MVS Engineering

Oxygen is an essential gas used in the treatment of many patients. So, hospitals need to have a good supply of oxygen. Purchasing oxygen cylinders cannot always meet high demand, mainly during epidemic situations. Hence, the installation of an onsite oxygen generator is the best solution to this problem, which can provide ample volumes of oxygen for hospital. MVS Engineering Pvt. Ltd is a reliable brand in the field of gas-generating machine manufacturers in India. This company provides different models of oxygen generators to numerous hospitals and healthcare centers.

Common requirements of oxygen in hospitals

MVS Engineering supplies oxygen plants of different sizes and capacities, which can be installed anywhere in hospitals. A medical oxygen generator can function 24 x7 until it is manually switched off. Following are the major instances where the continuous supply of oxygen is a must to save patients.

Patients suffering from respiratory problems, like asthma, bronchitis, pneumonia, emphysema, or chronic obstructive lung disease (COPD), find it difficult to breathe naturally. They need the support of extra oxygen passing through their nostrils, to inhale easily without any effort.

Too much inhaling of carbon monoxide can be fatal for people, which can be treated only by passing pure oxygen gas to their lungs. Oxygen can push out carbon monoxide from the lung cavities, saving patients from ill effects of this toxic gas.

Sleep apnea or breathless sleep causes poor health, as patients lack sufficient sleep and also suffer from resultant health issues. The support of oxygen gas can help them have sound sleep and get rid of problems, like fatigue, headache, and mood swings.

Doctors always prefer to provide oxygen to patients while conducting any surgery on their bodies. This external breathing support ensures normal respiration during the surgical treatment and saves patients from serious danger on the operation table.

When a person is severely traumatized, his/her respiration may become irregular causing acute respiratory distress syndrome (ARDS), or fluid accumulating in lung cavities. So, doctors recommend the supply of pure oxygen to such patients, to make their breathing process easier. 

When anesthesia is provided to make a patient senseless before surgery or any other medical treatment, the supply of oxygen to that person is essential to keep his/her breathing rate normal.

Nitrogen is widely used in many food industries to preserve the quality of foods. So, a continuous supply of this inert gas is essential for those industries. MVS Engineering Pvt. Ltd offers nitrogen generators that manufacture pure nitrogen for food packaging. PSA nitrogen generators can supply nitrogen gas with a backup arrangement, to maintain uninterrupted production in all food manufacturing units.

Why is nitrogen gas used in food packaging?

Packaging is a vital part of food production, as the preservation of foods largely depends on the quality of this process. Pure and dry nitrogen gas produced by a nitrogen generator is used to fill the packages where food products are stored. Nitrogen is used for the following reasons –

The freshness of food products is preserved for a long time due to the inertness of nitrogen.

Unwanted oxidation of food products is prevented in the atmosphere of pure nitrogen, preventing spoilage of foods.

The shelf-life of delicate food products can be enhanced to a great extent due to the presence of nitrogen in food packages.

Food products can be shipped to a long distance safely without spoiling foods because of the protection rendered by nitrogen gas.

As nitrogen is colorless and odorless, it does not change the natural flavors of food products.

The crispiness of chips, biscuits, and other snacks can be retained in the atmosphere of nitrogen gas.

The usefulness of a nitrogen generator in food industries

MVS Engineering has ensured that the nitrogen generators of this company are eco-friendly and consume minimum energy. A nitrogen plant draws air from the surrounding atmosphere and molecular sieves absorb oxygen within the PSA vessels. Hence, 95% - 99.99% pure nitrogen gas is collected in a tank, free from all impurities.  The absorbed oxygen is released back into the atmosphere, making air purer for inhaling. When the molecular sieves are saturated with oxygen, the nitrogen production is automatically switched to another PSA vessel. Finally, nitrogen is dried by passing through the air dryer, with a dew point ranging between (-) 40°C and (-) 80°C.  So, this nitrogen for food packaging is very effective in preserving foods.

Nitrogen is an inert gas that does not easily react with other chemicals. So, it is highly preferred for many industrial applications. MVS Engineering Pvt. Ltd offers nitrogen generators that supply to meet all types of nitrogen gas uses. All these models of nitrogen gas plants produce 95% to 99.9999% pure nitrogen. The dew point can go up to (-) 80°C and the amount of oxygen present can be only 1-ppm. Thus, all properties of nitrogen can be utilized for industrial purposes.

Few industrial applications of nitrogen gas

Many industries need pure nitrogen for various purposes. MVS Engineering is well aware of all nitrogen gas uses and customizes its nitrogen plants accordingly.  

Food packaging – When food materials are packed in the atmosphere of nitrogen, oxidation, and rancidity of foods can be avoided. Thus, the freshness of foods can be maintained with their original colors and odors within their packages until packs are opened for consumption. Nitrogen is allowed now to be used as an additive or preservative in many readymade foods. Breweries also use nitrogen to protect their products from staling.

Filling tires of vehicles – The tires of racing cars are usually filled with nitrogen gas. The presence of oxygen and water vapor can reduce the longevity of rubber tires. Thus, pure dry nitrogen is the best option in this regard. Large tires of mining trucks and aircraft are also filled with nitrogen, to maintain the desired air pressure and stability of those tires. As nitrogen is heat-resistant, tires remain inflated even when heated up due to frictional force while running. So, the stability of tires can be guaranteed when filled with dry nitrogen.

Adding to fuel tanks – Usually, fuels used in automobiles and aircraft are highly inflammable, which is risky. Thus, it is advised to add nitrogen gas to these fuel tanks, to reduce the combustibility of fuels. The presence of nitrogen minimizes the risk of accidental fire and other similar hazards.

Electric bulbs manufacturing – Electric bulbs contain tungsten wires, which illuminate to produce light. These tungsten wires can react with the oxygen present in the air, resulting in combustion. So, it is best to fill bulbs with an inert gas to drive out oxygen. Helium, argon, and nitrogen are three inert gases fit for this purpose. But helium and argon are very rare and expensive. So, dry nitrogen is the best option in this case.

Producing chemical products – Many chemical industries need nitrogen to produce concentrated liquid samples for detailed analysis. Various chemical products, like fertilizers, dyes, explosives, nylon, and nitric acid are produced with the help of pure nitrogen. Volatile chemicals can be handled safely when used in the inert atmosphere of nitrogen.

Manufacture of Metals – Nitrogen is necessary in different stages of metal manufacturing or Heat treatments. The melting of iron, ladle transporting, and casting into molds demand the presence of nitrogen gas.

Packaging is an important step in the food industry, which ensures that the end products reach customers in intact condition for use. All the industries producing foods and beverages need a bulk amount of nitrogen gas for food packaging to prevent their products from getting spoiled while transported to customers. MVS Engineering Pvt. Ltd offers onsite nitrogen plants to these industries to solve their problem of importing this gas for continuous use.

Various facts about the nitrogen gas used for packaging foods

●   The required purity level of nitrogen gas for food packaging is 99%, which is ensured by the PSA nitrogen generators of MVS Engineering.

●   The flow range of nitrogen from this PSA nitrogen generator varies from 1 Nm3/hr to 1500 Nm3/hr, as the clients and their packaging systems need.

●   The nitrogen produced is extremely dry with a dew point of -60°C. There is no trace of moisture left in this gas, which could spoil the food products after packing with nitrogen.

●   The optimum pressure of nitrogen evolving from a PSA nitrogen generator is 5 bar (g). 

The onsite oxygen generator installed by MVS Engineering Pvt. Ltd is a lifesaver for numerous patients in several hospitals in India. This company applies the technology of PSA or Pressure Swing Adsorption to make this generator. Thus, this PSA oxygen plant is a money-saver for users, as it creates pure oxygen from the surrounding air without any other costly chemicals.

 The oxygen plant takes air from the surrounding environment, which normally comprises 78% nitrogen, 21% oxygen, and 1% of argon and other gases. Thus, the job of this PSA oxygen plant is to separate nitrogen from the air and produce only pure oxygen. However, it is not possible to attain 100% purity in oxygen, as that may not be safe for inhaling.

 The PSA oxygen generator contains towers filled with pallets of Zeolite or aluminium silicate, as nitrogen can be absorbed only by the molecules of this microporous chemical. Thus, the air is compressed and pass over to Zeolite beds so that nitrogen is absorbed while passing, leaving only oxygen. This pure oxygen is stored in tank and supplied to hospitals bed by pipeline.

 Two Zeolite beds are placed in in Oxygen generator package. So, if one bed is saturated with nitrogen, the second one can keep functioning. Meanwhile, the first Zeolite bed is made free of nitrogen by taking off the pressure exerted on it for nitrogen desorption. Therefore, the PSA plant can work tirelessly to produce pure oxygen in hospitals.

With the current global pandemic, global demand for oxygen plant in the medical profession has increased a lot and is likely to continue. Oxygen plants for hospitals are a very dependable and cost-effective medical option. Oxygen plants are safe, cost-effective, customizable, and simple to maintain.

· Oxygen plants are more secure and practical than tanks or cylinders.

· Get rid of the high cost and various charges involved with buying oxygen.

·   By adopting remote monitoring, you can cut down on errors and overall labour related to tank systems.

·   Have peace of mind knowing that there will always be a steady and regular supply of oxygen where it is required.

It offers the best:

It is now better essential than ever to have a reliable oxygen generating system. The Medical oxygen generators not only help to reducerunning expenses of hospital and medical centre, but also, they can replace oxygen supply lines or backup cylinders. You will never have to be concerned regarding heading out of oxygen again. You may rest assured that every patient will receive the oxygen they require, whatever the situation.

Why oxygen solutions:

The best team of experts of any company has the expertise, training, and understanding to fulfil company's unique needs and operational requirements. They also recognize that oxygen plants are an excellent choice for any medical procedure.

Bottom Line:

MVS Engineering oxygen generators use PSA (Pressure Swing Absorption) technology to generate 96 percent pure oxygen. While this purity is appropriate for a wide range of applications, including water purification and boiler enrichment, it might not be suitable for applications needing 99 percent purity.

Air pollution is a significant health hazard worldwide, especially in developed and developing nations. Motor vehicle emissions are a significant contributor to urban air quality in developed and developing countries. One of the clean fuel solutions for reducing vehicle emissions is hydrogen. Hydrogen is not a source of electricity. It is not a naturally occurring primary energy.

MVS Engineering creates nitrogen generators that can deliver high-purity nitrogen gas on demand. These nitrogen generators operate on the principle of air separation, which allows them to save a significant amount of energy compared to traditional cryogenic nitrogen generation plants.

MVS Engineering, which was formed in 1977, is still at the cutting edge of technology, having supplied over 10,000 air and gas systems worldwide. In the early 1980s, MVS began offering inert gas generators and received collaboration from Bergbau-Forschung GmbH for manufacturing PSA Nitrogen generators. 

In general medicine, medical care, and emergency medicine, oxygen is commonly used. Medical oxygen supply may mean the difference between life and death. Consequently, it is vital to maintain an oxygen supply at all times.

Medical oxygen generators generate gaseous oxygen on-site from compressed air. They are a cost-effective, dependable, and secure alternative to conventional oxygen gas supplies such as cylinders or cryogenic liquid.

Medical oxygen generators come in various standard models with capacities ranging from 0.4 to 150 m3 per hour and purity levels of 93-95 percent. The design was created to work around the clock, 24 hours a day, seven days a week. Each oxygen generator has an automatic start and stop feature that allows the generator to adjust to the current consumption. Purity monitoring, audio/visual warnings, and a UPS (uninterrupted power supply) module are all standard features on our medical oxygen generators. Our medical oxygen generators are highly reliable and are used in hospitals worldwide.

 Medical oxygen can be produced on-site using MVS oxygen generators, allowing for a consistent, dependable, and cost-effective supply for mobile and static medicine.

 MVS Engineering's generators comply with ISO 13485:2016 for the quality control scheme for medical device manufacturers and 7396-1:2016 for medical gas pipeline systems. They fulfill the European Pharmacopoeia's medical applications criteria with an oxygen purity of 93-95 percent.

 IMT medical oxygen generation systems can be controlled and managed anywhere in the world using a computer workstation, tablet, or smartphone thanks to cutting-edge remote control technology. The Industry 4.0 standard is an actual security advancement, providing you with the best possible safety in the manufacturing process.

 You can get oxygen from an oxygen generator 365 days a year. In comparison, there may be business Oxygen supply interruptions due to cylinder non-availability or cylinder distribution delays due to transportation delays. PSA is a well-established technology, with thousands of Medical Oxygen Generators in use in hospitals worldwide. These generate oxygen at a constant purity and pressure of 5 kg/cm2g for direct delivery to beds via a pipeline.

The preservation of the freshness of their goods while prolonging shelf life is one of the major challenges faced by food producers. Due to spoilage of food products, it would result in a reduction in revenue. One of the most effective ways to prevent food degradation and improve longevity is the use of nitrogen in food packaging. This article will outline how food-grade nitrogen gas can be used in the food and beverage processing industry to improve production.

In the food and beverage industry, nitrogen has a range of applications. Nitrogen is an inert, colorless and odorless gas and nitrogen (nitrogen that has a purity of at least 99 percent) of food grade has no harmful effect on food or drinks with which it is brought into contact. In fact, in the food and beverage industry, it is extremely beneficial as it can be used to displace oxygen and thus avoid oxidation, which causes food and beverage spoilage.

Medical oxygen generators produce on-site gaseous oxygen to provide a cost-effective, secure and safe alternative to conventional sources of oxygen gas such as cylinders or liquid oxygen tanks.

Because of respiratory conditions such as asthma, COPD, lung disease, when undergoing surgery and a few other issues, the human body also has low oxygen levels. Doctors also recommend the use of supplemental oxygen for such individuals. Earlier, oxygen devices were bulky tanks or cylinders that limited flexibility and could even be dangerous when technology was not advanced. Fortunately, oxygen therapy technology has made tremendous progress and made the care of patients simpler. Healthcare facilities have switched from gas cylinders and portable concentrator solutions to on-site medical oxygen generators. Here, we are going to tell you how medical oxygen generators operate and what are the benefits of these generators.

A molecular sieve bed is used by oxygen generator plants to separate pure oxygen from ambient air and to disperse air to individuals with low levels of blood oxygen. On-site generators are cost-effective and efficient relative to conventional oxygen tanks.

Usually, oxygen gas is supplied at a pressure of up to 5 kg/cm2g. By installing a booster compressor, higher pressure is possible, but it's costly. Therefore, clients can only opt for higher pressure when they do not have a reliable source of backup available.

We have an oxygen storage tank in our systems that provides backup for short durations. For temporary outages such as power failure, system trip due to abnormality, this gives ample backup.

A hydrogen power plant is a design model for a modern widespread electricity source. Essentially, it is a plant that generates electrical energy using hydrogen. It is proposed that a large facility in the city of Peterhead, Scotland, not unlike a nuclear power plant in appearance, be installed. Plans were first carried out by GE in 2006; however, its construction was hampered by the logistics of supplying the power plant. The cost of hydrogen production means that the cumulative cost of hydrogen-based energy would be higher than that of existing nuclear and petroleum-based electricity.

At a high purity, methanol plants generate methanol. This is accomplished by a catalytic reaction using natural gas and other hydrocarbon syngas, using steam reforming and/or auto-thermal reforming. As fuel for blending with gasoline, as feedstock for methanol-to-olefin (MTO) plants and as intermediate feedstock for DME (Dimethyl Ether) used as fuel, the market for methanol is increasing rapidly.