Carbon source supplement used by sewage plant at low temperature and preparation method
A carbon source supplement and sewage plant technology, applied in the field of water treatment, can solve the problems of water pollution, small quantity and variety, etc., and achieve the effect of improving biological activity and significant biochemical effect.
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Embodiment 1
[0014] Example 1. A carbon source supplement used in a sewage plant at low temperature. The carbon source supplement is prepared by weight percentage from the following components (1) sodium acetate 22%, (2) molasses 5%, (3) methanol 14% %, (4) glycerol 2%, (5) acetic acid 5%, (6) sodium carbonate 4%, (7) glucose 1%, (8) starch 1%, (9) the rest of water.
[0015] The preparation method for preparing the above-mentioned carbon source supplement, according to the above-mentioned components and percentages, first, use a pump to sequentially pump components (3), (4), (5), and (9) into the reaction kettle, and heat up To 45°C, keep stirring during the heating period; then add the components (1), (2), (7), (8), and (6) into the reaction kettle in sequence, continue stirring for 60 minutes and discharge, and the carbon source can be obtained Finished supplements.
[0016] The production practice is verified: the carbon source supplement produced according to Example 1 is compared wi...
Embodiment 2
[0017] Example 2, a carbon source supplement used in sewage plants at low temperature, the carbon source supplement is prepared by weight percentage from the following components (1) sodium acetate 28%, (2) molasses 2%, (3) methanol 9 %, (4) glycerol 1%, (5) acetic acid 7%, (6) sodium carbonate 5%, (7) glucose 5%, (8) starch 1%, (9) the rest of water.
[0018] The preparation method is the same as in Example 1.
[0019] Production practice is verified: according to the carbon source supplement produced in Example 2 and the commercially available glucose carbon source comparative experiment, the experimental results are as follows:
[0020] The wastewater treatment volume of a sewage treatment plant (industrial park wastewater) in Urumqi, Xinjiang is 40,000 cubic meters per day, PH5-8, system influent CODcr 400-800mg / L, total nitrogen TN40-100mg / L, ammonia nitrogen 30-90 mg / L. The initial design of the system was to add methanol as a supplementary carbon source. Due to safet...
Embodiment 3
[0021] Example 3. A carbon source supplement used in a sewage plant at low temperature. The carbon source supplement is prepared by weight percentage from the following components (1) sodium acetate 20%, (2) molasses 3%, (3) methanol 10% %, (4) glycerol 2%, (5) acetic acid 8%, (6) sodium carbonate 4%, (7) glucose 8%, (8) starch 3%, (9) the rest of water.
[0022] The preparation method is the same as in Example 1.
[0023] Production practice is verified: according to the carbon source supplement produced in Example 3 and the commercially available glucose carbon source comparative experiment, the experimental results are as follows:
[0024] A sewage treatment plant (municipal wastewater) in southern Xinjiang, the wastewater treatment volume is 10,000 cubic meters per day, PH7-9, system influent CODcr is 250-350mg / L, total nitrogen TN60-100mg / L, ammonia nitrogen 50-100 mg / L. The system was originally designed to add solid glucose, but ammonia nitrogen has not reached the s...
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