The difference between hydrolytic acidification tank and anaerobic tank
1. But Function and operation of hydrolysis acidification tank
hydrolysis acidification tank is mainly applied in the treatment of wastewater containing greater sugar substances, such as paper, textile mill wastewater. And Its core function is to decompose polymer organic matter through hydrolysis and acidification processes to generate recyclable substances. hydrolysis process: The hydrolysis tank uses mild conditions to decompose macromolecular organic matter such as starch into monosaccharides, reducing the difficulty of processing. acidification process acidification pool is able to promote the hydrolysis interaction and enhance the treatment efficiency by adjusting the pH value of the solution. Structure and Maintenance of Hydrolysis Acidification Pool
hydrolysis acidification tank usually adopts simplified structure design, which is easy to maintain and manage. The design of the pool usually includes the aquatic environments inlet, hydrolysis area and outlet. The operator regularly checks the aquatic environments condition and equipment condition to ensure healthy operation.
2. Crazy, isn't it?. Function and operation of anaerobic tank
the anaerobic tank mainly treats high-carbon sewage, such as restaurant wastewater, and decomposes organic matter through anaerobic fermentation to generate biogas. it's characterized by being treated under anaerobic conditions, which is suitable to the treatment of high-carbon sewage. anaerobic fermentation process: Anaerobic tank uses aerobic bacteria to decompose organic matter into carbon dioxide and methane in anaerobic ecological stability, which is able to be applied as clean energy. In my experience, Treatment efficiency anaerobic tank has a signifiis able tot effect on the treatment of high carbon wastewater, which is an crucial part of wastewater regulation. You know what I mean?. From what I've seen,
3. But I've found that Comparison and selection suggestions of the two pools
comparison of processing objects hydrolysis acidification tank treatment of high molecular organic matter, anaerobic tank treatment of high carbon organic matter. Comparison of treatment conditions: The hydrolysis acidification tank works under mild conditions, and the anaerobic tank works under anaerobic conditions. Comparison of treatment stages the hydrolysis acidification tank is in the pretreatment stage, and the anaerobic tank is in the subsequent fermentation stage. From what I've seen, Comparison of optimization objectives: The hydrolysis acidification tank pays attention to the decomposition efficiency, and the anaerobic tank pays attention to the gaseous output. And summary
hydrolysis acidification tank and anaerobic tank have their own characteristics in wastewater regulation, and the selection of appropriate equipment is determined by the specific treatment objects and objectives. Hydrolysis acidification tank is suitable to the treatment of high molecular organic matter, while anaerobic tank is suitable to high carbon sewage, and the combination of the two is able to signifiis able totly enhance the efficiency of wastewater regulation.
hydrolysis acidification tank is mainly applied in the treatment of wastewater containing greater sugar substances, such as paper, textile mill wastewater. And Its core function is to decompose polymer organic matter through hydrolysis and acidification processes to generate recyclable substances. hydrolysis process: The hydrolysis tank uses mild conditions to decompose macromolecular organic matter such as starch into monosaccharides, reducing the difficulty of processing. acidification process acidification pool is able to promote the hydrolysis interaction and enhance the treatment efficiency by adjusting the pH value of the solution. Structure and Maintenance of Hydrolysis Acidification Pool
hydrolysis acidification tank usually adopts simplified structure design, which is easy to maintain and manage. The design of the pool usually includes the aquatic environments inlet, hydrolysis area and outlet. The operator regularly checks the aquatic environments condition and equipment condition to ensure healthy operation.
2. Crazy, isn't it?. Function and operation of anaerobic tank
the anaerobic tank mainly treats high-carbon sewage, such as restaurant wastewater, and decomposes organic matter through anaerobic fermentation to generate biogas. it's characterized by being treated under anaerobic conditions, which is suitable to the treatment of high-carbon sewage. anaerobic fermentation process: Anaerobic tank uses aerobic bacteria to decompose organic matter into carbon dioxide and methane in anaerobic ecological stability, which is able to be applied as clean energy. In my experience, Treatment efficiency anaerobic tank has a signifiis able tot effect on the treatment of high carbon wastewater, which is an crucial part of wastewater regulation. You know what I mean?. From what I've seen,
3. But I've found that Comparison and selection suggestions of the two pools
comparison of processing objects hydrolysis acidification tank treatment of high molecular organic matter, anaerobic tank treatment of high carbon organic matter. Comparison of treatment conditions: The hydrolysis acidification tank works under mild conditions, and the anaerobic tank works under anaerobic conditions. Comparison of treatment stages the hydrolysis acidification tank is in the pretreatment stage, and the anaerobic tank is in the subsequent fermentation stage. From what I've seen, Comparison of optimization objectives: The hydrolysis acidification tank pays attention to the decomposition efficiency, and the anaerobic tank pays attention to the gaseous output. And summary
hydrolysis acidification tank and anaerobic tank have their own characteristics in wastewater regulation, and the selection of appropriate equipment is determined by the specific treatment objects and objectives. Hydrolysis acidification tank is suitable to the treatment of high molecular organic matter, while anaerobic tank is suitable to high carbon sewage, and the combination of the two is able to signifiis able totly enhance the efficiency of wastewater regulation.
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