On-Site Gas Generation

A Complete Oxygen Package OXYBERG® 500O2 Generator OXYBERG® 500 with Purity and Pressure sensorsAir receiver 150lit with condensate drainOxygen Vessels 90lit with all accessoriesCompressed air Filter line class 1.-.1 acc. ISO8573-1 (PUREBERG®️ F03 WW Water separator, PUREBERG® Z 150 oil free package)Compressed Air Dryer (Adsorption Dryer DRYBERG® AD150CT)Metal frame Skid mounted with piping and electrical wiring 2x1Air Compressor (Stationary Screw Compressor KOMPBERG® BSDKF7)(optional) Installation of Plant on a common metal skid frameBase frame layout documentation: Assembly layout drawing, R&I Scheme, Plant description, List of electric / electronic consumers, Operation - & Maintenance Manual, List of spare & wearing parts, Wiring diagrams, terminal clamp diagrams, Functions drawing, Material evidence - Further documentations on request!We use compressed air for so many applications such as mineral and cement industry, Automobile industry, Steel plants, Chemicals, Pharmaceuticals, Food & Beverage, Semiconductor & Electronics, Medical Breathing Air and also O2 or N2 PSA generators that depends on Applications we need different quality that we should the contaminates (particle, water, Oil) from-compressed air. Certifications, Standards, Codes and Regulations All work, materials and equipment covered by this quotation shall comply with the applicable codes, regulations and standards of the Federal Republic of Germany. The applicable codes and standards are as listed below: - DIN-Standards - VDI/VDE-Regulations - IEC-Standards - UVV-Regulations Other standards codes and regulations are also possible after agreement e. g. ASME, ATEX, GL, BV or others METAL INDUSTRY With SKID Oxygen generators - OXYBERG®  In the metal industry, skid oxygen generators play a crucial role in various processes such as steelmaking, welding, cutting, and brazing. These generators are used to produce high-purity oxygen on-site, eliminating the need for traditional oxygen supply methods such as liquid oxygen or compressed oxygen cylinders. Skid oxygen generators offer a cost-effective and reliable solution for meeting the oxygen demands of metal production processes. By providing a continuous supply of oxygen, these generators help optimize the efficiency and productivity of metal manufacturing operations. Additionally, skid oxygen generators contribute to the sustainability of the metal industry by reducing the carbon footprint associated with the transportation and storage of traditional oxygen sources. They also offer greater flexibility and control over oxygen supply, allowing for better management of production schedules and resource allocation. Overall, skid oxygen generators are an essential component of the metal industry, supporting the production of high-quality metal products while minimizing operational costs and environmental impact.

A Complete Oxygen Package OXYBERG® 600O2 Generator OXYBERG® 600 with Purity and Pressure sensorsAir receiver 150lit with condensate drainOxygen Vessels 90lit with all accessoriesCompressed air Filter line class 1.-.1 acc. ISO8573-1 (PUREBERG®️ F02 WW Water separator, PUREBERG® Z 04 oil free package)Compressed Air Dryer (Adsorption Dryer DRYBERG® AD50)Metal frame Skid mounted with piping and electrical wiring 2x1Air Compressor (Stationary Screw Compressor KOMPBERG® BSDKF11)(optional)Installation of Plant on a common metal skid frameBase frame layout documentation: Assembly layout drawing, R&I Scheme, Plant description, List of electric / electronic consumers, Operation - & Maintenance Manual, List of spare & wearing parts, Wiring diagrams, terminal clamp diagrams, Functions drawing, Material evidence - Further documentations on request!We use compressed air for so many applications such as mineral and cement industry, Automobile industry, Steel plants, Chemicals, Pharmaceuticals, Food & Beverage, Semiconductor & Electronics, Medical Breathing Air and also O2 or N2 PSA generators that depends on Applications we need different quality that we should the contaminates (particle, water, Oil) from-compressed air. Certifications, Standards, Codes and Regulations All work, materials and equipment covered by this quotation shall comply with the applicable codes, regulations and standards of the Federal Republic of Germany. The applicable codes and standards are as listed below: - DIN-Standards - VDI/VDE-Regulations - IEC-Standards - UVV-Regulations Other standards codes and regulations are also possible after agreement e. g. ASME, ATEX, GL, BV or others BIOGAS PLANTS With SKID Oxygen generators - OXYBERG®  In biogas plants, skid oxygen generators can be used to enhance the efficiency of the anaerobic digestion process. By introducing oxygen into the digesters, the breakdown of organic materials is accelerated, resulting in increased biogas production. Skid oxygen generators can be integrated into biogas plants to provide a continuous and reliable supply of oxygen for the digestion process. This helps to optimize the production of biogas, which can be used as a renewable energy source for power generation or heating. The use of skid oxygen generators in biogas plants also reduces the reliance on traditional sources of oxygen, such as compressed oxygen cylinders or liquid oxygen, and eliminates the need for frequent deliveries and storage of these materials. Overall, skid oxygen generators offer a sustainable and cost-effective solution for enhancing the performance of biogas plants by providing a consistent supply of oxygen for the anaerobic digestion process.

Oxygen Generator OXYBERG® 500 Purity 90% 93% 94% 95% O2 Nm3/h 2.1 1.7 1.6 1.5 Comp. air Nm3/h 23.1 18.7 17.6 16.5 BERG Oxygen Compressors are Used in the Production of Biogas and Biomethane To effectively use industrial oxygen generators in the production of biogas and biomethane, follow these steps: Add a BERG oxygen concentrator to the anaerobic digestion system, where microorganisms break down organic matter to produce biogas. Ensure that the generator is properly connected and functioning correctly. Adjust the oxygen levels: Determine the optimal oxygen levels required for the anaerobic digestion process. With the oxygen generator, you can easily control the oxygen levels. 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 installed. Track gas production rates, methane content, digestion efficiency, and any changes in by-product formation. Optimise 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 biogas and biomethane production. Changing the oxygen levels, flow rates, and other variables can help the production process run more efficiently. By adjusting these variables, you can improve the efficiency of biogas and biomethane production. Remember to maintain and troubleshoot the oxygen system. This will help prevent issues or breakdowns. Address any problems promptly to ensure smooth system operation. Proper use of the PSA oxygen plant during anaerobic digestion can increase biogas and biomethane production. Additionally, it can make the process more efficient and help generate energy in a sustainable and environmentally friendly manner. Function of Oxygen Production Plants for Biogas Production Oxygen production plants are essential for the production of biogas and biomethane. They supply high-purity oxygen for the biological processes involved in these productions. Our oxygen generators can enhance anaerobic digestion. In this process, microorganisms break down organic material without oxygen, resulting in biogas production. Using oxygen concentrator generators can optimise the anaerobic digestion process, leading to higher biogas and biomethane production. This not only increases process efficiency but also helps reduce greenhouse gas emissions. The high-purity oxygen provided by O2 generators ensures that the microorganisms involved in the digestion process have ideal conditions to thrive and effectively produce biogas. 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 sulphide and volatile organic compounds. This makes the production process cleaner and more efficient. Our PSA oxygen plant is essential for improving the anaerobic digestion process for biogas and biomethane 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 concentration (CH₄) in biogas by converting carbon dioxide (CO₂) into additional methane. This process 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 digester 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 to remove CO₂ directly by converting it into methane increases 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 is crucial for injection into gas grids or for use as vehicle fuel. It is essential to carefully control oxygen levels, as excessive oxygen can disrupt the anaerobic processes and pose safety risks due to the flammability of methane. Therefore, control systems and oxygen mobile sensors are crucial to ensure optimal oxygen dosing in biogas plants. For an overview, here are more oxygen generators skid with additional capacities. The BERG team is happy to assist you in finding the right O2 generator.

A Complete NITROGEN Package NITROBERG® 500N2 Generator NITROBERG®️500 with Purity and Pressure sensors Air receiver 150lit with condensate drain NITROGEN Vessels 90lit with all accessories Compressed air Filter line class 1.-.1 acc. ISO8573-1 (PUREBERG®️ F02 WW Water separator, PUREBERG®  Z 04 oil free package)Compressed Air Dryer (Refrigerator DRYBERG® RF02 or Adsorption Dryer DRYBERG® AD35) Metal frame Skid mounted with piping and electrical wiring 2x1 Air Compressor (Stationary Screw Compressor KOMPBERG® BSDKF11)(optional) Installation of Plant on a common metal skid frameBase frame layout documentation: Assembly layout drawing, R&I Scheme, Plant description, List of electric / electronic consumers, Operation - & Maintenance Manual, List of spare & wearing parts, Wiring diagrams, terminal clamp diagrams, Functions drawing, Material evidence - Further documentations on request!We use compressed air for so many applications such as mineral and cement industry, Automobile industry, Steel plants, Chemicals, Pharmaceuticals, Food & Beverage, Semiconductor & Electronics, Medical Breathing Air and also O2 or N2 PSA generators that depends on Applications we need different quality that we should the contaminates (particle, water, Oil) from-compressed air. Certifications, Standards, Codes and Regulations All work, materials and equipment covered by this quotation shall comply with the applicable codes, regulations and standards of the Federal Republic of Germany. The applicable codes and standards are as listed below: - DIN-Standards - VDI/VDE-Regulations - IEC-Standards - UVV-Regulations Other standards codes and regulations are also possible after agreement e. g. ASME, ATEX, GL, BV or others Nitrogen Generator for LC/MS It is used for applications like isotope dating, trace gas analysis, and drug manufacture. Mass spectrometry has provided answers to pressing scientific questions. BERG GaseTech GmbH as made in Germany solution works directly with labs to provide the most efficient and cost-effective solutions available.  why do we use of nitrogen in mass spectrometers? Nitrogen is typically used when removing sample solvents to prevent them from reaching LC/MS components where they are not needed. Nitrogen eliminates solvents before they reach spectroscopic detectors, compromising test quality. The following describes the different ways nitrogen can be used in an LC/MS. Nitrogen in Electrospray Ionization Detectors Nitrogen in Atmospheric Pressure Ionization DetectorsNitrogen Curtain GasUsing a nitrogen generator for LC/MS For operators using LC/MS instruments, opting to integrate an on-site nitrogen generator could be one of the best options for their analytical processes. The use of a nitrogen generator offers various advantages, including lower production costs, ease of use and comfort, increased operational safety and a reduction in overall energy costs. Electronics manufacturing applications with skid industrial nitrogen generators In electronics manufacturing, skid industrial nitrogen generators are used for a variety of applications. Nitrogen is commonly used for soldering and reflow processes to prevent oxidation and improve the quality of electronic components. It is also used for inerting during the production of semiconductors and other electronic materials to prevent contamination and ensure product purity. Additionally, nitrogen is used for wave soldering, where it helps to reduce dross formation and improve solder joint quality. It can also be used for testing and flushing of electronic components and systems to ensure proper functionality and reliability. Furthermore, nitrogen is used for pick and place machines, where it helps to prevent component misalignment and improve the accuracy of placement. It is also used for conformal coating applications to prevent moisture ingress and improve the longevity of electronic products. Overall, skid industrial nitrogen generators play a crucial role in providing a reliable and on-site nitrogen supply for various applications in electronics manufacturing, helping to improve product quality, reliability, and performance.

Nitrogen Generator NITROBERG® 500 2.2 Nm3/h (99.99%) Capacity (Nm3/h) Nitrogen Content  97% 98% 99% 99.5% 99.9% 99.99% 99.995% 99.999% Capacity Nm3/h  10.7 8.6 7.1 6.2 4.1 2.2 1.7 1.2 Compressed air factor 2.3 2.3 2.6 2.9 3.4 4.6 5.2 6.4 Compressed air Nm3/h 24.6 19.8 18.5 18.0 13.9 10.1 8.8 7.7 Compressed air m3/h * 26.4 21.2 19.8 19.3 15.0 10.9 9.5 8.2 Product vessel (l)  90 90 90 90 90 90 90 90 Compressed air vessel (l)  90 90 90 90 90 90 90 90     Laboratory nitrogen gas generators NITROBERG® nitrogen generators are able to produce nitrogen gas at high purity levels (up to 99.999%) using PSA (Pressure Swing Adsorption) technology. These generators are compact and efficient, making them ideal for laboratory settings where space may be limited. The small size of NITROBERG® nitrogen generators allows them to be easily installed in laboratories without taking up much space. Additionally, the generators are designed to be energy-efficient, which helps reduce operating costs and makes them a cost-effective solution for laboratories. Furthermore, NITROBERG® nitrogen generators are easy to use and require minimal maintenance, making them a convenient and reliable source of nitrogen gas for laboratories. Their compact size, efficiency, and ease of use make them a practical choice for laboratories needing a reliable nitrogen gas supply. The advances of using nitrogen generators for produce gas nitrogen in laboratories Using nitrogen generators in laboratories offers several advantages over traditional methods of sourcing nitrogen gas. Some of the key benefits include: Cost-effectiveness: Nitrogen generators eliminate the need for purchasing nitrogen cylinders, which can be costly over time. By producing nitrogen on-site, laboratories can significantly reduce their operational expenses. Convenience and reliability: With a nitrogen generator, laboratories have a continuous and reliable source of nitrogen gas available on-demand. This eliminates the risk of running out of nitrogen at critical moments and ensures consistent gas quality for experiments and processes. Safety: Handling and storing nitrogen cylinders can pose safety risks, especially in laboratory environments. Nitrogen generators eliminate the need for handling pressurized gas cylinders, reducing the potential hazards associated with their use. Environmental sustainability: By generating nitrogen on-site, laboratories can reduce their carbon footprint by eliminating the transportation and disposal of nitrogen cylinders. This environmentally friendly approach aligns with sustainability goals and reduces overall environmental impact. Customization and flexibility: Nitrogen generators can be tailored to meet specific purity and flow rate requirements, allowing laboratories to customize their nitrogen gas supply based on their unique needs. This flexibility ensures that laboratories can optimize their gas supply for different applications. The use of NITROBERG® nitrogen generators in laboratories offers a cost-effective, convenient, safe, and environmentally sustainable solution for producing high-purity nitrogen gas on-site. These advances make nitrogen generators a valuable asset for enhancing laboratory operations and ensuring reliable gas supply for various applications.

A Complete Oxygen Package OXYBERG® 700O2 Generator OXYBERG® 700 with Purity and Pressure sensorsAir receiver 250lit with condensate drainOxygen Vessels 150lit with all accessoriesCompressed air Filter line class 1.-.1 acc. ISO8573-1 (PUREBERG®️ Water separator, PUREBERG® oil free package)Compressed Air Dryer (Adsorption Dryer DRYBERG® )Metal frame Skid mounted with piping and electrical wiring 2x1Air Compressor (Stationary Screw Compressor KOMPBERG®)(optional)Installation of Plant on a common metal skid frameBase frame layout documentation: Assembly layout drawing, R&I Scheme, Plant description, List of electric / electronic consumers, Operation - & Maintenance Manual, List of spare & wearing parts, Wiring diagrams, terminal clamp diagrams, Functions drawing, Material evidence - Further documentations on request!We use compressed air for so many applications such as mineral and cement industry, Automobile industry, Steel plants, Chemicals, Pharmaceuticals, Food & Beverage, Semiconductor & Electronics, Medical Breathing Air and also O2 or N2 PSA generators that depends on Applications we need different quality that we should the contaminates (particle, water, Oil) from-compressed air. Certifications, Standards, Codes and Regulations All work, materials and equipment covered by this quotation shall comply with the applicable codes, regulations and standards of the Federal Republic of Germany. The applicable codes and standards are as listed below: - DIN-Standards - VDI/VDE-Regulations - IEC-Standards - UVV-Regulations Other standards codes and regulations are also possible after agreement e. g. ASME, ATEX, GL, BV or others Glass Factory Application With SKID Oxygen generators - OXYBERG®  In a glass factory, skid oxygen generators can be used to provide a continuous and reliable supply of oxygen for various processes such as glass melting, annealing, and cutting. The use of oxygen in these processes helps improve efficiency, reduce fuel consumption, and enhance the overall quality of the glass products. Skid oxygen generators can be installed on-site to produce oxygen as needed, eliminating the need for frequent deliveries of compressed oxygen cylinders or liquid oxygen. This not only reduces logistical challenges but also ensures a consistent supply of oxygen for uninterrupted production. Additionally, skid oxygen generators can be customized to meet the specific oxygen demands of a glass factory, making them a cost-effective and efficient solution for oxygen supply in this industrial setting. Overall, skid oxygen generators play a crucial role in supporting the operations of a glass factory by providing a safe and reliable source of oxygen for various manufacturing processes.

A Complete Oxygen Package OXYBERG® 800O2 Generator OXYBERG® 800 with Purity and Pressure sensorsAir receiver 350lit with condensate drainOxygen Vessels 250lit with all accessoriesCompressed air Filter line class 1.-.1 acc. ISO8573-1 (PUREBERG®️ Water separator, PUREBERG® oil free package)Compressed Air Dryer (Adsorption Dryer DRYBERG® )Metal frame Skid mounted with piping and electrical wiring 2x1Air Compressor (Stationary Screw Compressor KOMPBERG®)(optional)Installation of Plant on a common metal skid frameBase frame layout documentation: Assembly layout drawing, R&I Scheme, Plant description, List of electric / electronic consumers, Operation - & Maintenance Manual, List of spare & wearing parts, Wiring diagrams, terminal clamp diagrams, Functions drawing, Material evidence - Further documentations on request!We use compressed air for so many applications such as mineral and cement industry, Automobile industry, Steel plants, Chemicals, Pharmaceuticals, Food & Beverage, Semiconductor & Electronics, Medical Breathing Air and also O2 or N2 PSA generators that depends on Applications we need different quality that we should the contaminates (particle, water, Oil) from-compressed air. Certifications, Standards, Codes and Regulations All work, materials and equipment covered by this quotation shall comply with the applicable codes, regulations and standards of the Federal Republic of Germany. The applicable codes and standards are as listed below: - DIN-Standards - VDI/VDE-Regulations - IEC-Standards - UVV-Regulations Other standards codes and regulations are also possible after agreement e. g. ASME, ATEX, GL, BV or others Fish Farming Application With SKID Oxygen generators - OXYBERG®  Oxygen generators are used in fish farming to support the growth and health of aquatic organisms. Skid oxygen generators are particularly useful in this context, as they can be easily installed and operated in aquaculture facilities. Oxygen is essential for the survival of fish and other aquatic organisms, as it supports their respiration and metabolism. In fish farming, oxygen generators are used to maintain optimal oxygen levels in the water, especially in densely populated fish tanks or ponds where natural oxygen levels may be insufficient. By providing a continuous and reliable supply of oxygen, skid oxygen generators help to prevent oxygen depletion and ensure that fish have access to the oxygen they need to thrive. This can improve growth rates, reduce mortality rates, and enhance overall fish health in aquaculture operations. Furthermore, oxygen generators can also be used to create ideal conditions for the cultivation of other aquatic organisms, such as shrimp or shellfish, by maintaining optimal oxygen levels in their habitats. Overall, skid oxygen generators are valuable tools for the aquaculture industry, as they support the sustainable production of high-quality seafood and contribute to the efficient and responsible management of fish farming operations.

Container documentation: Assembly layout drawing, R&I Scheme, Plant description, List of electric / electronic consumers, Operation - & Maintenance Manual, List of spare & wearing parts, wiring diagram, Terminal clamp diagrams, Functions drawing, Material evidence Included. PSA Nitrogen Generator Plant (MADE IN GERMANY)Compressed Air StationAir treatment to ISO 8573-1 Class 1.4.1 Compressed Air Buffer Tank PSA Nitrogen Generator Product Nitrogen System Tank Boosting Station for high Pressure N2 Installation of plant on skid metal frame Installation of plant in Container 45” as N2 BOX

Container documentation: Assembly layout drawing, R&I Scheme, Plant description, List of electric / electronic consumers, Operation - & Maintenance Manual, List of spare & wearing parts, wiring diagram, Terminal clamp diagrams, Functions drawing, Material evidence Included. PSA OXYGEN Generator Plant (MADE IN GERMANY)Compressed Air StationAir treatment to ISO 8573-1 Class 1.4.1 Compressed Air Buffer Tank PSA oxygen Generator Product oxygen System Tank Boosting Station for high Pressure O2 Installation of plant on skid metal frame Installation of plant in Container 45” as O2 BOX

A Complete NITROGEN Package NITROBERG® 600N2 Generator NITROBERG®️600 with Purity and Pressure sensors Air receiver 150lit with condensate drain NITROGEN Vessels 90lit with all accessories Compressed air Filter line class 1.-.1 acc. ISO8573-1 (PUREBERG®️ F02 WW Water separator, PUREBERG®  Z 04 oil free package)Compressed Air Dryer (Refrigerator DRYBERG® RF04 or Adsorption Dryer DRYBERG® AD50) Metal frame Skid mounted with piping and electrical wiring 2x1 Air Compressor (Stationary Screw Compressor KOMPBERG® BSDKF11)(optional) Installation of Plant on a common metal skid frameBase frame layout documentation: Assembly layout drawing, R&I Scheme, Plant description, List of electric / electronic consumers, Operation - & Maintenance Manual, List of spare & wearing parts, Wiring diagrams, terminal clamp diagrams, Functions drawing, Material evidence - Further documentations on request!We use compressed air for so many applications such as mineral and cement industry, Automobile industry, Steel plants, Chemicals, Pharmaceuticals, Food & Beverage, Semiconductor & Electronics, Medical Breathing Air and also O2 or N2 PSA generators that depends on Applications we need different quality that we should the contaminates (particle, water, Oil) from-compressed air. Certifications, Standards, Codes and Regulations All work, materials and equipment covered by this quotation shall comply with the applicable codes, regulations and standards of the Federal Republic of Germany. The applicable codes and standards are as listed below: - DIN-Standards - VDI/VDE-Regulations - IEC-Standards - UVV-Regulations Other standards codes and regulations are also possible after agreement e. g. ASME, ATEX, GL, BV or others Chemical industry applications with skid industrial nitrogen generators In the chemical industry, skid industrial nitrogen generators can be used for a variety of applications. Nitrogen is commonly used for blanketing and purging of storage tanks, reactors, and other equipment to prevent the formation of flammable or reactive atmospheres. It can also be used for inerting during maintenance and shutdown of chemical processing equipment. Additionally, nitrogen is used in the chemical industry for sparging, which involves bubbling nitrogen through liquids to remove dissolved oxygen and other gases. This process helps to prevent oxidation and maintain the quality of chemical products. Nitrogen is also used for pressure testing of pipelines, vessels, and other equipment in the chemical industry. It can be used to pressurize systems for leak detection and to ensure the integrity of equipment before it is put into service. Furthermore, nitrogen is used in chemical synthesis processes, such as in the production of ammonia and other nitrogen-based compounds. It can also be used for cooling and freezing applications in chemical processing. Overall, skid industrial nitrogen generators play a crucial role in providing a reliable and on-site nitrogen supply for various applications in the chemical industry, helping to improve safety, efficiency, and product quality.

Nitrogen Generator NITROBERG® 6004.0 Nm3/h (99.99%) Capacity (Nm3/h) Nitrogen content 97% 98% 99% 99,5% 99,9% 99,99% 99,995% 99,999% Capacity Nm3/h  19.3 15.5 12.8 11.2 7.4 4.0 3.1 2.2 Compressed air factor 2.3 2.3 2.6 2.9 3.4 4.6 5.2 6.4 Compressed air Nm3/h 44.3 35.6 33.2 32.4 25.1 18.2 15.9 13.8 Compressed air m3/h * 47.5 38.2 35.7 34.7 26.9 19.5 17.1 14.8 Product vessel (l)  90 90 90 90 90 90 90 90 Compressed air vessel (l)  150 150 150 150 150 90 90 90 BERG KOMPRESSOREN GmbH in collaboration with Berg GaseTech NITROGEN GENERATORS for many different applications food, beverages, agriculture, aircraft, chemicals, pharmaceuticals, electronic, laser applications, marine, metallurgy, mining, oil industry, gas industry, turbo compressors. How do you think we can get better food quality through nitrogen generators? Nitrogen generators can play a significant role in improving food quality in various ways: Modified Atmosphere Packaging (MAP): Nitrogen generators can be used to create a controlled atmosphere of nitrogen within food packaging. This helps to extend the shelf life of perishable foods by reducing the oxygen levels, which slows down the oxidation process and inhibits the growth of spoilage-causing microorganisms. Freezing and chilling: Nitrogen generators can be used to rapidly freeze or chill food products, which helps to preserve their freshness, texture, and nutritional value. By using nitrogen as a cooling medium, food products can be quickly frozen without forming ice crystals, resulting in better quality and taste. Food processing: Nitrogen generators can be integrated into food processing equipment to create an inert atmosphere during certain production processes. This can help prevent oxidation, maintain product quality, and enhance the overall safety of the food products. Storage and transportation: Nitrogen generators can be used to maintain controlled atmospheres in storage facilities and transport containers, ensuring that food products remain fresh and free from contaminants throughout the supply chain. Overall, nitrogen generators offer a versatile and efficient solution for improving food quality by enhancing preservation, freshness, and safety throughout the food production and distribution process. Do nitrogen generators require a high start-up cost? The start-up cost of nitrogen generators can vary depending on the type, size, and capacity of the system you choose. Generally, nitrogen generators are considered to have a moderate to high initial investment cost compared to traditional nitrogen gas cylinders. However, the long-term cost savings and benefits of using a nitrogen generator can outweigh the initial investment. Factors that can influence the start-up cost of a nitrogen generator include: Type of nitrogen generator: There are different types of nitrogen generators available, such as membrane, PSA (Pressure Swing Adsorption), and cryogenic generators. Each type has its own cost considerations based on the technology and complexity involved. Capacity and output requirements: The size and capacity of the nitrogen generator needed for your specific application will impact the cost. Higher capacity systems typically have higher initial costs. Installation and setup: Installation costs, including any necessary modifications to existing infrastructure, electrical connections, and plumbing, can add to the overall start-up cost. Maintenance and service: Ongoing maintenance, service contracts, and replacement parts should also be factored into the total cost of ownership. While nitrogen generators may have a higher start-up cost compared to traditional nitrogen cylinders, they offer long-term benefits such as reduced operational costs, increased efficiency, and improved product quality. It's important to consider the overall return on investment and potential savings over time when evaluating the cost-effectiveness of a nitrogen generator for your specific application. You can contact us for complete information about the cost of setting up and even updating nitrogen generators.

Oxygen Generator OXYBERG® 600 Purity 90% 93% 94% 95% O2 Nm3/h 2,9 2,4 2,3 2,2 Comp. air Nm3/h 31,9 26,4 25,3 24,2 BERG Oxygen Generator OXYBERG 600 – The Perfect Choice for Small Glass Factories and Workshops The BERG Oxygen Generator OXYBERG 600 is the ideal solution for small glass factories and workshops that require a reliable and efficient oxygen supply. With a capacity specifically tailored to the needs of smaller production facilities, the OXYBERG 600 provides consistently high oxygen purity, supporting precise work processes. For lower capacity applications, the OXYBERG 500 is recommended, while the OXYBERG 700 is the perfect choice for slightly higher capacity requirements. Well-known companies and associations from around the world rely on the solutions provided by BERG KOMPRESSOREN GmbH OXYBERG®️ for onsite oxygen production, where it is crucial that oxygen is available instantly and without interruption. Discover more PSA oxygen generators from our extensive product range and find the right model for your needs.

Nitrogen Generator NITROBERG® 700 6.2 Nm3/h (99.99%)   Capacity (Nm3/h) Nitrogen content   97% 98% 99% 99,5% 99,9% 99,99% 99,995% 99,999% Capacity Nm3/h  30.0 24.1 19.9 17.4 11.5 6.2 4.8 3.4 Compressed air factor 2.3 2.3 2.6 2.9 3.4 4.6 5.2 6.4 Compressed air Nm3/h 68.9 55.4 51.7 50.3 39.0 28.3 24.8 21.5 Compressed air m3/h * 73.9 59.4 55.5 54.0 41.9 30.4 26.6 23.1 Product vessel (l)  150 150 150 150 150 150 150 150 Compressed air vessel (l)  250 250 250 250 250 250 250 250 Working principle of nitrogen PSA generators Nitrogen PSA generators operate based on the principle of selective adsorption, where different gas molecules are adsorbed onto a solid adsorbent material at different rates. The working principle of nitrogen PSA generators can be broken down into several key steps: Adsorption: The process begins with compressed air being fed into the PSA generator. The air contains a mixture of nitrogen, oxygen, and other trace gases. Inside the generator, the air passes through a bed of adsorbent material, typically a carbon molecular sieve or zeolite. Selective adsorption: The adsorbent material has a higher affinity for oxygen molecules than nitrogen molecules. As the air flows through the bed, the oxygen molecules are preferentially adsorbed onto the surface of the adsorbent material, while the nitrogen molecules pass through more easily. Separation: As the oxygen molecules are adsorbed onto the adsorbent material, the concentration of nitrogen in the gas stream increases. This results in a stream of nitrogen-enriched gas exiting the generator. Desorption: After a certain period of time or when the adsorbent material becomes saturated with oxygen molecules, the pressure in the bed is reduced, causing the desorption of the adsorbed oxygen molecules. This step is known as the pressure swing, where the pressure is alternated between high and low levels to regenerate the adsorbent material. Nitrogen production: The desorbed oxygen and other trace gases are vented out of the generator, while the nitrogen-enriched gas is collected as the final product. This nitrogen can be used for various applications, such as beverage packaging, food processing, electronics manufacturing, and more. By cycling through these steps of adsorption, selective adsorption, separation, and desorption, nitrogen PSA generators can continuously produce high-purity nitrogen gas on-site for a wide range of industrial applications. The efficiency and effectiveness of nitrogen PSA generators make them a popular choice for industries looking to generate nitrogen gas cost-effectively and sustainably. How we could use nitrogen generators for electronics-production? Electronics component and system manufacturers can reduce running costs in production by using nitrogen generated in-house. With our nitrogen generators, we supply with NITROBERG® high quality solutions for the stationary and mobile production of nitrogen for different applications, including for low volume requirements. In electronics production, nitrogen generators can play a crucial role in various processes to improve product quality, increase efficiency, and reduce costs. Here are some specific ways in which nitrogen generators can be used in electronics manufacturing: Soldering and Reflow Processes: Nitrogen is commonly used in soldering and reflow processes to create an inert atmosphere that prevents oxidation of sensitive electronic components. By using NITROBERG® nitrogen generated on-site, manufacturers can ensure a consistent and high-purity nitrogen supply for these critical processes, leading to improved solder joint quality and reduced defects. Wave Soldering: In wave soldering applications, nitrogen can be used to reduce dross formation and improve solder wetting, resulting in higher-quality solder joints. By generating NITROBERG® nitrogen on-site, electronics manufacturers can optimize their wave soldering processes and achieve better overall production outcomes. Selective Soldering: Nitrogen can also be beneficial in selective soldering applications to prevent oxidation and ensure reliable connections for through-hole components. By utilizing a nitrogen generator, manufacturers can tailor the nitrogen purity and flow rate to meet the specific requirements of their selective soldering equipment, enhancing process control and repeatability. Component Storage and Packaging: Nitrogen is often used to create a controlled atmosphere for component storage and packaging to prevent moisture absorption and oxidation, which can degrade electronic components over time. By generating nitrogen in-house, electronics manufacturers can maintain a consistent nitrogen environment for sensitive components, ensuring their long-term reliability and performance. Cleanroom Applications: In cleanroom environments used for electronics assembly, our nitrogen generators NITROBERG® can supply high-purity nitrogen for purging and flushing systems, as well as for particle removal and contamination control. By producing nitrogen on-site, manufacturers can reduce reliance on external nitrogen suppliers and improve the overall cleanliness and quality of their production processes. NITROBERG® nitrogen generators offer electronics manufacturers a cost-effective and convenient solution for meeting their nitrogen gas requirements across various production stages. By integrating nitrogen generation technology into their operations, companies can enhance product quality, increase process efficiency, and achieve greater control over critical manufacturing processes in the electronics industry.

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 BERG Oxygen Generator OXYBERG 700 – An Effective Solution for Hydrogen Sulphide Removal The BERG OXYBERG 700 Oxygen Generator is the ideal choice for removing hydrogen sulphide (H₂S) from anaerobic digesters. With its high efficiency and reliability, it provides continuous oxygen supply, supporting the desulfurisation process in biogas plants and other industrial applications. Many renowned companies worldwide trust BERG solutions for onsite oxygen production right where they need it. Is it possible to remove hydrogen sulphide from an anaerobic digester using the onsite OXYBERG® oxygen generator? Yes, you can remove hydrogen sulphide from anaerobic digesters using onsite industrial oxygen generators. This is a common result of anaerobic digestion, which can lead to issues like corrosion, foul odours, and damage. By adding just the right amount of oxygen using the generator, the hydrogen sulphide can be transformed into a safer substance. This process, known as biological desulfurisation, reduces hydrogen sulphide levels in the digester, minimising its harmful effects. To effectively remove hydrogen sulphide 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 sulphide is present. Controlled oxygen levels: Adjust the oxygen levels from the generator carefully. Ensure there is enough oxygen to convert hydrogen sulphide into a safer substance, but not so much that it disrupts the digestion process. Monitor hydrogen sulphide levels: Regularly monitor the hydrogen sulphide levels in the digester to track oxygen injection. Optimise operation: Adjust the operation of the oxygen compressor using monitoring data to improve the removal of hydrogen sulphide, while ensuring the digester’s overall performance remains optimal. Maintenance and safety: Ensure the oxygen production machine is properly maintained and safely operated to avoid issues during the hydrogen sulphide removal process. By using our oxygen units to remove hydrogen sulphide from anaerobic digesters, you can improve digester performance, reduce environmental impact, and enhance overall operational efficiency. How can removing hydrogen sulphide from anaerobic digestion using the onsite BERG oxygen production plant benefit the environment? Removing hydrogen sulphide from anaerobic digestion using OXYBERG® onsite can offer several environmental benefits: Reduced odour: Hydrogen sulphide is responsible for the foul odours associated with anaerobic digesters. By effectively removing it through oxidation with oxygen, unpleasant odour generation can be minimised, improving local air quality and reducing nuisance to nearby communities. Corrosion prevention: Hydrogen sulphide can cause 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 sulphide 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 sulphide 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: By using onsite PSA oxygen plants to remove hydrogen sulphide from anaerobic digesters, the waste treatment process becomes more environmentally friendly. This leads to reduced harm to nature, smoother operations, and increased renewable energy production. Benefits of using BERG Kompressoren’s onsite oxygen compressor: Helps clean anaerobic digesters Reduces odours Prevents corrosion Reduces health risks Enhances digestion Makes waste treatment more eco-friendly For smaller capacities, the OXYBERG 600 Oxygen Generator offers a compact and efficient alternative. For higher performance requirements, the OXYBERG 800 Oxygen Generator is recommended for larger industrial applications. Explore the entire range of oxygen generators for various applications.

A Complete NITROGEN Package NITROBERG® 700 N2 Generator NITROBERG®️700 with Purity and Pressure sensors Air receiver 250lit with condensate drain NITROGEN Vessels 150lit with all accessories Compressed air Filter line class 1.-.1 acc. ISO8573-1 (PUREBERG®️ F04 WW Water separator, PUREBERG®  Z 110 V oil free package)Compressed Air Dryer (Refrigerator DRYBERG® RF04 or Adsorption Dryer DRYBERG® AD70) Metal frame Skid mounted with piping and electrical wiring 2x1 Air Compressor (Stationary Screw Compressor KOMPBERG® BSDKF11)(optional) Installation of Plant on a common metal skid frameBase frame layout documentation: Assembly layout drawing, R&I Scheme, Plant description, List of electric / electronic consumers, Operation - & Maintenance Manual, List of spare & wearing parts, Wiring diagrams, terminal clamp diagrams, Functions drawing, Material evidence - Further documentations on request!We use compressed air for so many applications such as mineral and cement industry, Automobile industry, Steel plants, Chemicals, Pharmaceuticals, Food & Beverage, Semiconductor & Electronics, Medical Breathing Air and also O2 or N2 PSA generators that depends on Applications we need different quality that we should the contaminates (particle, water, Oil) from-compressed air. Certifications, Standards, Codes and Regulations All work, materials and equipment covered by this quotation shall comply with the applicable codes, regulations and standards of the Federal Republic of Germany. The applicable codes and standards are as listed below: - DIN-Standards - VDI/VDE-Regulations - IEC-Standards - UVV-Regulations Other standards codes and regulations are also possible after agreement e. g. ASME, ATEX, GL, BV or others Oil and gas industry applications with skid industrial nitrogen generators include nitrogen purging and inerting during maintenance and shutdown of pipelines and storage tanks to prevent the formation of flammable atmospheres, as well as nitrogen blanketing to prevent oxidation and maintain the quality of stored oil and gas. Skid industrial nitrogen generators can also be used for enhanced oil recovery by injecting nitrogen into reservoirs to maintain pressure and improve production rates. Additionally, nitrogen can be used for well stimulation and hydraulic fracturing operations in the oil and gas industry.

Nitrogen Generator NITROBERG® 800 8.8 Nm3/h (99.99%)   Capacity (Nm3/h) Nitrogen content 97% 98% 99% 99,5% 99,9% 99,99% 99,995% 99,999% Capacity Nm3/h  42.8 34.4 28.4 24.8 16.4 8.8 6.8 4.8 Compressed air factor 2.3 2.3 2.6 2.9 3.4 4.6 5.2 6.4 Compressed air Nm3/h 98.4 79.1 73.8 71.9 55.8 40.5 35.4 30.7 Compressed air m3/h * 105.6 84.9 79.2 77.1 59.9 43.4 37.9 33.0 Product vessel (l)  250 250 250 250 250 150 150 150 Compressed air vessel (l)  250 250 250 250 250 250 250 250 Nitrogen PSA generator efficiency The production of high-purity to ultra-pure Nitrogen is what makes NITROBERG® nitrogen generators stand out. In this process, the clean compressed air flows through the adsorption vessels. In this pressure swing adsorption process, the high-quality activated carbon binds the oxygen molecules, while the free nitrogen molecules flow unhindered into the product tank. This production process removes carbon dioxide molecules as well as oxygen molecules. The dry and high-purity nitrogen can now be used in a wide range of applications. Nitrogen PSA generators are known for their high efficiency in producing nitrogen with purity levels typically exceeding 99.5%. Efficiency depends on factors such as design, adsorbent material, and cycle optimization. Nitrogen PSA generators are highly efficient in producing nitrogen gas with purity levels exceeding 99.5%. This high level of efficiency is achieved through a combination of factors, including the design of the generator, the selection of adsorbent materials, and the optimization of the PSA (Pressure Swing Adsorption) cycle. Design: The design of a Nitrogen PSA generator plays a crucial role in its efficiency. These generators are typically engineered with precision to maximize the separation of nitrogen from other gases, such as oxygen and moisture. The layout of the adsorption beds, the flow paths of gases, and the control systems are all carefully designed to ensure optimal performance and purity levels. Adsorbent Material: The adsorbent material used in Nitrogen PSA generators is a key factor in their efficiency. High-quality adsorbents with specific properties are selected to effectively capture oxygen and moisture molecules while allowing nitrogen to pass through. This selective adsorption process is essential for achieving high-purity nitrogen output. Cycle Optimization: The PSA cycle in Nitrogen generators is meticulously optimized to enhance efficiency. The cycle typically consists of alternating adsorption and desorption stages, where nitrogen is adsorbed onto the adsorbent material during one phase and released as a purified gas during another. By fine-tuning the cycle parameters, such as pressure levels, flow rates, and cycle times, manufacturers can maximize the production of high-purity nitrogen gas while minimizing energy consumption and operating costs. Energy Consumption: Another important aspect of efficiency in nitrogen PSA generators is energy consumption. Nitrogen generators are designed to minimize energy usage while maximizing nitrogen production. This is achieved through the optimization of cycle parameters, such as pressure levels and flow rates, as well as the use of energy-efficient components and control systems. By reducing energy consumption, manufacturers can lower operating costs and improve overall efficiency. Reliability and Maintenance: Efficiency in nitrogen PSA generators is also influenced by the reliability of the system and the ease of maintenance. Nitrogen generators are built with high-quality components and materials to ensure long-term reliability and consistent performance. Additionally, these generators are designed for easy maintenance, with accessible components and user-friendly interfaces that simplify operation and upkeep. This helps minimize downtime and optimize productivity, contributing to overall efficiency. Scalability and Flexibility: Efficiency in nitrogen PSA generators is further enhanced by their scalability and flexibility. Nitrogen generators are available in a range of sizes and configurations to meet varying production requirements. This scalability allows manufacturers to easily adjust nitrogen production levels based on demand, optimizing resource utilization and efficiency. Additionally, the flexibility of these generators enables them to adapt to different operating conditions and applications, ensuring consistent performance and high purity levels across a wide range of settings. In summary, the efficiency of nitrogen PSA generators, is a result of advanced design, high-quality materials, optimized cycles, low energy consumption, reliability, ease of maintenance, scalability, and flexibility. By incorporating these factors into their design and performance, we have been able to achieve exceptional efficiency in producing high purity nitrogen generators for a variety of industrial applications.

A Complete NITROGEN Package NITROBERG® 800N2 Generator NITROBERG®️800 with Purity and Pressure sensors Air receiver 250lit with condensate drain NITROGEN Vessels 150lit with all accessories Compressed air Filter line class 1.-.1 acc. ISO8573-1 (PUREBERG®️ F04 WW Water separator, PUREBERG®  Z 110 V oil free package)Compressed Air Dryer (Refrigerator DRYBERG® RF04 or Adsorption Dryer DRYBERG® AD70) Metal frame Skid mounted with piping and electrical wiring 2x1 Air Compressor (Stationary Screw Compressor KOMPBERG® BSDKF11)(optional) Installation of Plant on a common metal skid frameBase frame layout documentation: Assembly layout drawing, R&I Scheme, Plant description, List of electric / electronic consumers, Operation - & Maintenance Manual, List of spare & wearing parts, Wiring diagrams, terminal clamp diagrams, Functions drawing, Material evidence - Further documentations on request!We use compressed air for so many applications such as mineral and cement industry, Automobile industry, Steel plants, Chemicals, Pharmaceuticals, Food & Beverage, Semiconductor & Electronics, Medical Breathing Air and also O2 or N2 PSA generators that depends on Applications we need different quality that we should the contaminates (particle, water, Oil) from-compressed air. Certifications, Standards, Codes and Regulations All work, materials and equipment covered by this quotation shall comply with the applicable codes, regulations and standards of the Federal Republic of Germany. The applicable codes and standards are as listed below: - DIN-Standards - VDI/VDE-Regulations - IEC-Standards - UVV-Regulations Other standards codes and regulations are also possible after agreement e. g. ASME, ATEX, GL, BV or others Aerospace industry applications with skid industrial nitrogen generators Some specific applications in the aerospace industry include purging fuel tanks and pipelines to prevent the formation of explosive mixtures, inerting the space within aircraft tires to prevent combustion, and purging and inerting the space within aircraft fuel tanks to prevent oxidation and maintain fuel quality. Additionally, skid industrial nitrogen generators can be used for inerting and purging during the manufacturing and assembly of aerospace components to ensure product reliability and safety.

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 Generator OXYBERG 800 – an Efficient Solution for Water Treatment The BERG OXYBERG 800 Oxygen Generator is highly suitable for water treatment. With its reliable oxygen production, it effectively supports the oxidation of impurities, ensuring clean and safe water for various industrial applications. BERG oxygen plants are suitable for many different applications: clinics, biogas plants, cutting, welding, wellness, beauty, hospitals, fish farming, aquaculture, pharmaceuticals, the food industry, and diving. The OXYBERG 800 Oxygen Generator is not only ideal for fresh water treatment but can also be effectively used in wastewater treatment. By introducing oxygen, the biological degradation performance in treatment plants is enhanced, leading to more efficient cleaning. For further information about applications in wastewater treatment, please refer to the OXYBERG 1000 Oxygen Generator. Using a PSA Oxygen Generator for Water Treatment Using an industrial PSA oxygen plant for water treatment offers several advantages, including: Oxidation: You can use oxygen generators to add oxygen to water treatment. This helps remove substances like iron, manganese, and hydrogen sulfide. The addition of oxygen enhances chemical reactions, making the water cleaner and safer to use. Biological Treatment: Oxygen compressors are essential for supporting aerobic biological treatment processes in wastewater treatment plants. Using oxygen production plants helps aerobic microorganisms like bacteria grow and work more efficiently, breaking down organic matter and pollutants in water. Aeration: You can use oxygen generators to add oxygen to lakes, ponds, and reservoirs. This improves water quality for fish and other aquatic life. Aeration introduces oxygen into the water column, increasing dissolved oxygen levels, reducing stratification, and preventing the buildup of harmful gases like hydrogen sulfide. Disinfection: An oxygen generator can help disinfect water and remove harmful substances through advanced oxidation processes (AOPs). Oxygen can be used to create ozone or hydroxyl radicals, which break down pathogens, pharmaceuticals, and other pollutants in the water. Cost-Effectiveness: Producing oxygen onsite with oxygen generators can be more cost-effective than relying on traditional oxygen supply methods, such as liquid oxygen tanks or cylinders. By eliminating the need for oxygen cylinders and tanks, water treatment facilities can save on transportation costs, reduce reliance on external suppliers, and ensure a continuous and reliable oxygen supply for treatment processes. 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 production eliminates the need for transporting oxygen cylinders or tanks, promoting a more sustainable approach to water treatment operations. Using an oxygen 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. Industrial Oxygen Generators for Drinking Water Treatment Oxygen 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 in drinking water treatment: Oxidation of Contaminants: You can use an oxygen generator to add oxygen to water treatment, helping remove substances like iron, manganese, and hydrogen sulfide by converting them into forms that can be easily filtered out or treated. Aeration: An oxygen generator can support aeration processes in drinking water treatment plants to enhance dissolved oxygen levels in water. Adequate dissolved oxygen is important for maintaining the health of aquatic life, supporting biological treatments, and eliminating unpleasant tastes and odours in water. Disinfection: Oxygen generators can be used in special processes to clean drinking water. They produce ozone or hydroxyl radicals that kill germs and viruses in the water, ensuring it is 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 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 oxidising agent used for disinfection in drinking water treatment. Oxygen-generated ozone can be injected into water to destroy pathogens, bacteria, and viruses, providing additional protection against waterborne diseases. pH Adjustment: An oxygen plant PSA can help adjust pH levels in drinking water treatment. Oxygen is added to water, triggering chemical reactions that 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 generators can support mixing and circulation in drinking water treatment systems, ensuring uniform oxygen distribution throughout the water. Proper mixing helps optimise treatment processes, improve the efficiency of disinfection methods, and enhance overall water quality. By incorporating PSA oxygen generators 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. For smaller capacity requirements, we recommend the OXYBERG 700 Oxygen Generator. For larger capacities, especially suited for wastewater treatment, the OXYBERG 900 Oxygen Generator is ideal. Explore our full range of PSA oxygen generators for various applications.

Oxygen Generator OXYBERG® 900 Reinheit 90% 93% 94% 95% O2 Nm3/h 9,2 8,2 7,7 7,3 Comp. air Nm3/h 101,2 90,2 84,7 80,3 Efficient Wastewater Treatment with the OXYBERG 900 Oxygen Generator The OXYBERG 900 Oxygen Generator from BERG is the ideal choice for demanding applications in water and wastewater treatment. With its high oxygen output, it enhances cleaning processes, ensuring clean and safe water quality. For smaller applications, the OXYBERG 800 is suitable, while the OXYBERG 1000 offers even more power for larger projects. Discover our full range of oxygen generators for various applications. Enhancing Wastewater Treatment with Industrial Oxygen Generators Wastewater treatment involves cleaning polluted water before it is returned to the environment. This ensures that wastewater and industrial effluents do not harm the environment or public health. Oxygen generators like the OXYBERG 900 play a key role in wastewater treatment by supporting processes that improve efficiency and safely remove impurities. How Do Oxygen Generators Contribute to Wastewater Treatment? Oxygen generators provide oxygen for various processes in wastewater treatment, including: Aeration Oxidation Biological Treatment Ozone Generation Mixing and Circulation Processes These technologies enhance treatment performance, speed up pollutant breakdown, and improve water quality by making treatment processes in wastewater plants more efficient. Benefits of Using an Oxygen Generator in Wastewater Treatment Using oxygen generators like the OXYBERG 900 can improve wastewater treatment in several ways: Increased Treatment Efficiency: Oxygen is essential for the growth of aerobic bacteria, which break down organic matter in wastewater. Additional oxygen from a production plant can significantly enhance treatment efficiency. Reduced Treatment Time: Continuous oxygen supply accelerates the breakdown process, reducing the overall treatment time. Improved Treatment Performance: Adequate oxygen levels promote the growth of aerobic bacteria, improving the removal of organic contaminants. Odour Control: Oxygen helps minimise the formation of unpleasant gases like hydrogen sulphide, improving the working environment. Overall, using PSA oxygen plants enhances efficiency, reduces treatment time, and improves odour control, ultimately leading to better performance in wastewater treatment plants. Boosting Athletic Performance with Oxygen-Enriched Water Oxygen-enriched water can promote the health and performance of athletes. When athletes engage in physical activity, they require more oxygen. Drinking clean, oxygen-enriched water can help: Improve athletic performance Enhance recovery Reduce fatigue Consuming oxygen water also hydrates the body and supplies essential nutrients needed for faster recovery and improved performance.

A Complete Oxygen Package OXYBERG® 900O2 Generator OXYBERG® 900 with Purity and Pressure sensorsAir receiver 500lit with condensate drainOxygen Vessels 350lit with all accessoriesCompressed air Filter line class 1.-.1 acc. ISO8573-1 (PUREBERG®️ Water separator, PUREBERG® oil free package)Compressed Air Dryer (Adsorption Dryer DRYBERG® )Metal frame Skid mounted with piping and electrical wiring 2x1Air Compressor (Stationary Screw Compressor KOMPBERG®)(optional)Installation of Plant on a common metal skid frameBase frame layout documentation: Assembly layout drawing, R&I Scheme, Plant description, List of electric / electronic consumers, Operation - & Maintenance Manual, List of spare & wearing parts, Wiring diagrams, terminal clamp diagrams, Functions drawing, Material evidence - Further documentations on request!We use compressed air for so many applications such as mineral and cement industry, Automobile industry, Steel plants, Chemicals, Pharmaceuticals, Food & Beverage, Semiconductor & Electronics, Medical Breathing Air and also O2 or N2 PSA generators that depends on Applications we need different quality that we should the contaminates (particle, water, Oil) from-compressed air. Certifications, Standards, Codes and Regulations All work, materials and equipment covered by this quotation shall comply with the applicable codes, regulations and standards of the Federal Republic of Germany. The applicable codes and standards are as listed below: - DIN-Standards - VDI/VDE-Regulations - IEC-Standards - UVV-Regulations Other standards codes and regulations are also possible after agreement e. g. ASME, ATEX, GL, BV or others Medical Application With Oxygen generators - OXYBERG®  In medical applications, skid oxygen generators are used to produce medical-grade oxygen for various healthcare facilities, such as hospitals, clinics, and emergency response units. These generators can be easily installed and operated to provide a reliable and continuous supply of oxygen for patients in need. Skid oxygen generators are particularly useful in emergency situations or in remote locations where access to medical-grade oxygen may be limited. They can also be used to support respiratory therapy and other medical procedures that require a controlled supply of oxygen. Overall, skid oxygen generators play a critical role in ensuring that healthcare facilities have access to a safe and reliable source of oxygen for patient care, making them an essential component of medical infrastructure.