 |
|
|
Engaged in trading of Gas Generators which has Automatic Operation, requiring no special attention.
|
| PSA Nitrogen Gas Generator - Fully Automatic Operation requiring no special attention
- Generates Nitrogen as and when required
- Easy to install and maintain
- Purity of Nitrogen upto 99.9999% can be achieved
- Generates Nitrogen at almost 1/10 th cost of cylinder nitrogen
- Proven Technology
- More than 1000 Plants based on PSA Technology operating successfully in India.
|
| PSA Oxygen Gas Generator -
- Fully Automatic Operation requiring no special attention- Manless Operation
- Generates Oxygen as and when required – Plug It, Switch On & Forget
- Easy to install and maintain – Skid Mounted & precommissioned
- Purity of Oxygen upto 93-95% can be achieved
- PSA (Twin Tower Pressure Swing Adsorption)Based upto 150 NM3/hr
- VPSA (Three Tower)For 150 Nm3/hr to 1500 Nm3/hr
- VSA (Three Tower) For capacities more than 1500 Nm3/hr
|
| | Ammonia Cracker Ammonia Crackers produce Cracked Ammonia ( NH3 ) Gas using Anhydrous ammonia from cylinders. Cracked ammonia contains 75% Hydrogen and 25% Nitrogen and the product gas is very dry & oxygen free. In heat treatment furnaces, this gas is widely used in reducing atmosphere. Where ever pure hydrogen is needed, cracked ammonia gas serves as a very cost-effective substitute |
| Nitorgen Plant PSA Nitrogen Plant - Fully Automatic Operation requiring no special attention
- Generates Nitrogen as and when required
- Easy to install and maintain
- Purity of Nitrogen upto 99.9999% can be achieved
- Generates Nitrogen at almost 1/10 th cost of cylinder nitrogen
- Proven Technology
- More than 1000 Plants based on PSA Technology operating successfully in India.
The compressed air is passed through a Twin Tower PSA module interconnected with automatic changeover valves. At the bottom of PSA towers, Activated Alumina is provided which has tendency of adsorbing moisture from compressed air. After passing through this bed of Activated Alumina air gets dried. Supply of dry compressed air from this layer of desiccant (activated alumina) will be continuous without any interruption. Dried compressed air will now come in contact with bed of carbon molecular sieves (CMS). Carbon Molecular Sieves are special grade of absorbent which have the property of preferential adsorption of oxygen molecules. At a time one tower remains under nitrogen production cycle, whereas the other tower undergoes regeneration which is achieved through de-pressurization of the tower to atmospheric pressure. The two towers of PSA modules are inter-connected with automatic changeover valves through pneumatic signal given by solenoid valve which in turn get the electrical signal from the timer provided in the control panel. The changeover time cycle will be 1 + 1 minute. The outgoing nitrogen gas is sent to a surge vessel where the minimum nitrogen pressure will be maintained with the help of Back pressure Regulator. The product nitrogen will now be sent to the consumer point through a pressure reducing valves at required pressure. Downstream equipments for High Purity Oxygen content in product nitrogen can be brought down to 1-3 PPM with the use of DEOXO Unit. |
| PSA Oxygen/Nitrogen Gas Plant - Fully Automatic Operation requiring no special attention
- Generates Nitrogen as and when required
- Easy to install and maintain
- Purity of Nitrogen upto 99.9999% can be achieved
- Generates Nitrogen at almost 1/10 th cost of cylinder nitrogen
- Proven Technology
- More than 1000 Plants based on PSA Technology operating successfully in India.
- The compressed air is passed through a Twin Tower PSA module interconnected with automatic changeover valves. At the bottom of PSA towers, Activated Alumina is provided which has tendency of adsorbing moisture from compressed air. After passing through this bed of Activated Alumina air gets dried. Supply of dry compressed air from this layer of desiccant (activated alumina) will be continuous without any interruption. Dried compressed air will now come in contact with bed of carbon molecular sieves (CMS). Carbon Molecular Sieves are special grade of adsorbant which have the property of preferential adsorption of oxygen molecules. At a time one tower remains under nitrogen production cycle, whereas the other tower undergoes regeneration which is achieved through depressurization of the tower to atmospheric pressure. The two towers of PSA modules are inter-connected with automatic changeover valves through pneumatic signal given by solenoid valve which in turn get the electrical signal from the timer provided in the control panel. The changeover time cycle will be 1 + 1 minute. The outgoing nitrogen gas is sent to a surge vessel where the minimum nitrogen pressure will be maintained with the help of Back pressure Regulator. The product nitrogen will now be sent to the consumer point through a pressure reducing valves at required pressure.
Downstream equipments for High Purity Oxygen content in product nitrogen can be brought down to 1-3 PPM with the use of DEOXO Unit. |
| Industrial Nitrogen Gas Plant - Fully Automatic Operation requiring no special attention
- Generates Nitrogen as and when required
- Easy to install and maintain
- Purity of Nitrogen upto 99.9999% can be achieved
- Generates Nitrogen at almost 1/10 th cost of cylinder nitrogen
- Proven Technology
- More than 1000 Plants based on PSA Technology operating successfully in India.
- The compressed air is passed through a Twin Tower PSA module interconnected with automatic changeover valves. At the bottom of PSA towers, Activated Alumina is provided which has tendency of adsorbing moisture from compressed air. After passing through this bed of Activated Alumina air gets dried. Supply of dry compressed air from this layer of desiccant (activated alumina) will be continuous without any interruption. Dried compressed air will now come in contact with bed of carbon molecular sieves (CMS). Carbon Molecular Sieves are special grade of adsorbant which have the property of preferential adsorption of oxygen molecules. At a time one tower remains under nitrogen production cycle, whereas the other tower undergoes regeneration which is achieved through depressurization of the tower to atmospheric pressure. The two towers of PSA modules are inter-connected with automatic changeover valves through pneumatic signal given by solenoid valve which in turn get the electrical signal from the timer provided in the control panel. The changeover time cycle will be 1 + 1 minute. The outgoing nitrogen gas is sent to a surge vessel where the minimum nitrogen pressure will be maintained with the help of Back pressure Regulator. The product nitrogen will now be sent to the consumer point through a pressure reducing valves at required pressure.
Downstream equipments for High Purity Oxygen content in product nitrogen can be brought down to 1-3 PPM with the use of DEOXO Unit. |
| Oxygen Plant -
- Fully Automatic Operation requiring no special attention- Manless Operation
- Generates Oxygen as and when required – Plug It, Switch On & Forget
- Easy to install and maintain – Skid Mounted & precommissioned
- Purity of Oxygen upto 93-95% can be achieved
- PSA (Twin Tower Pressure Swing Adsorption)Based upto 150 NM3/hr
- VPSA (Three Tower)For 150 Nm3/hr to 1500 Nm3/hr
- VSA (Three Tower) For capacities more than 1500 Nm3/hr
PSA ( Pressure Swing Adsorption) Technology a revolution in Non Cryogenic Air Separation and Oxygen Generation Technology uses special grade of ZMS ( Zeolite Molecular Sieve). The compressed air is passed through a Twin Tower PSA module interconnected with automatic changeover valves. After passing through a Refrigerated Dryer air gets dried. Dried compressed air will now come in contact with bed of Zeolite molecular sieves (ZMS). Zeolite Molecular Sieves are special grade of adsorbant which have the property of preferential adsorption of nitrogen molecules. At a time one tower remains under nitrogen production cycle, whereas the other tower undergoes regeneration which is achieved through depressurization of the tower to atmospheric pressure. The outgoing oxygen gas is sent to a surge vessel where the minimum pressure will be maintained with the help of Back pressure Regulator |
| PSA Nitrogen Generators PSA Nitrogen Plant - Fully Automatic Operation requiring no special attention
- Generates Nitrogen as and when required
- Easy to install and maintain
- Purity of Nitrogen upto 99.9999% can be achieved
- Generates Nitrogen at almost 1/10 th cost of cylinder nitrogen
- Proven Technology
- More than 1000 Plants based on PSA Technology operating successfully in India.
The compressed air is passed through a Twin Tower PSA module interconnected with automatic changeover valves. At the bottom of PSA towers, Activated Alumina is provided which has tendency of adsorbing moisture from compressed air. After passing through this bed of Activated Alumina air gets dried. Supply of dry compressed air from this layer of desiccant (activated alumina) will be continuous without any interruption. Dried compressed air will now come in contact with bed of carbon molecular sieves (CMS). Carbon Molecular Sieves are special grade of absorbent which have the property of preferential adsorption of oxygen molecules. At a time one tower remains under nitrogen production cycle, whereas the other tower undergoes regeneration which is achieved through de-pressurization of the tower to atmospheric pressure. The two towers of PSA modules are inter-connected with automatic changeover valves through pneumatic signal given by solenoid valve which in turn get the electrical signal from the timer provided in the control panel. The changeover time cycle will be 1 + 1 minute. The outgoing nitrogen gas is sent to a surge vessel where the minimum nitrogen pressure will be maintained with the help of Back pressure Regulator. The product nitrogen will now be sent to the consumer point through a pressure reducing valves at required pressure. Downstream equipments for High Purity Oxygen content in product nitrogen can be brought down to 1-3 PPM with the use of DEOXO Unit. |
| PSA Gas Plant - Fully Automatic Operation requiring no special attention
- Generates Nitrogen as and when required
- Easy to install and maintain
- Purity of Nitrogen upto 99.9999% can be achieved
- Generates Nitrogen at almost 1/10 th cost of cylinder nitrogen
- Proven Technology
- More than 1000 Plants based on PSA Technology operating successfully in India.
- The compressed air is passed through a Twin Tower PSA module interconnected with automatic changeover valves. At the bottom of PSA towers, Activated Alumina is provided which has tendency of adsorbing moisture from compressed air. After passing through this bed of Activated Alumina air gets dried. Supply of dry compressed air from this layer of desiccant (activated alumina) will be continuous without any interruption. Dried compressed air will now come in contact with bed of carbon molecular sieves (CMS). Carbon Molecular Sieves are special grade of adsorbant which have the property of preferential adsorption of oxygen molecules. At a time one tower remains under nitrogen production cycle, whereas the other tower undergoes regeneration which is achieved through depressurization of the tower to atmospheric pressure. The two towers of PSA modules are inter-connected with automatic changeover valves through pneumatic signal given by solenoid valve which in turn get the electrical signal from the timer provided in the control panel. The changeover time cycle will be 1 + 1 minute. The outgoing nitrogen gas is sent to a surge vessel where the minimum nitrogen pressure will be maintained with the help of Back pressure Regulator. The product nitrogen will now be sent to the consumer point through a pressure reducing valves at required pressure.
Downstream equipments for High Purity Oxygen content in product nitrogen can be brought down to 1-3 PPM with the use of DEOXO Unit. |
| Nitrogen Generator PSA Nitrogen Plant - Fully Automatic Operation requiring no special attention
- Generates Nitrogen as and when required
- Easy to install and maintain
- Purity of Nitrogen upto 99.9999% can be achieved
- Generates Nitrogen at almost 1/10 th cost of cylinder nitrogen
- Proven Technology
- More than 1000 Plants based on PSA Technology operating successfully in India.
The compressed air is passed through a Twin Tower PSA module interconnected with automatic changeover valves. At the bottom of PSA towers, Activated Alumina is provided which has tendency of adsorbing moisture from compressed air. After passing through this bed of Activated Alumina air gets dried. Supply of dry compressed air from this layer of desiccant (activated alumina) will be continuous without any interruption. Dried compressed air will now come in contact with bed of carbon molecular sieves (CMS). Carbon Molecular Sieves are special grade of absorbent which have the property of preferential adsorption of oxygen molecules. At a time one tower remains under nitrogen production cycle, whereas the other tower undergoes regeneration which is achieved through de-pressurization of the tower to atmospheric pressure. The two towers of PSA modules are inter-connected with automatic changeover valves through pneumatic signal given by solenoid valve which in turn get the electrical signal from the timer provided in the control panel. The changeover time cycle will be 1 + 1 minute. The outgoing nitrogen gas is sent to a surge vessel where the minimum nitrogen pressure will be maintained with the help of Back pressure Regulator. The product nitrogen will now be sent to the consumer point through a pressure reducing valves at required pressure. Downstream equipments for High Purity Oxygen content in product nitrogen can be brought down to 1-3 PPM with the use of DEOXO Unit. |
| Nitrogen Plant PSA Nitrogen Plant - Fully Automatic Operation requiring no special attention
- Generates Nitrogen as and when required
- Easy to install and maintain
- Purity of Nitrogen upto 99.9999% can be achieved
- Generates Nitrogen at almost 1/10 th cost of cylinder nitrogen
- Proven Technology
- More than 1000 Plants based on PSA Technology operating successfully in India.
The compressed air is passed through a Twin Tower PSA module interconnected with automatic changeover valves. At the bottom of PSA towers, Activated Alumina is provided which has tendency of adsorbing moisture from compressed air. After passing through this bed of Activated Alumina air gets dried. Supply of dry compressed air from this layer of desiccant (activated alumina) will be continuous without any interruption. Dried compressed air will now come in contact with bed of carbon molecular sieves (CMS). Carbon Molecular Sieves are special grade of absorbent which have the property of preferential adsorption of oxygen molecules. At a time one tower remains under nitrogen production cycle, whereas the other tower undergoes regeneration which is achieved through de-pressurization of the tower to atmospheric pressure. The two towers of PSA modules are inter-connected with automatic changeover valves through pneumatic signal given by solenoid valve which in turn get the electrical signal from the timer provided in the control panel. The changeover time cycle will be 1 + 1 minute. The outgoing nitrogen gas is sent to a surge vessel where the minimum nitrogen pressure will be maintained with the help of Back pressure Regulator. The product nitrogen will now be sent to the consumer point through a pressure reducing valves at required pressure. Downstream equipments for High Purity Oxygen content in product nitrogen can be brought down to 1-3 PPM with the use of DEOXO Unit. |
| VPSA Oxygen Gas Generators PSA Oxygen Gas Generator - Fully Automatic Operation requiring no special attention- Manless Operation
- Generates Oxygen as and when required Plug It, Switch On & Forget
- Easy to install and maintain Skid Mounted & precommissioned
- Purity of Oxygen upto 93-95% can be achieved
- PSA (Twin Tower Pressure Swing Adsorption)Based upto 150 NM3/hr
- VPSA (Three Tower)For 150 Nm3/hr to 1500 Nm3/hr
- VSA (Three Tower) For capacities more than 1500 Nm3/hr
|
| PSA Nitrogen Gas Plant PSA Nitrogen Plant - Fully Automatic Operation requiring no special attention
- Generates Nitrogen as and when required
- Easy to install and maintain
- Purity of Nitrogen upto 99.9999% can be achieved
- Generates Nitrogen at almost 1/10 th cost of cylinder nitrogen
- Proven Technology
- More than 1000 Plants based on PSA Technology operating successfully in India.
The compressed air is passed through a Twin Tower PSA module interconnected with automatic changeover valves. At the bottom of PSA towers, Activated Alumina is provided which has tendency of adsorbing moisture from compressed air. After passing through this bed of Activated Alumina air gets dried. Supply of dry compressed air from this layer of desiccant (activated alumina) will be continuous without any interruption. Dried compressed air will now come in contact with bed of carbon molecular sieves (CMS). Carbon Molecular Sieves are special grade of absorbent which have the property of preferential adsorption of oxygen molecules. At a time one tower remains under nitrogen production cycle, whereas the other tower undergoes regeneration which is achieved through de-pressurization of the tower to atmospheric pressure. The two towers of PSA modules are inter-connected with automatic changeover valves through pneumatic signal given by solenoid valve which in turn get the electrical signal from the timer provided in the control panel. The changeover time cycle will be 1 + 1 minute. The outgoing nitrogen gas is sent to a surge vessel where the minimum nitrogen pressure will be maintained with the help of Back pressure Regulator. The product nitrogen will now be sent to the consumer point through a pressure reducing valves at required pressure. Downstream equipments for High Purity Oxygen content in product nitrogen can be brought down to 1-3 PPM with the use of DEOXO Unit. Palladium De-Oxo Unit: In this unit the residual oxygen in Nitrogen From PSA Unit is mixed with Hydrogen and the mixture is passed over Palladium Catalyst where Hydrogen reacts with Oxygen and makes water. The reaction is exothermic and the outlet gas is cooled down in After-Cooler where moisture vapor condenses and it is separated and drained out in moisture separator. This nitrogen still contains moisture in vapor form which is removed in Gas Dryer and the outlet Nitrogen is at (-) 60 Deg C Dew Point (Atm). The final product Nitrogen composition is
- Oxygen: 3 ppm
- Hydrogen: 0.2% (Adjustable)
- Dew Point: (-) 60 Deg C
- Nitrogen: Balance
|
| PSA Oxygen Gas Generator PSA Oxygen Gas Generator - Fully Automatic Operation requiring no special attention- Manless Operation
- Generates Oxygen as and when required Plug It, Switch On & Forget
- Easy to install and maintain Skid Mounted & precommissioned
- Purity of Oxygen upto 93-95% can be achieved
- PSA (Twin Tower Pressure Swing Adsorption)Based upto 150 NM3/hr
- VPSA (Three Tower)For 150 Nm3/hr to 1500 Nm3/hr
- VSA (Three Tower) For capacities more than 1500 Nm3/hr
|
| Gas Plant PSA Nitrogen Plant - Fully Automatic Operation requiring no special attention
- Generates Nitrogen as and when required
- Easy to install and maintain
- Purity of Nitrogen upto 99.9999% can be achieved
- Generates Nitrogen at almost 1/10 th cost of cylinder nitrogen
- Proven Technology
- More than 1000 Plants based on PSA Technology operating successfully in India.
The compressed air is passed through a Twin Tower PSA module interconnected with automatic changeover valves. At the bottom of PSA towers, Activated Alumina is provided which has tendency of adsorbing moisture from compressed air. After passing through this bed of Activated Alumina air gets dried. Supply of dry compressed air from this layer of desiccant (activated alumina) will be continuous without any interruption. Dried compressed air will now come in contact with bed of carbon molecular sieves (CMS). Carbon Molecular Sieves are special grade of absorbent which have the property of preferential adsorption of oxygen molecules. At a time one tower remains under nitrogen production cycle, whereas the other tower undergoes regeneration which is achieved through de-pressurization of the tower to atmospheric pressure. The two towers of PSA modules are inter-connected with automatic changeover valves through pneumatic signal given by solenoid valve which in turn get the electrical signal from the timer provided in the control panel. The changeover time cycle will be 1 + 1 minute. The outgoing nitrogen gas is sent to a surge vessel where the minimum nitrogen pressure will be maintained with the help of Back pressure Regulator. The product nitrogen will now be sent to the consumer point through a pressure reducing valves at required pressure. Downstream equipments for High Purity Oxygen content in product nitrogen can be brought down to 1-3 PPM with the use of DEOXO Unit. |
| PSA Oxygen plant PSA Oxygen Gas Generator - Fully Automatic Operation requiring no special attention- Manless Operation
- Generates Oxygen as and when required Plug It, Switch On & Forget
- Easy to install and maintain Skid Mounted & precommissioned
- Purity of Oxygen upto 93-95% can be achieved
- PSA (Twin Tower Pressure Swing Adsorption)Based upto 150 NM3/hr
- VPSA (Three Tower)For 150 Nm3/hr to 1500 Nm3/hr
- VSA (Three Tower) For capacities more than 1500 Nm3/hr
|
|
