Sludge treatment method for catalyzing hypochlorite by plasma
A technology for catalyzing hypochlorite and plasma, applied in electrochemical sludge treatment, sludge treatment, water/sludge/sewage treatment, etc., can solve the problems of secondary pollution and achieve the effect of strong oxidizing ability
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Embodiment 1
[0016] Example 1: In the reaction chamber, adjust the moisture content of the sludge to 94%; transport NaClO with a mass of 43.3% of the mud-water mixture into the reaction chamber; and use a high-frequency high-voltage electric field to excite industrial steam to generate plasma to generate a reaction at 350°C and 13MPa Conditions: Under the catalysis of the above-mentioned high temperature, high pressure and plasma, sodium hypochlorite molecules generate a large number of oxychlorine free radicals and chlorine free radicals in water, which fully contact and react with organic pollutants in the mud-water mixture; detect the COD of the mud-water mixture after reacting for 90 minutes; The above sludge-water mixture is dehydrated to obtain the final sludge product.
[0017] Test result: COD=58900mg / L before mud-water mixture treatment
[0018] COD=68mg / L after mud-water mixture treatment
[0019] It can be seen from the test results that the removal rate of organic pollutants i...
Embodiment 2
[0020] Example 2: In the reaction chamber, adjust the moisture content of the sludge to 95%; transport NaClO with a mass of 43.3% of the mud-water mixture into the reaction chamber; and use a high-frequency high-voltage electric field to excite industrial steam to generate plasma to generate a reaction at 390°C and 15MPa Conditions: Under the catalysis of the above-mentioned high temperature, high pressure and plasma, sodium hypochlorite molecules generate a large number of oxychlorine free radicals and chlorine free radicals in water, which fully contact and react with organic pollutants in the mud-water mixture; detect the COD of the mud-water mixture after 70 minutes of reaction; The above sludge-water mixture is dehydrated to obtain the final sludge product.
[0021] Test result: COD=58900mg / L before mud-water mixture treatment
[0022] COD=59mg / L after mud-water mixture treatment
[0023] It can be seen from the test results that the removal rate of organic pollutants in...
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