Introduction to the price of industrial glucose everyone is familiar with industrial glucose, which is often used in sewage treatment. However, industrial glucose is used as water reducing agent and retarder in concrete engineering. Water reducing agent can reduce the water required by refractory materials during use. In order to prevent unshaped refractory materials from setting too fast during use, retarder shall be used. Its water reducing, plasticizing and retarding effects are very significant. It can greatly improve the workability of concrete, reduce slump loss and improve the later strength of concrete. As a retarder, it can prolong the initial setting time from a few hours to a few days without damaging the strength. It can be used in pumping concrete, large fluidity concrete, mass concrete and high-strength performance concrete. The role of industrial glucose has significantly improved the development of water treatment industry. Industrial grape sugar has good quality, low price and good effect. Wide use of industrial glucose_ Sodium acetate, industrial glucose, polyaluminium chloride PAC, polyacrylamide PAM.

1）工业：在工业中葡萄糖作为基础的营养基，是培养基的主料，如味精、维生素、氨基酸、酸、酶制剂等都需大量使用葡萄糖，同时也可用作微生物多聚糖和溶剂的原料。

1) Industry: in industry, glucose is the basic nutrient medium and the main material of culture medium. For example, monosodium glutamate, vitamins, amino acids, acids, enzyme preparations, etc., glucose needs to be used in large quantities. At the same time, it can also be used as the raw material of microbial polysaccharides and solvents.

2）化学工业葡萄糖在工业上应用很广，如胶粘剂、烧铸制品、塑料制品、印染、制革、电镀、钻探、油漆、肥皂、杀虫剂等。

2) Glucose in chemical industry is widely used in industry, such as adhesives, burned and cast products, plastic products, printing and dyeing, tanning, electroplating, drilling, paint, soap, pesticides, etc.

3）合成和转化：葡萄糖还可氢化、氧化、异构、碱性降解、酯化、乙缩醛化反应等，合成或转化为其他产品。如氢化制山梨醇；氧化制葡萄糖醛酸、二酸等，并可进一步制成酸钙、酸钠、酸锌以及葡萄糖酸&内酯；异构化为F42、F55、F90果葡糖浆和结晶果糖；也可异构化为甘露糖（生产甘露糖醇原料），其中山梨醇可进一步生成维生素C，被广泛应用于临床，而且甘露醇15在临床作为一种明显的降低颅内压药，来治青光眼。参与污泥处理的微生物，在其生命活动过程中，需要不断从周围环境的污水中吸取其所需要的营养物质，包括：碳源、氮源、无机盐类以及某些生长素等。待处理的污水中需要充分含有这些物质。碳是构成微生物细胞的重要物质，参与污泥处理的微生物对碳源需求量较大，一般以BOD5计，不应低于100mg/L。生活污水碳源比较充足，对于一些碳源不足的工业废水则应补充碳源，如生活污水或是淀粉、葡萄糖等。

3) Synthesis and conversion: glucose can also be hydrogenated, oxidized, isomerized, alkaline degraded, esterified, acetalized, etc., synthesized or converted into other products. Such as hydrogenation to sorbitol; It can be oxidized to produce glucuronic acid, diacid, etc., and can be further prepared into calcium acid, sodium acid, zinc acid and gluconic acid lactone; Isomerization to F42, F55, f90 fructose syrup and crystalline fructose; It can also be isomerized into mannose (raw material for producing mannitol), in which sorbitol can further generate vitamin C, which is widely used in clinic, and mannitol 15 is clinically used as a drug to significantly reduce intracranial pressure to treat glaucoma. Microorganisms involved in sludge treatment need to constantly absorb nutrients from the sewage of the surrounding environment during their life activities, including carbon source Nitrogen source, inorganic salts and some auxin. These substances need to be fully contained in the sewage to be treated. Carbon is an important material constituting microbial cells. Microorganisms involved in sludge treatment have a large demand for carbon source, generally calculated as BOD5, which shall not be less than 100mg / L. The carbon source of domestic sewage is sufficient. For some industrial wastewater with insufficient carbon source, carbon source should be supplemented, such as domestic sewage or starch, glucose, etc.

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