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Can H2S removal from liquid sulfur improve the sulfur recovery rate of the plant? Why? Answer: Removing H2S from liquid sulfur does not increase the sulfur recovery rate of the plant, as the waste gas generated by the degassing of liquid sulfur is sent directly to the incinerator for burning and released into the atmosphere along with the flue gases; the H2S in it is not recovered.
Removing H2S from liquid sulfur does not increase the sulfur recovery rate of the plant, as the waste gas generated by the degassing of liquid sulfur is sent directly to the incinerator for burning and released into the atmosphere along with the flue gases; the H2S in it is not recovered
Removing H2S from liquid sulfur does not increase the sulfur recovery rate of the plant, as the waste gas generated by the degassing of liquid sulfur is sent directly to the incinerator for burning and released into the atmosphere along with the flue gases; the H2S in it is not recovered
Removing H2S from liquid sulfur does not increase the sulfur recovery rate of the plant, as the waste gas generated by the degassing of liquid sulfur is sent directly to the incinerator for burning and released into the atmosphere along with the flue gases; the H2S in it is not recovered
Removing H2S from liquid sulfur does not increase the sulfur recovery rate of the plant, as the waste gas generated by the degassing of liquid sulfur is sent directly to the incinerator for burning and released into the atmosphere along with the flue gases; the H2S in it is not recovered
Answer: Removing H2S from liquid sulfur does not increase the sulfur recovery rate of the plant, as the waste gas generated by the degassing of liquid sulfur is sent directly to the incinerator for burning and released into the atmosphere along with the flue gases; the H2S in it is not recovered. .
Removing H2S from liquid sulfur does not increase the sulfur recovery rate of the plant, as the waste gas generated by the degassing of liquid sulfur is sent directly to the incinerator for burning and released into the atmosphere along with the flue gases; the H2S in it is not recovered