Medical Gases: Applications, Requirements & Solutions

What Are Medical Gases?

Medical gases are specially produced gases used in medicine for diagnosis, therapy, and care. Some of the most well-known medical gases include oxygen, nitrogen, carbon dioxide, and nitrous oxide. These gases are widely used in hospitals and clinics. Medical air is often used for patient ventilation and is an indispensable part of medical care. In hospital settings, medical gases in hospitals are carefully managed to ensure patient safety and compliance with strict medical standards.

Types of Medical Gases

There are various types of medical gases that are used depending on the need. The most important include:

Oxygen (O2): Widely used in respiratory therapy and emergency treatments. Often stored in an oxygen cylinder or medical oxygen cylinder for convenient transport and use.
Nitrogen (N2): Used for sample preservation and in surgeries.
Carbon dioxide (CO2): Applied in minimally invasive surgeries.
Nitrous oxide (N2O): Used as an anaesthetic and pain relief agent.

Each of these gases has specific requirements and applications, particularly in sensitive areas such as operating theatres and intensive care units. Medical air also plays a crucial role, especially for ventilating patients in various medical applications.

Medical Gas Colour Codes

To ensure safety, medical gases are identified by specific colour codes, which vary slightly between countries but are largely standardised internationally. For instance, oxygen is typically represented by a white or green cylinder, while nitrous oxide is blue. Hospitals typically store these gases in a hospital oxygen cylinder for quick and easy access during patient care. It's essential to check the colour codes for medical gases in your region, as slight variations may exist depending on the country.

Requirements for Medical Gases

Medical gases must adhere to strict regulations to ensure patient safety. These requirements are set out in various international standards, such as the ISO 8573 and the European Medical Device Directive. Medical air must meet specific purity levels, especially in hospitals where the highest compressed air classes under ISO 8573 must be maintained to guarantee air purity and safety. Generally, oil-free air is used to prevent contamination from particles or oils, and this air can be further filtered and optimised.

ISO 13485 Certification for Quality and Safety in Medical Oxygen Production

The ISO 13485 certification is a critical standard for quality management in the medical device industry, ensuring that products meet stringent safety and regulatory requirements. As a certified medical oxygen cylinder PSA manufacturer, we adhere to the highest standards for product consistency, safety, and reliability.

This certification demonstrates our commitment to patient safety, rigorous testing, and regulatory compliance, giving healthcare providers confidence in the quality and performance of our oxygen generation systems.

Difference Between Medical Air and Oxygen

Although both medical air and oxygen are vital in healthcare, they serve different purposes. Medical air is a purified air blend used for ventilating patients and does not have the high oxygen concentration required for treating respiratory conditions. In contrast, oxygen is used in higher concentrations for treating respiratory issues, including during emergencies. The main difference between medical air and oxygen lies in their composition and applications.

How to Buy Medical Gases?

Medical gases are typically purchased by medical institutions from specialised gas suppliers who provide gases in bottle form. However, strict storage regulations must be followed, and regular deliveries are necessary to ensure supply. In hospitals, the medical air system is a key factor for continuous supply. An alternative to external gas cylinder delivery is the on-site production of medical gases using special generators.

With their own compressors and gas generators, the constant availability of medical gases can be ensured. The OXYBERG® series PSA oxygen generators allow the on-site production of medical gases, offering a reliable, economical alternative to external gas deliveries. This reduces dependency on suppliers and enables continuous supply – ideal for healthcare institutions.

Producing Medical Gases On-Site

With modern technologies such as oxygen generators, it is now possible to produce medical gases on-site from ambient air. For example, our OXYBERG® oxygen generators achieve an oxygen purity level of 95% and are safe and ready for immediate use. This technology is ideal for hospitals and healthcare facilities that rely on a continuous supply of medical air and oxygen. Our oxygen generators provide a safe and reliable alternative to traditional cylinders, supporting compressed air medical applications in hospital settings.

For further information, please visit the page Hospital Oxygen Generators at BERG GaseTech.

Relevant Products for Oxygen Gas Production

At BERG Kompressoren, we offer a wide range of products for medical gas production and compressed air treatment.

OXYBERG® 1500 Oxygen Generator

Oxygen Generator OXYBERG® 1500 Purity 90% 93% 94% 95% O2 Nm3/h 44,6 41,6 40,5 39,1 Comp. air Nm3/h 490,6 457,6 445,5 430,1 BERG Oxygen Generator OXYBERG 1500: Reliable, Medical Oxygen On-Site The BERG Oxygen Generator OXYBERG® 1500 provides an ideal solution for producing medical oxygen directly on-site, making it particularly suitable for use in hospitals, clinics, and care facilities. With a purity level of up to 95%, it continuously delivers high-quality oxygen for demanding medical applications. In addition to the OXYBERG® 1500, smaller models, such as the OXYBERG® 1400, and larger models, such as the OXYBERG® 1600, are also available. Discover all oxygen generators from BERG Kompressoren. The high-purity oxygen generators from BERG Kompressoren deliver pure to high-purity medical oxygen, making them particularly suited for hospitals and clinics. The OXYBERG® offers all the advantages of a fully integrated system for clinical use. Continuous monitoring and measurement of all operating parameters ensures maximum process safety. OXYGEN CONSTANTLY AVAILABLE With an PSA Oxygen generator from BERG Kompressoren, you can produce medical-grade oxygen with up to 95% purity directly on-site. Our systems are ready for operation in a short time and offer automatic control for up to 2,000 Nm3/h. The generators can be connected to existing hospital piping systems or used as a backup system, eliminating the need for oxygen cylinders. BERG Kompressoren meets all relevant certifications according to the European Pharmacopoeia, ISO 13485:2016, and ISO 7396-1:2016, as well as Directive 93/42/EEC (CE1250). For more information, visit our blog posts on Medical Gases or Compressed Air Quality. Why is On-Site Gas Production Essential for Hospital Oxygen Production Facilities? provide hospitals with a cost-effective, safe, and low-risk solution for continuous supply. The use of an on-site oxygen generator can completely eliminate the need for oxygen cylinders. With PSA systems, oxygen supply remains constant, without any concerns about availability. Oxygen for Patient Care and COVID-19 Vaccine Production: Medical oxygen has become indispensable during the COVID-19 crisis, both for patient care and for vaccine production. Self-contained medical oxygen devices have better equipped hospitals and pharmaceutical manufacturers to save costs and strengthen their independence from external suppliers. BENEFITS of an Oxygen Generator in Healthcare: Simple and reliable oxygen supply Continuous monitoring of O2 purity and output pressure Low-maintenance, compact design Easy operation with touch control panel Oxygen Plant from BERG Kompressoren offer a range of options to meet the demands of medical and industrial applications. These include redundant systems for increased safety, special filtration for maximum purity, modular expansions for specific needs, and various sensors, such as temperature, flow, pressure dew point, and inlet pressure sensors. These components ensure reliable, safe, and precise oxygen production.

Net €54,040.00 €64,307.60*

OXYBERG® 1600 Oxygen Generator

Oxygen Generator OXYBERG® 1600 Purity 90% 93% 94% 95% O2 Nm3/h 55,3 51,3 49,6 48,2 Comp. air Nm3/h 608,3 564,3 545,6 530,2 The special oxygen Pressure Swing Adsorption (PSA) technology offers solutions and procedures in the area of oxygen production for hospitals and pharmaceuticals. Industrial Oxygen generators for medical applications PSA (Pressure Swing Adsorption) technology is great at separating gases. When used to make oxygen, it ensures a steady and dependable oxygen source. In environments where oxygen is crucial, such as hospitals and pharmaceutical facilities, having a dependable oxygen production plant is paramount. Our specialization in oxygen production using PSA technology suggests that it likely offers features or optimizations specifically tailored to meet the stringent requirements of these sectors. For hospitals, uninterrupted access to high-quality oxygen can mean the difference between life and death for patients, especially those in critical care units or undergoing surgeries. Similarly, pharmaceutical processes often require precise and reliable oxygen concentrations for various manufacturing processes, making a consistent and pure oxygen supply essential. By leveraging PSA technology, medical oxygen concentrator may provide benefits such as:energy efficiency cost-effectiveness environmental sustainability compared to traditional oxygen production methods Additionally, its focus on the unique needs of hospitals and pharmaceuticals implies that it likely offers tailored solutions and procedures to optimize oxygen production and delivery within these environments. Improvements like PSA oxygen generators show ongoing progress in vital infrastructure technologies. They make sure that important sectors like healthcare and pharmaceuticals can get the resources they need to work safely and well. It's crucial to purchase medical oxygen generators from reputable companies like BERG Kompressoren GmbH, a trusted medical oxygen supplier. Advancing Healthcare Infrastructure: The Role of O2 Generators in Hospitals Using oxygen production in hospitals is essential for modern medical care. Patients need a reliable supply of oxygen for various medical situations. Pressure Swing Adsorption (PSA) systems, like medical oxygen machines, are a big help in ensuring hospitals have enough oxygen for their needs. Hospitals use oxygen a lot for various treatments, like helping patients breathe in intensive care or during surgeries. Oxygen production plan with PSA technology make producing medical-grade oxygen on-site easier, ensuring it's made efficiently and accurately. Oxygen producing machine are great for hospitals because they provide a constant and easy-to-access oxygen supply. This means hospitals don't have to rely on outside suppliers or deal with heavy gas cylinders. Being self-sufficient helps hospitals run smoothly and ensures patients get the oxygen they need, even during emergencies or unexpected situations. Moreover, the deployment of PSA oxygen plant systems engenders notable benefits in terms of cost-effectiveness and environmental sustainability. By obviating the need for recurrent procurement and transportation of oxygen cylinders or oxygen tanks or even medical oxygen cylinder, hospitals stand to realize substantial reductions in expenditure while curbing carbon emissions associated with conventional delivery mechanisms. The tailored design and operational protocols inherent to solutions like our Oxygen compressor underscore a conscientious alignment with the exacting standards of healthcare environments. oxygen making machine are designed to meet strict rules for the purity and consistency of medical gases. they making them reliable and suitable for clinical use. In conclusion, the integration of oxygen units leveraging advanced PSA technology represents a pivotal paradigm shift in hospital oxygen supply management. These systems provide reliable, cost-effective, and environmentally friendly oxygen, becoming a crucial part of modern healthcare. They ensure better patient care and help hospitals stay strong during challenges. Investing in an oxygen manufacturing plant saves hospitals money by cutting recurring costs for oxygen cylinders. The initial expense of setting up the plant, including the oxygen plant cost, is outweighed by long-term savings. Having an oxygen generator machine ensures hospitals always have enough oxygen for patients and emergencies. Overall, these plants help hospitals provide better healthcare while spending less money over time.

Net €66,880.00 €79,587.20*

OXYBERG® 1700 Oxygen Generator

Oxygen Generator OXYBERG® 1700 Purity 90% 93% 94% 95% O2 Nm3/h 65,8 62,1 61,4 59,8 Comp. air Nm3/h 723,8 683,1 675,4 657,8 A wide range of uses of industrial oxygen generators A wide range of industries, including food processing and manufacturing, now rely on the quality oxygen produced by the new generation of oxygen units. However, it's in the realm of healthcare that their significance is most pronounced. In medical settings, oxygen making machine play a pivotal role in ensuring the delivery of high-quality oxygen for various therapeutic and life-supporting applications. Hospitals, clinics, and emergency medical services depend on medical oxygen generator to provide a consistent and readily available oxygen supply for patient care. In special care units, like intensive care and for newborns, giving patients extra oxygen is really important for those who have trouble breathing or are having surgery. PSA oxygen plant supply the precise oxygen concentrations required for respiratory support, ensuring optimal oxygenation levels and promoting patient recovery. Furthermore, medical oxygen machines are indispensable for emergency situations, where immediate access to supplemental oxygen can be a matter of life and death. Paramedics and emergency medical technicians use portable oxygen generators to give oxygen therapy to patients having trouble breathing or having heart issues. Moreover, oxygen generators are integral to various medical procedures, including anesthesia delivery during surgeries and diagnostic testing in pulmonary function laboratories. Their ability to produce medical-grade oxygen on-site reduces the need for reliance on external oxygen suppliers, enhancing operational efficiency and cost-effectiveness in healthcare facilities. Oxygen production plants are really important in medical settings because they help with patient care and emergency situations. Using oxygen compressor in hospitals will continue to be crucial for providing the best healthcare and outcomes for patients. What factors influence the oxygen plant cost for medical oxygen concentrators? The cost of oxygen plants for medical oxygen producing machine depends on various factors, including: Capacity: The size and output capacity of the oxygen plant affect its cost. Larger capacity plants typically cost more. Technology: Different technologies, such as Pressure Swing Adsorption (PSA) or membrane technology, have different costs associated with them. Features: Additional features like automation, remote monitoring capabilities, and backup systems can increase the cost of the oxygen plant. Installation: Installation costs, including labor, equipment setup, and any necessary modifications to the facility, contribute to the overall cost. Maintenance: Consideration of ongoing maintenance and service costs is essential for determining the total cost of ownership. Supplier: The reputation of the medical oxygen supplier and the reliability of the supplier can influence the cost. Well-established brands with a track record of quality may have higher prices. Understanding these factors can help estimate the cost of medical PSA oxygen generator machine and plan accordingly. what's the advantages of replacing medical oxygen cylinder or the same o2 cylinder replacement with oxygen plant PSA? Replacing medical oxygen cylinders with oxygen plant PSA systems offers several advantages. Firstly, it provides a cost-efficient solution by eliminating the recurring expenses associated with oxygen refills and the need to search for "fill oxygen tank near me" services. With an oxygen plant PSA, healthcare facilities can benefit from a continuous and on-demand oxygen supply, ensuring uninterrupted access to medical-grade oxygen. This convenience also translates into reduced carbon emissions, as there is no need for transporting oxygen cylinders. Moreover, hospitals gain independence from external suppliers and logistical constraints, allowing for greater control over their oxygen supply and operations. Furthermore, the safety measures in oxygen manufacturing plant guarantee reliable delivery of medical-grade oxygen, offering reassurance to healthcare providers and patients. Advantages of Medical Oxygen Generators: Reliable Oxygen Supply Cost-effectiveness Operational Efficiency Independence Enhanced Patient Care

Net €80,130.00 €95,354.70*

OXYBERG® 1800 Oxygen Generator

Oxygen Generator OXYBERG® 1800 Purity 90% 93% 94% 95% O2 Nm3/h 89,2 83,2 81,0 78,2 Comp. air Nm3/h 981,2 915,2 891,0 860,2 Here are some advantages of industrial oxygen generators for medical applications: Reliable Oxygen Supply: Oxygen compressors ensure a continuous and reliable source of medical-grade oxygen, eliminating the dependency on external suppliers and the risk of supply shortages. On-Demand Production: O2 generators produce oxygen as needed, allowing healthcare facilities to adjust production according to patient demand, thus minimizing waste and optimizing resource utilization. Cost-Effectiveness: By producing oxygen on-site, hospitals can significantly reduce operational costs associated with purchasing, storing, and transporting compressed medical oxygen cylinders or liquid oxygen, leading to long-term cost savings. Also you can manage your oxygen plant cost by choosing the right medical oxygen supplier. Convenience and Accessibility: PSA oxygen plant provide convenient access to oxygen within medical facilities, eliminating the need for manual handling of heavy cylinders and streamlining the oxygen delivery process for healthcare providers. Customizable Oxygen Concentrations: Advanced oxygen making machine allow for precise control of oxygen concentrations, ensuring optimal therapy for patients with varying respiratory needs while minimizing the risk of oxygen toxicity. Emergency Preparedness: Oxygen generators equipped with backup systems ensure uninterrupted oxygen supply, even during power outages or other emergencies, thereby enhancing the resilience of healthcare infrastructure. Environmental Sustainability: By reducing the reliance on traditional oxygen delivery methods, such as cylinder transportation, oxygen generators contribute to environmental sustainability by minimizing carbon emissions and energy consumption associated with transportation logistics. Regulatory Compliance: Modern oxygen producing machine adhere to stringent regulatory standards for medical gas purity and quality, ensuring compliance with healthcare regulations and maintaining patient safety. Versatility: medical Oxygen generators can be deployed invarious medical settings including hospitals clinics ambulatory care centers emergency medical services catering to diverse healthcare needs across different care settings Improved Patient Outcomes Stable and top-notch oxygen supply from oxygen units is key for respiratory therapy, anesthesia delivery, and critical care. This support leads to better patient outcomes and faster recovery. The benefits of medical oxygen machines in healthcare highlight their importance in improving patient care, enhancing healthcare delivery, and making medical facilities more efficient.

Net €100,320.00 €119,380.80*

Medical gases are an essential component of modern medicine. From ventilation to anaesthesia to surgery – without them, qualified care would not be possible. With our medical compressors and customised solutions, you can ensure that your supply is always reliable and efficient, without relying on external gas deliveries. Our medical air compressors are the optimal solution to guarantee a continuous supply in hospitals.

For further information and individual consultation, we are happy to assist you.