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Oxygen Plants and Stations
Adsorption oxygen plants
High-performance plants designed for oxygen production from atmospheric air and cylinder filling.
Oxygen purity — up to 95%, Capacity — up to 3000 nm³/hr
Membrane oxygen plants
Fully automated membrane plants designed for air oxygenation.
Oxygen purity — up to 45%, Capacity — up to 10000 nm³/hr
Cryogenic oxygen plants
Plants for deep air freezing designed to produce both liquid and gaseous oxygen from air.
Oxygen purity — up to 99.9%, Capacity — up to 30000 nm³/hr
Mobile oxygen stations
Transportable stations allowing to deploy a complete oxygen production cycle with the cylinder filling option.
Oxygen purity — up to 95%, Capacity — up to 60 nm³/hr |
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Atlas Copco proposes a range of 7 nitrogen generators NG offering of the nitrogen flows from 1,3 to 130 m3/h and of the rates of purity up to 99,99%.
Based on technology PSA, the principle of operation is simple and powerful. Easy to install, the NG are compact and reliable. Their modular concept makes it possible to assemble several units in parallel to adapt the production of nitrogen at the request of the process with an optimal energy efficiency. Used downstream from compressors of air and equipment of treatment of air Copco Atlas, they offer all the advantages of a comprehensive solution: quality of the components, traceability, optimal energy efficiency, services. |
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ADVANTAGES AND ECONOMIES:
- Conceived specifically to meet the requirements of flows and purities of the analytical instruments
- Increase in the analytical performances
- Increase in the effectiveness of the laboratory
- Reinforced Safety
- More important Economies
- Simple Installation
- Recommended by Manufacturers of Instrumentation
APPLICATION:
- Produced nitrogen high purity starting from compressed air.
- Replaces the nitrogen bottles for the following applications:
- GC-Gas Vector
- GC-FID, NPD, ECD, AED
- ICP
- ELSD
- FAKE
- LCMS
- Food of a complete laboratory to supply several analytical instruments (LCMS, ICP, EVAPORATIONS Of SAMPLES)
Principle of operation of the PSA:
Technology used to produce a nitrogen flow high purity is adsorption with swinging of pressure. This technique uses a molecular bed of sieve with coal (CMS) to selectively eliminate O2 and the other contaminants from the ambient air. Alternate bed between the modes of purification and regeneration to ensure a continuous production of nitrogen.
The gas generator is designed to receive filtered pre compressed air with 7 barg provided by a compressor without oil (provided by the laboratory or integrated in the generator). This flow of filtered and compressed air passes then in the bed of CMS which is in mode of purification. At this point in time O2, CO2, moisture and certain hydrocarbons are eliminated from the compressed air, producing a gas flow nitrogenizes clean, dry and of high purity. |
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H Series hydrogen generation systems use PEM (Proton Exchange Membrane) water electrolysis technology to produce 99.999+% pure, pressurized hydrogen onsite at customers' sites using only water and electricity as inputs, and without a mechanical compressor.
Reliable, efficient, compact PEM cell stacks have been used to produce high-pressure oxygen and hydrogen in military and aerospace life support applications for over 20 years.
The H Series hydrogen generation systems are uniquely attractive for generator cooling and offer:
· Improved reliability of supply by eliminating the need for frequent deliveries
· Improved site security by eliminating the need for routine hydrogen delivery truck access
· Guaranteed pure, dry hydrogen meeting UHP specs - 99.999% hydrogen - free of hydrocarbons and other problem impurities
· Very low inventory improves siting flexibility and safety – essentially zero hydrogen inventory from NFPA viewpoint
· Eliminates the need to order, manage, move, count or connect cylinders to the hydrogen supply system |
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SKID MOUNTED CYLINDER FILLING PLANT – TURN KEY
The CFO Line presents the same specifications than containerised versions (cf. CPO Line). Note that skid mounted devices must be settled indoor in a place sufficiently ventilated. Apart from that, they only can be operated on a static basis. Due to their higher sensitiveness to their environment, the operator will have to make sure the operation area is adapted and isolated.
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The H2 MAX3 Series is designed to satisfy the needs of industry.
This series of hydrogen generators is a true ambassador for Italian innovation and technology. Claind is the only Italian manufacturer of pressure electrolysis hydrogen generators capable of conforming to the strictest CE international safety standards (ATEX, PED).
Technical specifications
Output: from 0.5 to 30 Nm3/h
Delivery pressure: 15 bar (without auxiliary compressors)
Gas purity: 99.7% without deoxo, 99.999% with deoxo
CE certified (ATEX, PED)
BENEFITS
Safety: maximum operating safety.
Purity: Oxygen levels below 0.2% O2.
APPLICATIONS
Refuelling stations for hydrogen fuelled vehicles
Energy storage systems and research into renewable energy sources like peak shaving, UPS, and completely off-grid systems.
Industrial processes like annealing, noble metal welding, cooling of nuclear and other electrical power stations, food processing and pharmaceuticals.
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Claind’s range of air generators and purifiers includes pre-compressed air treatment systems and generators of purified, dried and zero impurity air.
Claind has also developed a latest generation, high efficiency catalyser for hydrocarbon removal. This advanced system is already applied to the AZ2000 Series and AG2000 Series as well as to the NG2000 and ANG2000 nitrogen generators.
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PSA Technology
Integrated air compressor : noise level (< 52db)
Flow rate : 3L / min et 6L/min
Purity achieved : HCs < 0,1 ppm and water dewpoint < - 40°C
Increased safety in the lab compare to the use of high pressure cylinders
Easy to install
Hour run meter
Quick and easy servicing : needs to change filter and silencer once a year |
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Zero Air
SPECIFICATIONS / BENEFITS
-Purity < 0,1 ppm CH4
-Range of flow rate : 1,5 à 30 L/min
-Quick and easy servicing : consist into changing the inlet and outlet filter once a year
-Improved analytical performance : the reduction of methane ( CH4) to less than 0.1 ppm reduces background noise and improves the base line stability.
-Increased efficiency in the laboratory
-Improved safety
-Economy
-Simple installation
APPLICATION
Produce laboratory grade purified and hydrocarbon free air from an existing in house oil free compressed air supply.
Eliminates the need for inconvenient high pressure cylinders. it is ideal for use with :
-GC-FID, NPD, FPD
-THA
ULTRA Zero Air
SPECIFICATIONS / BENEFITS
-Purity achieved : CO, HCs <0,1 ppm ; CH4, NOx, SO2, O3 < 1 ppm ; CO2 < 5-10 ppm ; Water pressure dewpoint < - 50°C
-Range of flow rate : 1,5 to 30 L/min
-needs to change the inlet and outlet filter once a year. Alarme available for the replacement of the catalyst and the NOx cartridge after three years of operation.
-Improved analytical performance
-Increased the efficiency in the laboratory
-Increased safety
-Economy plus importantes
-Easy to install
APPLICATION
Produce laboratory high quality air from an existing in house oil free compressed air supply.
Eliminates the need for inconvenient high pressure cylinders. it is ideal for use with :
-GC-FID, NPD, FPD
-THA
-GC-ATD
-Electronical nose
-Calibration of test machine |
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Technical gas production equipment
