OXYBERG® 1200 Oxygen Generator




Product number: 1020101200
Manufacturer: BERG GaseTech GmbH
Stock: 0
Product information "OXYBERG® 1200 Oxygen Generator "
Oxygen Generator OXYBERG® 1200
Purity 90% 93% 94% 95%
O2 Nm3/h 15.7 14.2 13.6 12.9
Comp. air Nm3/h 146.7 146.5 143.0 141.9

Revolutionizing Food Production: The Impact of PSA Oxygen Generators

Here are some key points related to the food industry and industrial oxygen generators:
  • Food Packaging: Oxygen concentrators are crucial in modified atmosphere packaging (MAP) systems used in the food industry. These systems help extend the shelf life of perishable food products by adjusting the gas composition inside packaging to reduce oxygen levels and inhibit microbial growth. 
  • Food Storage: Oxygen compressors are used in controlled atmosphere storage facilities for fruits, vegetables, and grains. By regulating oxygen levels, these generators help maintain product freshness and prevent spoilage during storage and transportation. 
  • Food Processing: O2 generators play a role in various food processing applications, such as water treatment, wastewater treatment, and sterilization processes. They ensure the availability of oxygen for aerobic processes and help maintain hygiene standards in food production facilities. 
  • Aquaculture: Oxygen machine are essential in aquaculture systems for providing supplemental oxygen to fish tanks and ponds. They help maintain optimal oxygen levels for fish health and growth, ensuring higher yields and better quality seafood products. 
  • Beverage Production: Oxygen making machines are used in breweries and wineries during fermentation processes. They provide oxygen for yeast growth and metabolism, contributing to the production of alcoholic beverages with desired flavor profiles. 
  • Meat and Poultry Processing: Oxygen producing machines are utilized in meat and poultry processing plants for various purposes, including packaging, chilling, and freezing. They help maintain product quality and safety by controlling oxygen levels in storage and processing environments. 
  • Bakery and Confectionery: PSA Oxygen plants are employed in baking and confectionery industries to improve product consistency and texture. They facilitate controlled oxidation reactions during dough fermentation and baking processes, resulting in better-quality bakery products.
Overall, oxygen units play a vital role in enhancing efficiency, quality, and safety across different segments of the food industry, contributing to the production of fresher, safer, and more sustainable food products.

How can an oxygen production plant be used in the food industry?

By using oxygen, we can have higher food quality. In other words, oxygen has a protective role in food. It prevents the growth of anaerobic microorganisms in packaged food. As a result, it makes the food last longer.
Oxygen manufacturing plants are really important in the food industry. They give a steady supply of oxygen for different uses that make food better, fresher, and last longer. One great thing about using oxygen in food packaging is that it helps stop bacteria and fungi from growing. These can spoil food and make people sick.
Using oxygen-rich gas in food packages instead of regular air helps oxygen generators keep food fresh for longer.
In food packaging, oxygen generators often remove air from packaging before sealing. In modified atmosphere packaging (MAP), the air inside is switched with a mix of gases, like oxygen, to keep food fresh and high-quality. Oxygen helps protect food by slowing down the process that makes it go bad and lose its nutrients.
Additionally, oxygen plants PSA are used in food processing facilities :
  • to support various operations, such as oxygenation of water for washing fruits and vegetables 
  • enhancing fermentation processes in food production 
  • improving the efficiency of certain food processing techniques
Oxygen-enriched water can help remove contaminants and prolong the shelf life of fresh produce by reducing microbial growth and maintaining product quality.
Also, compressed oxygen are used in storage places where the oxygen levels are controlled to keep fruits, veggies, and other perishable stuff fresh for longer. By controlling how much oxygen is in these places, food makers can make their products last longer and reduce food waste.
In summary, oxygen generators are really important in the food industry. They help keep food fresh, make it last longer on shelves, and ensure it's safe to eat. By using oxygen in food processing and packaging, food makers can give customers top-quality products, cut waste, and make sure the food stays good from when it's made to when it's eaten.
Advantages of Oxygen Generators in the Food Industry
  1. Extended Shelf Life: Oxygen generators help preserve food freshness, allowing products to remain viable for longer periods. 
  2. Enhanced Safety: By maintaining optimal oxygen levels, oxygen generators inhibit microbial growth, reducing the risk of foodborne illnesses. 
  3. Reduced Waste: Oxygen-controlled environments minimize spoilage, leading to less wasted food throughout the supply chain. 
  4. Improved Product Quality: Oxygen generators contribute to the production of high-quality food items, meeting consumer expectations and enhancing brand reputation. 
  5. Cost Efficiency: By prolonging shelf life and minimizing waste, oxygen generators provide cost-effective solutions for food producers.
Technical data "OXYBERG® 1200 Oxygen Generator "
Oxygen Generator  OXYBERG® 1200
Part No.  1020101200
Capacity (95%) 12.9 Nm3/h
Capacity (93%) 14.2 Nm3/h
Dimensions  820x1530x2380 LxWxH (mm) 
Design pressure  11 bar 
Operating pressure  7 bar 
Net weight  1030 kg 
Noise level  55 max 85 dB (A) 
Ambient temperature  +5 to +40 °C 
Electrical connection  230V 50Hz 110V 60 Hz 
Power consumption  150 W 
Safety class  54 IP 
Inlet Filtration **    0.01 micron 
Inlet filtration ** (Active carbon filter)  0.003 micron 
Outlet Filtration ** 3 to 5 micron 
Temperature *  20 ° C 
Above Sea Level *  0 m 
Pressure *  1.0133 bar 
Humidity * 70%
* Consult us for performance under other specific conditions
** Optional
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Mogas93, the complete medical solution
Mogas93, The complete medical solution for measuring purity of O2, CO2, CO and dewpoint Medical gas analyser The MoGas is a wall mounted medical gas purity analyzer and is designed for use in medical oxygen generation systems for checking the purity of the oxygen produced. It measures oxygen, carbon dioxide and carbon monoxide concentrations for the monitoring of an oxygen generating system. Applications A monitoring and analyzing unit for use in: Validation of medical oxygen generators Product purity on oxygen generators and compressed air systems Pharmaceutical Bottling/filling plant applications Features Measurement Ranges: Zirconia O2 Sensor: 0-96% O2 Infrared CO2 Sensor: 0-1000ppm Electrochemical CO Sensor: 0-50ppm Optional Paramagnetic Sensor 0-100% Optional moisture transmitter available Measures up to four parameters simultaneously Large backlit LCD display of gas concentration Optional built-in audible and visual alarms Programmable O2, CO and CO2 alarms output • Output - 4-20mA per channel. One common fault relay.

Net €2,900.00 €3,451.00*

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The system begins by effectively filtering out impurities like moisture, oil vapors, particles, and hydrocarbons through standard inlet filtration. Following this, zeolite, a synthetic crystalline aluminum silicate, selectively adsorbs nitrogen and carbon dioxide molecules from the purified compressed air in the molecular sieve beds, allowing only pure oxygen molecules to pass through into the production tank. To maintain a steady oxygen flow, the molecular sieves switch between adsorption and regeneration modes. This ensures a consistent and high-purity oxygen output for various applications. Whether it's in glass manufacturing or other industries, the oxygen generated by our oxygen production plants can be seamlessly integrated for enhanced efficiency and performance. On-site oxygen manufacturing plant are reliable for making oxygen where it's wanted. They start by cleaning out impurities like moisture, oil vapors, particles, and hydrocarbons using standard filters. 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Whether it's improving combustion processes, enhancing medical treatments, or optimizing industrial operations, on-site oxygen generation plays a vital role in ensuring a steady and reliable oxygen supply for a wide range of applications. With oxygen plants, people can rely on getting oxygen right where they need it, whenever they need it, for all sorts of production jobs. The advantage of using Ntron oxygen sensors for PSA oxygen plantsAccuracy: Ntron oxygen sensors are super accurate at measuring oxygen levels. This means they help our O2 generators control oxygen production with exactness. Reliability: Ntron sensors are tough and dependable, working reliably every time. This keeps OXYBERG® oxygen generator machines running smoothly and efficiently. Longevity: Ntron oxygen sensors stick around for a long time, even in tough industrial places. 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Net €45,910.00 €54,632.90*
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This means they can make more glass to meet demand without waiting for oxygen deliveries. Environmental Benefits: Using oxygen machine in glass production can lead to environmental benefits by reducing greenhouse gas emissions and air pollutants. Oxy-fuel combustion with oxygen generators produces cleaner flue gases with lower nitrogen oxide (NOx) emissions compared to air-fuel combustion. By improving combustion efficiency and reducing fuel consumption, glass manufacturers can minimize their carbon footprint and contribute to sustainable manufacturing practices. Cost Savings: Oxygen making machine offer cost-effective solutions for supplying oxygen in glass manufacturing applications. By generating oxygen onsite, glass producers eliminate the need for: • transportation • storage • handling of bulk liquid oxygen • compressed gas cylinders This results in cost savings associated with logistics, rental fees, and maintenance of traditional oxygen supply systems, making oxygen generators a cost-efficient option for glass industry operations. Reliability and Independence: Oxygen producing machines provide glass manufacturers with a steady and independent oxygen source. This means they can keep their operations running smoothly, avoid downtime, and maintain consistent production and quality standards without relying on external suppliers or delivery schedules. OXYBERG® oxygen units bring many benefits to glass production: • improve burning • make melting better • increase production • help the environment • cut costs • give a dependable oxygen supply By using oxygen production plant in their processes, glass makers can make their operations better, improve product quality, and compete better in the glass market worldwide. Oxygen Manufacturing plant: Cutting Carbon in Glass Production Using PSA oxygen plant is a game-changer in the glass industry's quest to reduce embodied carbon. These generators revolutionize the glass production process by optimizing combustion efficiency and enhancing melting performance, all while significantly lowering carbon emissions. By introducing a controlled and reliable source of oxygen into glass furnaces, oxygen generator machines enable glass manufacturers to achieve higher temperatures and faster melting rates with less fuel consumption. In the past, making glass required a lot of fossil fuels like natural gas or coal to heat up the materials. This used a ton of energy and made a lot of carbon dioxide. But now, with oxygen generators, burning fuel is cleaner and works better. The trick is in how we burn stuff. With oxygen generators, we swap regular air for pure oxygen when burning, making the burn more complete and controlled. This means hotter flames and less fuel used. So, we make less carbon dioxide per unit of glass, helping to cut down on embodied carbon. Moreover, the integration of oxygen concentrators in glass production aligns with sustainability goals and environmental regulations. As industries worldwide strive to reduce their carbon footprint and mitigate climate change, the adoption of oxygen generators presents a practical and effective solution for the glass industry to minimize its environmental impact while maintaining operational efficiency. In summary, using oxygen plant PSA is a great way for the glass industry to cut down on its carbon footprint. By making combustion more efficient, improving melting, and reducing carbon emissions, oxygen generators help make glass production more eco-friendly.

Net €37,620.00 €44,767.80*
OXYBERG® 1100 Oxygen Generator
Oxygen Generator OXYBERG® 1100 Purity 90% 93% 94% 95% O2 Nm3/h 13.6 12.7 11.8 11.4 Comp. air Nm3/h 149.6 139.7 129.8 125.4 Oxygen generators for fish farming PSA Oxygen generators for fish farming are devices used to provide supplemental oxygen to the water in fish tanks or ponds. In aquaculture systems, maintaining adequate oxygen levels is crucial for the health and growth of the fish. Oxygen generators work by using a process called electrolysis to separate water molecules into oxygen and hydrogen gas. The oxygen made by these devices goes into the water, giving fish more oxygen to breathe. This is really important, especially in crowded fish farms where there might not be enough oxygen in the water. Using an oxygen compressor in fish farming can keep fish happier and healthier, leading to fewer deaths and better growth. It also allows farmers to maintain optimal oxygen levels without relying solely on aeration systems or natural oxygen sources. Overall, O2 generators play a vital role in modern fish farming practices by ensuring that fish have access to sufficient oxygen levels, promoting their health and well-being. How oxygen generators help in fish farming and aquaculture applications? Oxygen generator machines are really important in fish farming and aquaculture. They add extra oxygen to the water, which fish need to stay healthy and grow well. Here are some ways in which oxygen generators help in fish farming and aquaculture: Improved Oxygen Levels: Oxygen producing machines keep the right amount of oxygen in fish tanks or ponds, especially in crowded fish farms. Fish need enough oxygen to breathe, grow, and stay healthy. Prevention of Oxygen Depletion: In packed fish tanks or ponds, oxygen can run out because there are too many fish, the water's warm, or there's too much waste. An PSA oxygen plant keeps this from happening by always adding oxygen to the water. Reduced Stress and Mortality: Insufficient oxygen levels can lead to fish stress, reduced immune function, and increased susceptibility to diseases. By ensuring adequate oxygen supply, oxygen unit help reduce stress levels and mortality rates in fish populations. Better Growth and Productivity: When fish have enough oxygen, they're healthier and more active, which helps them grow faster and be more productive. Oxygen manufacturing plant contribute to creating optimal conditions for fish growth and development. Flexibility and Control: Oxygen production plant provide farmers with greater control over oxygen levels in their aquaculture systems. They offer a flexible and reliable way to adjust oxygen supply based on changing environmental conditions or fish requirements. Cost-Effective Solution: Using oxygen making machines can save money compared to other ways of adding oxygen to water or depending on natural sources of oxygen. They are energy-efficient and can help optimize resource utilization in fish farming operations. In summary, industrial oxygen generators are really important in fish farming. They make sure fish have enough oxygen to stay healthy. By promoting optimal water quality and supporting fish health, oxygen generators contribute to the success and sustainability of aquaculture operations. How important is an adequate oxygen concentration in the water to ensure successful fish farming? Having enough oxygen in the water is super important for fish farming to go smoothly. Fish need oxygen to live, grow, and stay healthy, just like we need air to breathe. If there isn't enough oxygen in the water, fish can feel stressed, grow slower, get sick more often, and even die. Here are some key reasons why maintaining an adequate oxygen concentration is important in fish farming: Respiration: Fish require oxygen to carry out cellular respiration, which is the process by which they convert nutrients into energy. Without enough oxygen in the water, fish may struggle to breathe and experience respiratory distress, leading to negative impacts on their health and growth. Metabolism: Oxygen is essential for supporting the metabolic processes of fish, including digestion, growth, and reproduction. Adequate oxygen levels help fish maintain their metabolic functions and energy production, allowing them to grow and develop properly. Water Quality: Oxygen plays a critical role in maintaining water quality in aquaculture systems. High oxygen levels help prevent the accumulation of harmful gases like carbon dioxide and ammonia, which can be toxic to fish at elevated concentrations. Proper oxygenation of the water helps create a healthy aquatic environment for fish to thrive. Stress Reduction: Fish are sensitive to changes in their environment, including fluctuations in oxygen levels. Low oxygen concentrations can induce stress responses in fish, making them more susceptible to diseases and compromising their immune systems. By ensuring adequate oxygenation, fish farmers can reduce stress levels in their fish populations and promote overall well-being. Production Efficiency: Optimal oxygen levels support efficient feed conversion and nutrient utilization in fish, leading to improved growth rates and feed efficiency. By providing adequate oxygen supply, fish farmers can maximize the productivity and profitability of their aquaculture operations. To maintain proper oxygen levels in fish farming systems, aquaculturists often use aeration equipment, such as aerators and oxygen generators, to increase the oxygen content in the water. Monitoring dissolved oxygen levels regularly and adjusting aeration rates accordingly is essential for ensuring a healthy and sustainable environment for farmed fish. By prioritizing oxygen management in aquaculture practices, fish farmers can enhance the welfare of their fish stocks, minimize risks of oxygen-related issues, and optimize production outcomes in the aquaculture industry.

Net €22,380.00 €26,632.20*
OXYBERG® 1000 Oxygen Generator
Oxygen Generator OXYBERG® 1000 Purity 90% 93% 94% 95% O2 Nm3/h 10.6 9.1 8.5 8.1 Comp. air Nm3/h 116.6 100.1 93.5 89.1 What is hyperbaric oxygen therapy? Hyperbaric oxygen therapy (HBOT) is a medical treatment where you breathe in pure oxygen in a pressurized room. The extra pressure helps your lungs take in more oxygen, which travels through your blood to help your body heal and fight infections. HBOT is used to treat many health problems like decompression sickness, slow-healing wounds, carbon monoxide poisoning, and infections. It can also help with things like diabetic foot sores, radiation injuries, and some brain problems. Hyperbaric oxygen chamber price The cost of hyperbaric oxygen chamber for home or even portable hyperbaric oxygen chamber depends on many factors such as:size of the chamber specific features additional equipment included Get in touch with us for "best hyperbaric oxygen therapy for sale" options available. We're here to help you find the perfect fit for your needs. we calculate the hyperbaric oxygen chamber cost exactly according to requirements. How onsite industrial oxygen generators help hyperbaric and beauty? Onsite o2 generators can be beneficial for both hyperbaric therapy and beauty treatments. Here's how they can help: Hyperbaric Therapy: On-site PSA oxygen plants make sure there's always enough pure oxygen for hyperbaric oxygen therapy (HBOT). With an oxygen unit in your workplace, there is no need to depend on external sources for oxygen. It also eliminates the need for o2 tank or o2 cylinder. So the hyperbaric chamber can always work smoothly. This can lead to improved treatment outcomes and patient safety. Beauty Treatments: Oxygen facials are a trendy beauty treatment that makes your skin look better and boosts collagen. Having an onsite oxygen plant is an easy and cheap way to make the oxygen needed for these treatments. With pure oxygen from the plant, beauty experts can make sure their clients get great results from their facials. OXYBERG® onsite production plants can enhance the effectiveness and convenience of both hyperbaric therapy and beauty treatments by providing a consistent and high quality source of oxygen.

Net €23,250.00 €27,667.50*
OXYBERG® 900 Oxygen Generator
Oxygen Generator OXYBERG® 900 Purity 90% 93% 94% 95% O2 Nm3/h 8.1 6.7 6.4 6.2 Comp. air Nm3/h 89.1 73.7 70.4 68.2   Enhancing wastewater treatment with oxygen performance with industrial oxygen generators Wastewater treatment means cleaning up dirty water before putting it back into nature. It's done to make sure sewage and industrial wastewater don't harm the environment or people's health by getting rid of harmful stuff. Oxygen concentrator can play a crucial role in wastewater treatment by supporting various processes that enhance treatment efficiency and ensure the removal of contaminants. Oxygen compressors are used in wastewater treatment to provide oxygen for: aeration oxidation biological treatment ozone generation mixing/circulation processes They help enhance treatment efficiency, promote the breakdown of contaminants, and improve water quality by supporting various treatment methods in wastewater treatment plants. How does using an oxygen generator machine in wastewater treatment make things better? It speeds up treatment, improves how well it works, and helps control smells. Using O2 generators in wastewater treatment can be important for several reasons: Enhanced Treatment Efficiency: Oxygen is really important for aerobic bacteria to thrive and break down organic matter in wastewater. Using oxygen production plant to add extra oxygen to the treatment process helps these bacteria grow and work better, making the treatment more efficient. Reduced Treatment Time: Oxygen units can help accelerate the treatment process by providing a continuous supply of oxygen to the treatment system. This can help reduce the overall treatment time required to treat wastewater, allowing for quicker processing and discharge of treated water. Improved Treatment Performance: Adequate oxygen levels in wastewater treatment systems can help maintain optimal conditions for aerobic bacteria to thrive and effectively break down organic pollutants. This can result in improved treatment performance, better removal of contaminants, and higher quality treated water. Odor Control: Oxygen can help reduce the production of foul-smelling gases such as hydrogen sulfide in wastewater treatment systems. By promoting aerobic conditions through the use of oxygen generators, unpleasant odors can be minimized, creating a more pleasant working environment for operators and nearby residents. Overall, using psa oxygen plants in wastewater treatment can help enhance treatment efficiency, reduce treatment time, improve treatment performance, and control odors, ultimately leading to better overall operation of wastewater treatment plants. Improving Athlete Performance with Oxygen Water clean oxygen-enriched water can help athletes' health. When athletes are training and engaging in physical activity, their bodies need more oxygen. Consuming clean water that contains more oxygen from an oxygen making machine can help athletes to: improve their performance recover better feel less fatigue Also, drinking oxygen water helps keep your body hydrated and gets you important nutrients, which are really important for doing better and bouncing back faster.

Net €19,640.00 €23,371.60*
OXYBERG® 800 Oxygen Generator
Oxygen Generator OXYBERG® 800   Purity 90% 93% 94% 95% O2 Nm3/h 6.3 5.5 5.2 4.9 Comp. air Nm3/h 69.3 60.5 57.2 53.9   BERG OXYGEN Plants, for many different applications clinics, biogas plants, cutting, welding, wellness, beauty, hospitals, fish faming, aquaculture, pharmaceuticals, food industry and diving. Using PSA oxygen generator for water treatment Using industrial psa oxygen plant for water treatment offers several benefits and advantages, including: Oxidation: You can use oxygen concentrators to add oxygen to water treatment. This helps remove things like iron, manganese, and hydrogen sulfide. Adding oxygen makes the chemical reactions work better, so the water gets cleaner and safer to use. Biological Treatment: Oxygen compressor are essential for supporting aerobic biological treatment processes in wastewater treatment plants. Using oxygen manufacturing plants helps aerobic microorganisms like bacteria grow and work better. This helps break down organic matter and pollutants in water. Aeration: You can use oxygen producing machines to add oxygen to lakes, ponds, and reservoirs. This helps make the water better for fish and other aquatic life. Aeration introduces oxygen into the water column, enhancing dissolved oxygen levels, reducing stratification, and preventing the buildup of harmful gases like hydrogen sulfide. Disinfection: Oxygen production plant can help disinfect water and remove harmful substances through advanced oxidation processes (AOPs). They create ozone or hydroxyl radicals from oxygen, which break down pathogens, drugs, and other pollutants in water. Cost-Effectiveness: Making oxygen on-site with oxygen generators can be cheaper than relying on traditional oxygen supply methods, such as liquid oxygen tanks or oxygen cylinders. By producing oxygen onsite, water treatment facilities can save on transportation costs, reduce reliance on external suppliers, and ensure a continuous and reliable oxygen supply for treatment processes. by removing o2 cylinder and o2 tank the oxygen plant cost reduce. Environmental Sustainability: Using oxygen generators for water treatment can contribute to environmental sustainability by reducing energy consumption and carbon emissions associated with traditional oxygen supply methods. Onsite oxygen generation eliminates the need for transporting oxygen cylinders or tanks, promoting a more sustainable approach to water treatment operations. Overall, the use of oxygen concentrator generator for water treatment offers benefits such as:enhanced oxidation support for biological treatment processes improved aeration disinfection capabilities cost-effectiveness environmental sustainability Incorporating oxygen generators into water treatment systems can help improve water quality, enhance treatment efficiency, and support sustainable water management practices. How can we use industrial oxygen generators for drinking water treatment? O2 generators can play a crucial role in drinking water treatment by supporting various processes that improve water quality and ensure safe drinking water. Here are some ways in which oxygen generators can be used for drinking water treatment: Oxidation of Contaminants: You can use an Oxygen Generator machine to add oxygen to water treatment. This helps remove things like iron, manganese, and hydrogen sulfide by changing them into forms that can be easily filtered out or treated. Aeration: Oxygen making machine can support aeration processes in drinking water treatment plants to enhance dissolved oxygen levels in water. Enough dissolved oxygen is important for keeping water creatures healthy, helping biological treatments, and getting rid of bad smells and tastes in water. Disinfection: Oxygen generators can be used in special processes to clean drinking water. They create ozone or hydroxyl radicals that kill off germs and viruses in the water, making sure it's safe to drink. Biological Filtration: Oxygen generators can provide oxygen to support biological filtration processes in drinking water treatment systems. Aerobic microorganisms rely on oxygen to break down organic matter and contaminants present in the water, improving water quality and reducing the risk of microbial contamination. Ozone Generation: Some oxygen units are capable of producing ozone, a powerful oxidizing agent used for disinfection in drinking water treatment. Ozone generated by cylinder of oxygen can be injected into the water to destroy pathogens, bacteria, and viruses, providing an additional layer of protection against waterborne diseases. pH Adjustment: An Oxygen plant PSA can help adjust the pH levels in drinking water treatment. It adds oxygen to the water, which starts chemical reactions to balance the pH. Maintaining the correct pH balance is essential for ensuring the effectiveness of disinfection processes and preventing corrosion in distribution systems. Mixing and Circulation: Oxygen concentrator generators can support mixing and circulation in drinking water treatment systems, ensuring uniform distribution of oxygen throughout the water. Proper mixing helps optimize treatment processes, improve the efficiency of disinfection methods, and enhance overall water quality. By incorporating psa oxygen cylinders into drinking water treatment processes, water treatment plants can enhance treatment efficiency, improve water quality, and ensure the delivery of safe and clean drinking water to consumers. The versatile applications of oxygen generators make them valuable tools for addressing various challenges associated with drinking water treatment.

Net €16,920.00 €20,134.80*
OXYBERG® 700 Oxygen Generator
Oxygen Generator OXYBERG® 700 Purity 90% 93% 94% 95% O2 Nm3/h 4.9 4.2 3.9 3.8 Comp. air Nm3/h 53.9 46.2 42.9 41.8 Many famous companies worldwide trust BERG solutions for making oxygen on-site right where they need it. It's crucial for oxygen to be available immediately and continuously to keep animals safe and healthy. Is it possible to remove hydrogen sulfide from the anaerobic digester by using on site OXYBERG® oxygen generator machine? Yes, you can take out hydrogen sulfide from anaerobic digesters with on-site industrial oxygen generators. It's a common result of anaerobic digestion and can lead to problems like rust, bad smells, and harm. By adding just enough oxygen using the generator to the digester, the hydrogen sulfide can turn into safer stuff. This process, called biological desulfurization, lowers the hydrogen sulfide levels in the digester, reducing its harmful effects. To effectively remove hydrogen sulfide using OXYBERG® O2 generators, follow these steps: Integrate Oxygen Injection: Install the PSA oxygen generator in the anaerobic digester system to introduce oxygen into the environment where hydrogen sulfide is present. Controlled Oxygen Levels: Adjust the oxygen levels from the generator carefully. Make sure there's enough oxygen to turn hydrogen sulfide into safer stuff, but not too much that it messes up the digestion process. Monitor Hydrogen Sulfide Levels: Regularly monitor the levels of hydrogen sulfide in the digester to track the oxygen injection Optimize Operation: Adjust the oxygen compressor's operation using monitoring data to improve the removal of hydrogen sulfide, all while ensuring the digester's overall performance remains optimal. Maintenance and Safety: Ensure that the oxygen making machine is properly maintained and operated safely to prevent any issues during the hydrogen sulfide removal process. By using our oxygen units for removing hydrogen sulfide from anaerobic digesters, you can improve digester performance, reduce environmental impacts, and enhance overall operational efficiency. How can removal of hydrogen sulfide from anaerobic digestion using on-site BERG oxygen production plant help the environment? The removal of hydrogen sulfide from anaerobic digestion using on-site OXYBERG® can have several environmental benefits: Reduced Odor: Hydrogen sulfide is responsible for the foul odor associated with anaerobic digesters. By effectively removing it through oxidation with oxygen, the generation of unpleasant odors can be minimized, improving the local air quality and reducing nuisance for nearby communities. Prevention of Corrosion: Hydrogen sulfide can lead to corrosion of equipment and infrastructure in anaerobic digesters. By reducing its levels with the help of oxygen generators, the risk of corrosion-related damage is decreased, prolonging the lifespan of digester components and reducing maintenance costs. Mitigation of Toxicity: Hydrogen sulfide is toxic to humans and animals at high concentrations. By removing it from anaerobic digesters, the potential health risks associated with exposure to this gas are reduced, creating a safer working environment for operators and preventing harm to surrounding ecosystems. Improved Digestion Efficiency: Excessive levels of hydrogen sulfide can inhibit the activity of microorganisms involved in anaerobic digestion, leading to process inefficiencies and reduced biogas production. By controlling its levels through oxygen injection, the overall performance and efficiency of the digestion process can be enhanced, resulting in higher biogas yields and better waste treatment. Enhanced Sustainability: When we use on-site PSA oxygen plants  to clean out hydrogen sulfide from anaerobic digesters, it makes the waste treatment process better for the environment. This means less harm to nature, things running smoother, and more renewable energy.In summary, Using BERG Kompressoren’s oxygen compressor on-site: Help clean anaerobic digesters Cutting down on smells Stopping rust Lowering health dangers Boosting digestion Making waste treatment more eco-friendly

Net €15,780.00 €18,778.20*
OXYBERG® 600 Oxygen Generator
Oxygen Generator OXYBERG® 600   Purity 90% 93% 94% 95% O2 Nm3/h 3.9 2.9 2.8 2.6 Comp. air Nm3/h 42.9 31.9 30.8 28.6 Well-known companies and associations from around the world rely on BERG KOMPRESSOREN GmbH solutions OXYBERG®️ in the onsite production of oxygen. It is important that oxygen is available instantly and without interruption to ensure that, the life of the animal is not put at risk.

Net €14,670.00 €17,457.30*
OXYBERG® 500 Oxygen Generator
Oxygen Generator OXYBERG® 500 Purity 90% 93% 94% 95% O2 Nm3/h 2.9 2.1 1.9 1.8 Comp. air Nm3/h 31.9 23.1 20.9 19.8 BERG oxygen compressors use in producing process of biogas and bio methane To use industrial oxygen generators effectively in the production of biogas and bio methane, follow these steps:Adding BERG oxygen concentrator to the anaerobic digestion system where microorganisms break down organic matter to make biogas. Make sure to properly connect and ensure the generator is functioning correctly. Adjust Oxygen Levels: Determine the optimal oxygen levels required for the anaerobic digestion process. You can easily control oxygen levels with the oxygen generator machine. Adjust the settings to introduce the perfect amount of oxygen into the system. Monitor Performance: Regularly monitor the performance of the anaerobic digestion process with the oxygen generator in place. Keep track of gas production rates, methane content, digestion efficiency, and any changes in by-product formation. Optimize Operation: Fine-tune the operation of the PSA oxygen generator based on the performance data collected. Adjust the oxygen levels, flow rates, and other factors to improve the efficiency of producing biogas and bio methane. Changing the amount of oxygen, flow rates, and other factors can help make the production process work better. By adjusting these variables, you can improve the efficiency of biogas and bio methane production. Remember to maintain and troubleshoot the ox. Keep it in good condition by servicing it regularly. This will help prevent any issues or breakdowns. Address any issues promptly to keep the system running smoothly. Using the PSA oxygen plant correctly during anaerobic digestion can increase biogas and bio methane production. It can also make the process more efficient and create energy in a sustainable and environmentally friendly manner. Function of Oxygen manufacturing plant for biogas production Oxygen production plan are important for making biogas and bio methane. They provide high-purity oxygen for the biological processes used in these productions. Our oxygen generators can enhance anaerobic digestion. This process involves microorganisms breaking down organic matter without oxygen. The result is the production of biogas. By using Oxygen concentrator generators, the anaerobic digestion process can be optimized, leading to higher biogas and bio methane production. This not only increases the efficiency of the process but also helps in reducing greenhouse gas emissions. The high-purity oxygen provided by O2 generators ensures that the microorganisms involved in the digestion process have the ideal conditions to thrive and produce biogas effectively. Overall, incorporating BERG oxygen generators into biogas production systems can result in a more sustainable and environmentally friendly way of generating energy. Our oxygen generators can help prevent the formation of harmful substances like hydrogen sulfide and volatile organic compounds. This makes the production process cleaner and more efficient. Our PSA oxygen plant are important for improving the anaerobic digestion process for biogas and bio methane production. This helps make renewable energy sources more efficient and sustainable.In-situ biogas processing: an important application of oxygen injection is to increase the methane (CH₄) concentration of the biogas by converting carbon dioxide (CO₂) in the biogas into additional methane, a process that is part of power-to-gas technology: Biological methanation (microbial catalysis): In this process, microorganisms called methanogens use hydrogen (produced by water electrolysis with excess renewable energy) and carbon dioxide in the presence of small amounts of oxygen to produce methane. This reaction can take place directly in the anaerobic fermenter or in a separate bioreactor. Chemical Reaction: The typical reactions facilitated by the addition of small amounts of oxygen and hydrogen are:CO2+4H2→CH4+2H2O Here, carbon dioxide is reduced to methane, increasing the energy value of the biogas. Injecting oxygen into a biogas plant for removing CO₂ directly by converting it into methane enhances the overall methane yield of the process. This upgrading not only improves the quality of the biogas (increasing its calorific value) but also makes it comparable to natural gas standards, which can be crucial for injection into gas grids or for use as vehicle fuel. It’s important to manage the oxygen levels carefully, as excessive oxygen can disrupt the anaerobic processes and pose safety risks due to the flammability of methane. Therefore, control systems are crucial to ensure optimal oxygen dosing in biogas plants.

Net €13,450.00 €16,005.50*