PSG Engineering Co.

Swarg Ashram Road, Hapur, Uttar Pradesh

A global supplier of qualified Air Dryer Desiccant for industrial air drying applications. Air drying alumina balls are use for compressed air drying, PSA drying and heated & heatless air dryer, heat of combustion and other industrial applications.

Activated Alumina Products/Uses

Activated Alumina PSG used for air drying purpose from different air dryer including refrigerated, compressed, heated or heatless, HOC & van.

Other Details:-

• Alumina Balls Size 1-3 mm, 2-5mm, 3-5mm, 5-8mm, 8-10mm
• Bulk density (gm / lit) - 0.700 - 0.8000.700 - 0.800
• BET Surface area (m2 / gm) - 345 - 415
• Pore Volume (cc / gm) - 0.40 - 0.50
• Adsorption Capacity (60 % RH) - 21.5
• Loss of Attrition (%) - 0.2
• Crushing Strength (kgf / cm2) - 8-12
• LOI (300oC-1000oC) - 6-8
• Al2O3 (By difference) - Min 94
• Na2O NMT 0.5
• Fe2O3 NMT 0.05
• SiO2 NMT 0.10

The Oxygen Generator Systems From On Site Gas Systems offers:

• Fully Automatic: Production begins as soon as a downstream is sensed.
• Dependability: An On-Site Gas System oxygen-generating system uses the air that surrounds it to create oxygen; therefore, our clients never have to worry about running out of oxygen.
• Improved Safety: Through a low operating pressure and the elimination of hazardous storage.
• Lease/Rental Options: instead of purchasing your system outright, you can write it off as an operating expense.
• Simplicity: We make it easy for our clients with no contracts to sign. Our clients can buy, rent, or lease an oxygen-generating system. An easy-to-use touch screen control allows for purity level assurances, diagnostics, operation diagrams, and maintenance schedules.
• Flexibility: Many of our On Site Gas Systems site systems can be transported. This portability allows these systems to function anywhere that air and electricity are available.

Applications of Oxygen Gas Generators:

• Medical: Oxygen gas generators are used in hospitals, clinics, and emergency medical services to supply oxygen for respiratory therapy and patient care.
• Industrial: They are used in various industrial processes such as metal cutting and welding, glass manufacturing, water treatment, and ozone generation.
• Aquaculture: Oxygen generators are used in aquaculture to maintain optimal oxygen levels in fish tanks and ponds, improving fish health and growth.
• Emergency Situations: Oxygen generators can be deployed in disaster relief efforts or remote locations where access to oxygen cylinders may be limited or impractical.

PSG Engineering Companys oxygen gas generator are designed for reliability and performance, providing a consistent supply of oxygen for diverse applications. Whether its for hospitals, laboratories, or industrial processes, our generators are built to deliver pure oxygen, ensuring safety and productivity. We offer comprehensive solutions, including installation, maintenance, and technical support, to guarantee optimal operation and customer satisfaction.

Located in Hapur, Uttar Pradesh, PSG Engineering Company stands at the forefront of oxygen gas generator manufacturer and exporter in India. With a commitment to excellence and innovation, PSG Engineering specializes in producing high-quality oxygen gas generators that cater to industrial and medical needs. Our state-of-the-art manufacturing facilities and a team of experienced professionals ensure that the oxygen generator meets stringent quality standards and operates efficiently.

Our dedication to quality and customer service has earned us a reputable position in the market, making PSG Engineering Company a trusted partner for clients across India and globally. Choose PSG Engineering for cutting-edge oxygen gas generators and experience unmatched quality and service.

PSG Engineering Company is a premier manufacturer, supplier, and exporter of high-quality Nitrogen Gas Generators based in Hapur, Ghaziabad, Uttar Pradesh. With a strong commitment to innovation and excellence, PSG Engineering Company specializes in designing and producing efficient and reliable nitrogen gas generation systems that cater to a wide range of industrial applications.

Our nitrogen gas generators are known for their robust construction, superior performance, and cost-effectiveness. Utilizing advanced technology, these generators ensure high purity nitrogen production, essential for various processes in industries such as pharmaceuticals, food and beverage, electronics, and chemical manufacturing. PSG Engineering Company’s generators are designed to meet stringent international standards, ensuring safety and efficiency in every operation.

With a customer-centric approach, we provide comprehensive support, from installation and commissioning to maintenance and after-sales service. Our team of experienced professionals is dedicated to delivering customized solutions that meet the specific needs of our clients, ensuring maximum operational efficiency and reliability.

At PSG Engineering Company, we pride ourselves on our ability to deliver top-notch products and services that enhance productivity and contribute to the success of our clients globally. Trust us for all your nitrogen gas generation needs, and experience unparalleled quality and service.

Applications of Nitrogen Gas Generators:

• Industrial Applications: Used in various industries such as food packaging, electronics manufacturing (to prevent oxidation), pharmaceuticals, and metal processing.
• Laboratory Uses: Laboratories often use nitrogen gas as a carrier gas in chromatography, sample storage, and various analytical instruments.
• Chemical Industry: Nitrogen is used for chemical processes and to neutralize hazardous substances.
• Cost-effective: Eliminates the need for storing and transporting nitrogen gas cylinders.
• Food packaging (cheese, salami, coffee, dried fruit, herbs, fresh pasta, ready meals, sandwiches).
• Bottling wine, oil, water, and vinegar
• Fruit and vegetable storage and packing material
• Industry
• Medical
• Chemistry

Benefits:

• Cost-effective: Eliminates the need for storing and transporting nitrogen gas cylinders.
• Convenience: It generates nitrogen on demand, ensuring a continuous supply without interruption.
• Safety: Minimizes the risks associated with handling high-pressure cylinders.
• Installation: Installation requires space and appropriate infrastructure.
• Maintenance: Regular maintenance is necessary to ensure optimal performance.
• Capacity: The size and capacity of the generator must match the nitrogen demand of the application.

Operating Principle:-

In Heatless Dryers, two vessels filled with desiccant is provided which cycle automatically, producing dry air continuously. In these units, wet air enters the bottom of one Vessel and passes upwards through the desiccant bed where the moisture is adsorbed. The clean dry air comes out from the top. A small portion of dry air is passed downwards through the desiccant bed in the second vessel which is under re-generation. The moisture-laden purge air is then vented out to the atmosphere.The purge loss is around 7.5% of the total air flow. At the preset interval, the vessel changeover automatically, and the Dry air is available continuously without any surges.

Easy Operation:

This is simplest type of air dryer with Activated Alumina / Molecular Sieves drying agent. This is virtually maintenance free, fully automatic, and requires no attention for year. Heatless type dryers do not require any heating re-generation and therefore are very simple in design and maintenance free.

Advantages:

• Due to its inherent simple design, investment in this type of dryer is the cheapest and the payback on this investment is very quick
• Low-Temperature operation reduces corrosion in tower and desiccant lasts longer
• Power requirement is 60 watt only for Solenoids Valves Operation

Biogas typically contains a high percentage of CO2 (around 30-50%). CO2 removal is crucial to increase the methane content and improve the calorific value of the purified biogas.Various technologies can be used for CO2 removal, including chemical absorption processes (using solvents like amines or physical absorbents), pressure swing adsorption (PSA), or membrane separation.

We manufacture VPSA Based Biogas Purifier which produces high purity (above 95 %) Methane gas from Raw Bio gas. It is a very low consuming equipment and user-friendly machine.

Features:

• Easy to operate
• Developed using high technology
• Outstanding construction

Any organic waste (vegetable or animal, terrestrial or marine, liquid or solid) is digestible and can be transformed into biogas. Without a doubt, a biogas plant is one of the most ecological energy generation processes that exist today. The biogas is purified in our PSA/VPSA plants to produce high methane gas equivalent to CNG or better

Applications of Purified Biogas:

• Energy Production: Purified biogas (primarily methane) can be used for electricity generation in gas engines or turbines, or for heating in combined heat and power (CHP) systems.
• Natural Gas Replacement: Biomethane (purified biogas) can be upgraded to natural gas quality and injected into the natural gas grid, providing a renewable and sustainable energy source.
• Transportation Fuel: Purified biomethane can be compressed and used as a renewable fuel for vehicles, reducing greenhouse gas emissions compared to fossil fuels.

In compressed air Dryers, two vessels filled with desiccant is provided which cycle automatically, producing dry air continuously. In these units, wet air enters the bottom of one Vessel and passes upwards through the desiccant bed where the moisture is adsorbed. The clean dry air comes out from the top. A small portion of dry air is passed downwards through the desiccant bed in the second vessel which is under re-generation. The moisture-laden purge air is then vented out to the atmosphere.The purge loss is around 7.5% of the total air flow. At the preset interval, the vessel changeover automatically, and the Dry air is available continuously without any surges.

Easy Operation:

This is simplest type of air dryer with Activated Alumina / Molecular Sieves drying agent. This is virtually maintenance free, fully automatic, and requires no attention for year. compressed air type dryers do not require any heating re-generation and therefore are very simple in design and maintenance free.

Advantages:

• Due to its inherent simple design, investment in this type of dryer is the cheapest and the payback on this investment is very quick
• Low-Temperature operation reduces corrosion in tower and desiccant lasts longer
• Power requirement is 60 watt only for Solenoids Valves Operation

This Process consists of 2 beds filled with carbon Molecular Sieves (CMS). When Pre-Filtered compressed air is passed thought one CMS bed, Nitrogen comes out as the product gas. The waste gas (oxygen, carbon dioxide, etc) is discharged back into atmosphere. Upon saturated of the CMS bed, the process switches nitrogen regeneration to other bed, while allowing the saturated bed to undergo regeneration by depressurization to atmospheric pressure. This ensures continuous supply of Nitrogen to your System.

Salient Features of PSA gas generator .

• Capacity up to 1200Nm3/hr
• No fuel is required
• Purity up to 99.999% is easily achievable
• Low Capitals Coast
• Start up time of only 10 to 15 Minutes

Nitrogen tank blanketing, also referred to as nitrogen padding, is a process where gaseous nitrogen is introduced into an empty or partially filled storage tank or container. The nitrogen will prevent the onset of chemical reactions that may cause explosions, oxidation, or other unwanted effects.

This Process consists of 2 beds filled with carbon Molecular Sieves (CMS). When PRE-Filtered compressed air is passed thought one CMS bed, Nitrogen comes out as the product gas. The waste gas (oxygen, carbon dioxide, etc) is discharged back into atmosphere. Upon saturated of the CMS bed, the process switches nitrogen regeneration to other bed, while allowing the saturated bed to undergo regeneration by depressurization to atmospheric pressure. This ensures continuous supply of Nitrogen to your System

Applications :-

• Refineries and chemical plants
• Bear, wine, and juices
• Oil and gas platforms
• Storage of fruits and vegetables
• Metal-treatment
• Tankers and storage tanks
• Food Packaging

Features:

• Lowest maintenance requirements over tank life
• Faster construction
• Expandable

Being an eminent organization in the industry, we are involved in providing a premium quality range of Oxygen Analyzer with Sensor.

Technical details

• Used for PSA Technology Plant only
• Example: - PSA Nitrogen Gas Plant, Nitrogen Gas Generator, Nitrogen Gas Plant etc only

We are offering Refrigerated Air Dryer having air capacity of typically above 500 NM3/ hr for lager air drying capacities. It is a skid mounted unit consisting of air-Freon chiller air to air pre-cooler and a moisture separator. In this, first air is pre-cooled with outing chilled air at around 25°C and then it is cooled in a Freon cooler at (+)3°C temperature and hence reduces power consumption. Outgoing dry air has (+)3°C dew point and comes out at around 25°C temperature, as (+) 3°C Dew Point is equal to around (-) 25°C Atmospheric pressure Dewpoint.

Dew Point:

(-) 25°C is the best possible Dew Point achievable from Refrigerated Air Dryers. Lower Dew Point is not possible from Refrigerated Dryer as moisture condensed would start freezing on Freon tubes if the lower dew point is tried. This (-) 25°C Dew Point is adequate for most dry air applications and instrument air requirements.

Features:

• Lowest maintenance requirements over tank life
• Faster construction
• Expandable