The industrial oxygen-separating machine consists mainly of two sorbent towers filled with molecular sifts, which are filtered under constant temperature, filtered into sorbents after cleaning, such as dry water, adsorbed by molecules, such as nitrogen in the air of sorbents, and which enriches oxygen in the gas phase, which is stored in oxygen tanks from export, while the semantic sifts that have completed sorbulation in another tower are rapidly pressured down to decipher the sorbented composition, and the two pytal alternation cycles yield low-cost oxygen of 90 per cent purity. The automatic switch of valves throughout the system is automatically controlled by a computer。
And the useful life of filling equipment
Boiler molecular sifting is filled with a “blizzard” method, so that the sifting of molecules is evenly distributed and is not easy to pollute; the adsorption towers are self-repressed by multi-stage air flow distribution and a balanced method; and the sifting of the sifting of boiling stones is kept tight, thereby ensuring that the adsorption process does not cause drift and effectively prolongs the useful life of the sifting of boiling stone molecules。
The work flow of the oxygen maker is performed by the programmable controller controlling five two-bit five lead electromagnetic valves and by the electromagnetic valves controlling the opening and closing of each of the ten gas-dynamic valves. Five two-bit five lead electromagnetic valves control the state of left, average pressure and right. The time flow of the left, average pressure and right is stored in the programmable controller, and in a power outage, the lead gas of the five-bit five lead electromagnetic valves is connected to the closing of the aerodynamic valves. When the process is in a left inhalation state, the control of the left inhaled electromagnetic valve is electrocuted and the first conductor connects the left inhalation valve, the left inhalation valve and the right exhaust valve to the opening, so that the three valves are opened and the left inhalation process is completed, while the right inhalation towers are removed. When the process is in a state of average pressure, the control electromagnetic valves are powered and the other valves are shut; the lead air is connected to the opening of the average pressure valve, which opens the valve and completes the average pressure process. When the process is in the right inhalation state, the right inhaled electromagnetic valve is electrocuted, with the first conductor connected to the right inhaled valve, the right inhaled valve, and the left inhaled valve opening, allowing the three valves to open and complete the right inhaled process, while the left inhaled towers are dehaled. In each segment of the process, other valves should be closed except for valves that should be opened。
