" by installing a Captive PSA (Pressure Swing Adsorption) generator. Various models suitable for producing commercial nitrogen and ultra pure nitrogen are available. Gas is used in various industries for creating inert atmosphere. Gas produced by the plant is very economical as compared to cylinder / liquid nitrogen. |
We sternly keep a check on the designing and manufacturing of products and ensure that the material is strictly procured from the leading names only. The raw material is examined on the grounds of quality to deliver finest range of products. We make sure that the products we offer to our clients will remain free from any kind of damage. Thus, we store the entire lot under secured environment in our capacious warehouse.
Application :
Specification
Capacity | 1 - 1000 NM3/Hr. |
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Oxygen | 91 - 93% |
Balance | Nitrogen & Argon |
Pressure | 2 - 25 Bar |
Dew Point | (-) 40°C |
This is the first and basic model for producing nitrogen gas plants which requires only compressed air in order to produce nitrogen Gas at a desired flow, Nitrogen Produced by PSA method in he TWIN TOWER CMS FILLED.
It simply works on the process called “PRESSURE SWING ADSORPTION”.
Nuberg is India's leading manufacturer of Nugen PSA Nitrogen Gas generator under technical collaboration with M/s. Rutgers CarboTech GmbH. We have in house facility and expertise for manufacturing of various Pressure Vessels, Reactors, Adsorbers, Columns, Heat Exchangers, Tanks etc.
Nuberg takes pride in providing quality equipments for Gas Generation, Gas Drying and Gas Purification systems. These equipments can be skid mounted and may be operated through PLC. We have numerous satisfied customers across the globe spreading over vide range of industry.
Specifications
Product | Nitrogen Gas | ||||||||||||||||||||||||||||||
Plant Capacity | 1 - 1500 NM³/Hr. | ||||||||||||||||||||||||||||||
Product Specifications |
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Applications | - Metallurgical Industry - Synthetic & Fiber Industry - Chemical Industries - Food Packaging Industry - Pharmaceutical Industry - Optical Fiber Industry - Electronic Industry |
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Process Description | Nitrogen is generated from atmospheric air "on-site" by installing a Captive PSA (Pressure Swing Adsorption) generator. Various models suitable for producing commercial nitrogen and ultra pure nitrogen are available. Gas is used in various industries for creating inert atmosphere. Gas produced by the plant is very economical as compared to cylinder / liquid nitrogen. |
Buyers are free to place orders, safe and timely deliveries are guaranteed with us. In order to deliver a high quality lot of products, we make use of the best available resources and raw material. Also, we make sure that the material is sourced from the genuine vendors only.
Application :
Nuberg offers Hydrogen plants based on methanol cracking. We provide high purity hydrogen gas-better than 99.999%, to meet a variety of our client's industries and advance technology application.
Methanol cracking is an extremely useful technology being used to generate Hydrogen at low cost. The plant offers a short Payback period and is built with high safety features and automation. Methanol is considered as a preferred raw material in view of its easy availability and storage features.
Specification
Capacity | 100 - 800 NM3/Hr. |
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Purity (max) | 100.00% |
Pressure | 15 - 25 Bar |
Temp. | ambient |
Product | Hydrogen Gas |
Plant Capacity | 100 - 800 NM³/Hr. |
Product Specifications | - Purity (max) : 99.9995% - Pressure : 15 - 25 Bar - Temp. : ambient |
Applications | - Chemicals - Oleochemicals - Steel and Metal processing - Power Generation |
Process Description | Methanol and Demineralised Water is mixed, preheated, evaporated and superheated. The mixed superheated gasses the undergo catalytic cracking process and shifting of Carbon Monoxide to form a mixture of Hydrogen, Carbon dioxide and residues of Carbon Monoxide in small quantities. The mixture of gasses is transferred to the PSA section to obtain pure Hydrogen. |
At the initial stages of sourcing raw material and other inputs, we sternly check for the quality used for the same. With the best range of raw material comes the best product. Thus, equal attention is given while sourcing inputs. Our team professionals ensure that smooth transactions are done and for that reason, we accept payments through letter of credit & money transfer. This makes us most reliable amidst the clients.
Applications :
Nuberg offers Hydrogen plants based on natural gas reforming. We provide high purity hydrogen gas-upto 99.999%, to meet a variety of our client's industries and advance technology application.
Steam Methane Reforming is an established and matured technology involving high levels of safety and automation. It is a low cost operation and offers a short paybck period. The off-gas from PSA can be used for burning thereby reducing fuel cost while decreasing waste gas ventilation volumes.
Specification
Product | Hydrogen Gas | ||||||
Plant Capacity | 200 - 2000 NM³/Hr. | ||||||
Product Specifications |
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Applications | - Chemicals - Oleochemicals - Steel and Metal processing - Power Generation |
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Process Description | Steam Reformer, natural gas is preheated and desulphurized before mixing with steam. Once mixed with the steam in the desired ratio, the natural gas undergoes catalytic reformation in Reformer to produce Carbon monoxide, Carbon dioxide and Hydrogen. The mixture then undergoes shift reaction to convert the CO into CO2. The mixture from here gets transferred to the PSA section to adsorb CO, CO2, CH4 and N2 (from purging) and produces pure Hydrogen. The desorbed gas from PSA can be used as fuel for combustion in the Reformer. |