Oxygen gas can be effectively generated to a  purity level of 94% with the help of Summits PSA generators.   Features • Purity upto 99.9995% • Online purity indication • Few moving parts • Effective diffusing system to ensure high purity • Compact design , occupies less floor space • Remote interfacing and monitoring in selected models

• Capacity10 to 500 m3/hr

When this contaminated compressed air is used for various applications, it may cause failures of pneumatic valves, instruments, etc which results in the downtime of whole system.Summits Compact Desiccant type Heatless Air Dryers remove the moisture to a level of 80 ppm(w) by using pressure swing adsorption technology. The wet air enters into one desiccant tower and gets dried by the high performance desiccant adsorbent. The dry air passes through inbuilt filters and check valves to the utility. A portion of dry air (depending on the operating pressure and required dew point temperature) passes through an orifice into the other saturated tower at near atmospheric pressure, liberates the entrapped moisture in the desiccant to the atmosphere and regenerates it for the next drying cycle. A reliable electronic timer controls the cycle and valve operations effectively therby ensures continuous dry air output to the utility.

Compressed air contains considerable quantity of moisture in vapour form. The vapour will condense into liquid when the temperature drops. This will be the major cause of downtime in compressed air systems. The only way to prevent condensation is to reduce the dewpoint temperature which is only possible by installing a suitable compressed air dryer. Summits with its rich experience provides innovative solutions to produce dry air by means of using advanced desiccant adsorption technology.   Salient Features • No purge loss   • Low energy requirement • Reliable valve configuration • Remote interfacing and monitoring in selected models • Outlet air quality according to ISO 8573-1, Table 3, Class 3 / 2   Range & Operating Conditions • Capacity:200 to 20000 m 3 /hr   • Inlet air pressure 5 to 16 bar g • Inlet air temperature: 10 to 60 o C • Pressure Dewpoint temperature: -20 / -40 o C

Air contains contaminants like solid (dust particles), liquid (moisture) and oil which contaminates the compressed air. When this contaminated compressed air is used for various applications, it may cause failures of pneumatic valves, instruments, etc which results in the downtime of whole system.     Summits Compact Desiccant type Heatless Air Dryers remove the moisture to a level of 80 ppm(w) by using pressure swing adsorption technology. The wet air enters into one desiccant tower and gets dried by the high performance desiccant adsorbent. The dry air passes through inbuilt filters and check valves to the utility. A portion of dry air (depending on the operating pressure and required dew point temperature) passes through an orifice into the other saturated tower at near atmospheric pressure, liberates the entrapped moisture in the desiccant to the atmosphere and regenerates it for the next drying cycle. A reliable electronic timer controls the cycle and valve operations effectively therby ensures continuous dry air output to the utility.   Salient Features   • Proven trouble free valve design • All aluminium rust free construction • Compact and light weight • Easy and flexible installation • Simple maintenance • Outlet air quality according to ISO 8573-1, Table 3, Class 2 & 3       Applications   • Plant Air • Painting process • CNC Machines • Hospitals • Food & processing • Textiles • Leather Industry • Automobile Industies

Compressed gas contains considerable quantity of solid impurities. These impurities will be the major cause of downtime in compressed gas systems. Summits with its rich experience provides innovative solutions to produce clean gas by means of using sophisticated filtering system.   Salient Features • Highly reliable compatible cartridges   • Code of construction according to European / American norms • Proper selection of material of construction • Very low pressure drop • Filtration upto 0.01 μm   Range & Operating Conditions • Capacity:10 to 100000 m 3 /hr   • Inlet gas pressure 1.5 to 350 bar g • Inlet gas temperature: 10 to 250 o C

Air contains contaminants like solid (dust particles), liquid (moisture) and oil which contaminates the compressed air. When this contaminated compressed air is used for various applications, it may cause failures of pneumatic valves, instruments, etc which results in the downtime of whole system.   Summits Heat of Compression Air Dryers (HOC Air Dryer) remove the moisture to a level of 80 ppm(w) by using Heated regeneration technology. The hot air directly from the compressor discharge (140 o C to 220 o C) enters into one desiccant tower, regenerates the saturated desiccant, enters into an heat exchanger and gets dried by the high performance desiccant adsorbent while passing through the other desiccant tower. The dry air passes through a post filter to the utility. A reliable programmable logic controller controls the valve operations effectively therby ensures continuous dry air output to the utility.   Salient Features   • No energy required • Reliable and long lasting changeover valves • Conceptualized diffuser design to minimize desiccant attrition losses • Very low pressure drop • Remote interfacing and monitoring • Outlet air quality according to ISO 8573-1, Table 3, Class 3     Applications   • Thermal Power Plants • Automobile Plants • Petrochemical • Large Industries • Food & beverage Industries • Textiles • Pharmaceutical Industries • Electronic Industies

• Capacity200 to 10000 m3/hr

The vapour will condense into liquid when the temperature drops. This will be the major cause of rusting and failure of equipment and systems. The only way to prevent condensation is to reduce the dewpoint temperature which is only possible by installing a suitable compressed gas dryer. Summits with its rich experience provides innovative solutions to produce dry natural gas by means of using advanced desiccant adsorption technology.

Compressed air contains considerable quantity of moisture in vapour form. The vapour will condense into liquid when the temperature drops. This will be the major cause of downtime in compressed air systems. The only way to prevent condensation is to reduce the dewpoint temperature which is only possible by installing a suitable compressed air dryer. Summits with its rich experience provides innovative solutions to produce dry air by means of using desiccant adsorption technology.   Features   • Large desiccant beds for consistent dewpoint • Reliable and energy efficient blowers and heaters • Superior high temperature pneumatic valve configuration • Conceptualized diffuser design minimizes desiccant attrition losses • Remote interfacing and monitoring in selected models • Outlet air quality according to ISO 8573-1, Table 3, Class 2 / 3

Oxygen gas can be effectively generated to a  purity level of 94% with the help of Summits PSA generators.   Features • Purity upto 99.9995% • Online purity indication • Few moving parts • Effective diffusing system to ensure high purity • Compact design , occupies less floor space • Remote interfacing and monitoring in selected models

When the temperature of compressed air drops, significant amount of condensation gets collected. Removing condensate is very much important. If not removed, even small quantity of condensate can have a considerable harmful effect on downstream equipment and processes. Automatic drain valves are the right solution to remove the condensate from the compressed air system without human assistance.   Features • Large orifice for heavy condensate discharge and no clogs • No air loss in selected models • Variable On & Cycle times  • Manual override • IP:55 Protection

Air contains contaminants like solid (dust particles), liquid (moisture) and oil which contaminates the compressed air. When this contaminated compressed air is used for various applications, it may cause failures of pneumatic valves, instruments, etc which results in the downtime of whole system.     Summits Compact Desiccant type Heatless Air Dryers remove the moisture to a level of 80 ppm(w) by using pressure swing adsorption technology. The wet air enters into one desiccant tower and gets dried by the high performance desiccant adsorbent. The dry air passes through inbuilt filters and check valves to the utility. A portion of dry air (depending on the operating pressure and required dew point temperature) passes through an orifice into the other saturated tower at near atmospheric pressure, liberates the entrapped moisture in the desiccant to the atmosphere and regenerates it for the next drying cycle. A reliable electronic timer controls the cycle and valve operations effectively therby ensures continuous dry air output to the utility.   Salient Features   • Proven trouble free valve design • All aluminium rust free construction • Compact and light weight • Easy and flexible installation • Simple maintenance • Outlet air quality according to ISO 8573-1, Table 3, Class 2 & 3       Applications   • Plant Air • Painting process • CNC Machines • Hospitals • Food & processing • Textiles • Leather Industry • Automobile Industies

Compressed air contains considerable quantity of moisture in vapour form. The vapour will condense into liquid when the temperature drops. This will be the major cause of downtime in compressed air systems. The only way to prevent condensation is to reduce the dewpoint temperature which is only possible by installing a suitable compressed air dryer. Summits with its rich experience provides innovative solutions to produce dry air by means of using desiccant adsorption technology.   Features • Very low dewpoint temperatures • Low purge loss • Energy efficient heater • Very low pressure drop • Compact design , occupies less floor space • Remote interfacing and monitoring in selected models • Outlet air quality according to ISO 8573-1, Table 3, Class 2 / 1