High purity PSA Oxygen Generator 99.5%
CAN GAS turnkey PSA oxygen generator machine aquires oxygen by separating oxygen directly from the atmosphere and deliver it to application with an oxygen generator. Only electricity is consumed, without material consumption.
CanGas® HP CAPO series PSA oxygen machine 99.5%
CAN GAS HP CAPO series PSA oxygen generator generate up to 99.5% purity oxygen directly from compressed air. CAN GAS PSA Oxygen Generators are serving various industries for their competitive advantages in economy and usage, they are: Cutting&welding, hospitals, glass and ampoule making, aquaculture, paper and pulp, water treatment, ozone generation, etc.
Application: CAN GAS Onsite Oxygen Gas Generators for Oxy-Acetylene Cutting
CAN GAS Onsite Oxygen Gas Generators builds oxygen gas generators that are durable, dependable, and affordable. Oxy-acetylene welding or cutting is also known as oxy-fuel welding (OFW). This process depends on using a unique combustion of oxygen (O2) and acetylene, where the two are combined in appropriate proportions inside a mixing chamber. A high-heat flame is then produced between 5800 °F to 6300 °F for different operations, including brazing, braze welding, pre-/post-heating, surfacing, bending, and straightening. Versatility is added with accessories such as multi-flame heating nozzles and cutting attachments. OFW also entails welding various metals such as carbon steel, low alloy steels, aluminum, cast iron, and magnesium.
High purity oxygen generators can be used in some welding processes that require a higher concentration of oxygen than what is typically found in ambient air (which is approximately 21% oxygen).
For example, in oxy-fuel welding and cutting processes, a fuel gas (such as acetylene) is combusted with a stream of oxygen to create a high-temperature flame that can be used to melt and cut metal. In these processes, a high purity oxygen generator can be used to provide a reliable and cost-effective source of oxygen for the combustion reaction.
The oxygen generator works by selectively adsorbing nitrogen from compressed air using a bed of zeolite adsorbent material. This leaves behind a stream of high-purity oxygen that can be used in the welding process. The oxygen can be delivered to the welding torch through a network of pipes and valves, and can be adjusted to the desired flow rate and pressure.
The use of a high purity oxygen generator in welding processes can offer several advantages, including improved combustion efficiency, higher flame temperature, and better control over the welding process. However, it is important to use caution when working with high-purity oxygen, as it can be a fire hazard and can cause combustion when it comes into contact with certain materials. Proper safety procedures should always be followed when using high-purity oxygen in welding processes.
Another application of high purity oxygen generators in welding is in plasma cutting. Plasma cutting involves the use of a plasma arc, which is created by passing a stream of gas (usually a mixture of oxygen and an inert gas like argon or nitrogen) through a nozzle and ionizing it with an electric arc. The resulting plasma can be used to cut metal.
In plasma cutting, a higher concentration of oxygen in the gas mixture can lead to a hotter, more efficient plasma arc, which can result in faster and cleaner cuts. A high purity oxygen generator can be used to provide the necessary concentration of oxygen for the plasma cutting process.
In addition to welding, high purity oxygen generators can also be used in other applications that require high concentrations of oxygen, such as medical oxygen therapy, industrial processes, and aerospace applications.
Overall, high purity oxygen generators offer a reliable and cost-effective solution for applications that require a high concentration of oxygen. However, it is important to use caution and follow proper safety procedures when working with high-purity oxygen, as it can be a fire hazard and can cause combustion when it comes into contact with certain materials.
Oxygen generators are used for increasing the gold production because they can improve the efficiency and yield of the gold extraction process by reducing the consumption and toxicity of cyanide, a chemical that is used to dissolve gold from the ore. Oxygen generators can also enhance the oxidation and dissolution of gold and other metals, as well as the destruction of excess cyanide, improving the quality and safety of the gold extraction process.
Gold ore leaching is a process that involves dissolving gold from the ore using a solvent, such as cyanide. Oxygen generators are devices that produce oxygen gas from the air using a technology called pressure swing adsorption (PSA). They are used for gold ore leaching to enhance the oxidation and dissolution of gold, as well as to reduce the consumption and toxicity of cyanide. Oxygen generators can improve the efficiency and yield of gold recovery by increasing the rate and extent of the leaching reaction.