Advanced treatment process for waste rotten lemons
An advanced treatment and lemon technology, applied in the field of advanced treatment of waste lemons, can solve the problems of high overall cost, large impact on the surrounding environment, long production cycle, etc., and achieve complete resource utilization, high reduction and utilization rate. high effect
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Embodiment 1
[0021] This embodiment provides a process for the advanced treatment of waste rotting lemons, including:
[0022] (1) Send 60t of waste rotten lemons to a pulping and screening machine to remove impurities, then add 60t of water to dilute and adjust the slurry to obtain 120t of organic suspension slurry, which is transported to a storage tank for storage.
[0023] (2) Send the organic suspension slurry in the storage tank into the oxidation reactor at a rate of 5t / h with a high-pressure slurry pump, and at the same time use an air compressor to continuously supply compressed air to the oxidation reactor, which is 0.5 higher than the reaction pressure of the system Above Map, the dosage ratio of organic suspension to air is 1t:40m 3 ; The organic suspension slurry and air undergo a strong oxidation reaction in an oxidation reactor with a pressure of 3.5MPa and a temperature of 230°C. The reaction time is 1h, and 120t of oxide material is obtained.
[0024] (3) Send all the oxi...
Embodiment 2
[0026] This embodiment provides a process for the advanced treatment of waste rotting lemons, including:
[0027] (1) Send 60t of waste rotten lemons to a pulping and screening machine to remove impurities, then add 60t of water to dilute and adjust the slurry to obtain 120t of organic suspension slurry, which is transported to a storage tank for storage.
[0028] (2) Send the organic suspension slurry in the storage tank into the oxidation reactor at a rate of 5t / h with a high-pressure slurry pump, and at the same time use an air compressor to continuously supply compressed air to the oxidation reactor, which is 0.5 higher than the reaction pressure of the system Above Map, the dosage ratio of organic suspension to air is 1t:40m 3 ; The organic suspension slurry and air undergo a strong oxidation reaction in an oxidation reactor with a pressure of 1MPa and a temperature of 180°C. The reaction time is 2h, and 120t of oxide material is obtained.
[0029] (3) Send all the oxide...
Embodiment 3
[0031] This embodiment provides a process for the advanced treatment of waste rotting lemons, including:
[0032] (1) Send 60t of waste rotten lemons to a pulping and screening machine to remove impurities, then add 60t of water to dilute and adjust the slurry to obtain 120t of organic suspension slurry, which is transported to a storage tank for storage.
[0033] (2) Send the organic suspension slurry in the storage tank into the oxidation reactor at a rate of 5t / h with a high-pressure slurry pump, and at the same time use an air compressor to continuously supply compressed air to the oxidation reactor, which is 0.5 higher than the reaction pressure of the system Above Map, the dosage ratio of organic suspension to air is 1t:40m 3 ; The organic suspension slurry and air undergo a strong oxidation reaction in an oxidation reactor with a pressure of 6MPa and a temperature of 250°C. The reaction time is 0.5h, and 120t of oxide material is obtained.
[0034] (3) Send all the oxi...
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