RICH's vacuum PSA technology has made a breakthrough in the paper industry. We have developed a complete oxygen production product for the paper industry, which can help users effectively reduce costs in gas, improve product quality, saves energy and achieve environmental protection.
The oxygen purity meets the requirements of the bleaching process. The equipment is simple to use, and the control is convenient.
Oxygen-enriched aeration activated sludge process: suitable for the denitrification upgrade of existing activated sludge treatment plants.
Ozone from surface waters: Ozone that can be used for surface water such as canals, rivers, lakes and artificial reservoirs.
Fish farming: When oxygen is applied, the density and number of fish species can be increased several times, while the cost of water treatment can be reduced.
Industrial oxidation process: sulfide oxidation in paper bleaching, hydrogen peroxide production, etc.
The demand for industrial gases is increasing as the production processes for float, container, flat plate, optical fiber and specialty glass products are being upgraded.
Compared with the traditional combustion with air as raw material, the oxy-fuel combustion greatly improves the heat, which optimizes the quality of user products and improves production, reduces combustion impurities, prolongs the service life of the combustion furnace, and the oxy-fuel combustion is more energy-saving and environmentally friendly.
Nitrogen is mainly used in the glass industry to prevent surface oxidation in the glass manufacturing process and to cool the furnace.
By using oxygen to support combustion, the combustion temperature is high, which is reduces the amount of flue gas and harmful substances generated in the process.
The use of oxygen increases the furnace output and extends its service life, which is good for the environment.
Oxygen purging, improving the combustion rate, improving the yield of castings, etc.
Improve productivity, save energy and reduce consumption. Oxy-fuel combustion can increase the furnace temperature, increase the furnace capacity by 20~40% compared with the use of air, reduce fuel consumption by 30%, and prolong the service life of the furnace.
