Looking for manufacturers of deoxygenation catalysts? Used to remove 0.3% oxygen from raw gas
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The crude gas produced by the oxidation of pure oxygen at atmospheric pressure contains about 0.3% oxygen; after pressurization, it is sent to the shift unit. It is planned to install a deoxidation furnace before entering the shift reactor, filled with catalysts, to catalytically burn off the trace amounts of oxygen. Find a catalyst that can meet this requirement. It would be best if the manufacturer could be provided
Atmospheric pressure gasification usually involves trace amounts of oxygen, and this can be removed by using a pre-conversion furnace before the conversion process; Shandong Qilu Keli Chemical Research Institute has such deoxidizing agents
Is the value for oxygen reliable? The conversion catalyst itself can deoxidize.
Do you need ceramic balls or filler? Catalyst support protectant, feel free to contact me. Thank you!
Was deoxygenation done? We can provide sulfur-resistant deoxidation. qq 2817522485
Hello, I would like to learn about the usage process of deoxygenation catalysts and how to determine their activity ? Although there is an oxygen concentration meter for monitoring later on, I wonder if it’s possible to remove the catalyst and test its activity? ? Can the catalyst activity be detected directly?
Hello, I would like to learn about the usage process of deoxygenation catalysts and how to determine their activity ? Although there is an oxygen concentration meter for monitoring later on, I wonder if it’s possible to remove the catalyst and test its activity? ? Can the catalyst activity be detected directly?
Hello, I would like to learn about the usage process of deoxygenation catalysts and how to determine their activity ? Although there is an oxygen concentration meter for monitoring later on, I wonder if it’s possible to remove the catalyst and test its activity? ? Can the catalyst activity be detected directly?
There are many types of deoxygenation catalysts, and different catalysts are used for various operating conditions; one can search online for information on them. The key factor to consider is the oxygen level at the outlet, which can generally be reduced to ppm levels. It depends on which deoxygenation catalyst is used; the catalyst in its reduced state will be oxidized and deactivated by oxygen in the air, so passivation treatment must be considered, as this leads to a loss of activity. Why not connect an oxygen analyzer to the sampling port on the device to measure the oxygen concentrations at the inlet and outlet, so as to determine the catalyst’s activity?
Hello, I’m not sure if your problem has been resolved. If you need a catalyst, feel free to contact me
Northwest Institute of Chemical Engineering: Pd-based precious metal deoxidizers.