I. Core Overview of the Product

• 2.2 Detailed Explanation of Subdivided Application Fields and Core Uses

  
  

  2.2.1 Environmental Protection Sewage Treatment (Core Main Use)

  
  

  As an efficient external carbon source for the biochemical system of sewage treatment, it is specially used to supplement the carbon elements required for the growth and reproduction of microorganisms in the biochemical pool, solving the core problems of insufficient carbon sources and imbalanced C/N ratio in the sewage denitrification and dephosphorus removal process. It can quickly activate the activity of denitrifying bacteria, accelerate the decomposition of nitrates and nitrites, improve the removal efficiency of total nitrogen and total phosphorus, and help sewage meet discharge standards; it replaces traditional carbon sources such as methanol, sodium acetate, and acetic acid, with higher safety, no risk of flammability and explosion, easy control of dosage, low sludge output, and no increase in subsequent sludge treatment pressure. It is widely applicable to the biochemical treatment processes of municipal sewage and industrial wastewater (chemical, food, printing and dyeing, breeding wastewater).
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• 2.2.2 Construction Concrete Industry

  
  

  It is used as a high-efficiency retarder and workability improver in concrete admixtures. It can extend the initial and final setting time of concrete, slow down the heat release rate of cement hydration, and avoid temperature difference cracks during mass concrete construction. At the same time, it improves the fluidity and cohesion of concrete, reduces bleeding and segregation, enhances the compactness and strength of concrete. It is suitable for special construction scenarios such as summer high-temperature construction, long-distance pumped concrete, large bridges/dams/pile foundation projects, etc. It can also be used in the production of cement products and prefabricated components to improve the forming quality of products.
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• 2.2.3 Fermentation and Biopharmaceutical Industry
  
  
  As a basic carbon source medium for microbial fermentation, it provides energy required for the growth and metabolism of microorganisms such as yeast, bacteria, and mold. It is widely used in the production of fermented products such as alcohol, monosodium glutamate, citric acid, antibiotics, vitamins, and enzyme preparations. It can also be used in the production of bio-fertilizers and microbial agents, promoting the reproduction of beneficial bacterial communities, improving fermentation conversion rates and product purity, and is one of the core raw materials in the fermentation industry.
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• 2.2.4 Textile Dyeing and Printing Industry
  
  
  It is used as a sizing agent, reducing agent, and softener for fabrics. In the spinning and weaving processes of cotton yarn and chemical fiber fabrics, it can enhance the toughness of yarns, reduce the breakage rate, and improve the smoothness of fabrics. In the dyeing and printing process, it acts as a reducing agent for vat dyes, assists in dye fixation, improves dyeing uniformity and color fastness, while enhancing the hand feel of fabrics, reducing fabric damage, and is suitable for the dyeing and printing processing of various fabrics such as cotton, linen, and chemical fibers.
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• 2.2.5 Chemical and Electroplating Industries

  
  

  In the chemical field, it is used as an intermediate for synthesizing other organic compounds, and can also be used as a chelating agent and water quality improver in water treatment. It chelates heavy metal ions in water to enhance the effect of water purification. In the electroplating industry, it is used as a complexing agent in electroplating solutions to improve the uniformity and adhesion of electroplating layers, enhance the surface finish of electroplated products, reduce defects such as pinholes and pitting, and is suitable for the electroplating processing of hardware, plastic and other products.
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• 2.2.6 Other Industrial Uses

  
  

  In aquaculture, it is used as a carbon source in water bodies to regulate the structure of water microbial communities, improve water quality, and promote the growth of aquatic animals; in the ceramic industry, it is used as a binder for ceramic bodies to enhance the strength of the bodies and reduce cracking during firing; it can also be used in the adhesive and foundry industries as an auxiliary raw material to improve product performance.
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• III. Product Specification Parameters (Industrial General Standards)

  
  

  This product is divided into monohydrate industrial glucose (regular version) and anhydrous industrial glucose (high-purity version). The specific specification parameters are as follows. The particle size and purity can be customized according to different application scenarios:

• 4.2 Physical and Chemical Quality Standards

  
  

  Implement the general industry standards for industrial glucose. The core physical and chemical indicators must meet the following requirements: glucose content (on dry basis) for first-class products ≥ 90%, for superior products ≥ 95%; loss on drying ≤ 10%; pH value 5.0-7.0; ash content ≤ 0.3%; heavy metals (calculated as Pb) ≤ 0.001%; arsenic (calculated as As) ≤ 0.0001%; chloride ≤ 0.01%; sulfate ≤ 0.02%. All physical and chemical indicators are tested using national standard detection methods such as Fehling's reagent titration, high-performance liquid chromatography, and loss on drying method to ensure accurate data.

  
  

  4.3 Hygiene and Safety Indicators

  
  

  This product is of industrial grade, not food grade, and is prohibited from being used in food and feed processing fields; the hygiene indicators meet the safety requirements for industrial raw materials, with total bacterial count ≤ 1000 CFU/g, total mold and yeast count ≤ 50 CFU/g, and no pathogenic bacteria; the product is non-toxic, non-corrosive, non-flammable and non-explosive, does not belong to dangerous chemicals, and is safe and compliant during transportation, storage, and use.

  
  

• V. Packaging, Storage and Transportation Specifications

  
  

  5.1 Packaging Specifications

  
  

  The regular packaging is 25kg per bag, using double-layer packaging: the outer layer is a polypropylene woven bag, which is wear-resistant and impact-resistant, facilitating loading and unloading; the inner layer is a food-grade polyethylene film bag, which is sealed and moisture-proof to prevent the product from absorbing moisture and deteriorating. Large packaging such as 50kg per bag and ton bags can also be customized according to customer needs. The packaging appearance is neat, with information such as product name, specification, grade, net weight, execution standard, and industrial-grade warning marked, without any illegal contact information such as phone numbers, QR codes, or emails.
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• 5.2 Storage Requirements
  
  
  Store in a cool, dry, and well-ventilated warehouse with the ambient temperature controlled below 25℃ and relative humidity ≤ 75%; keep away from fire sources, heat sources, and avoid direct sunlight; it is strictly prohibited to store together with acidic, alkaline substances, toxic and harmful items, flammable and explosive items; when stacking, it should be at least 20cm away from the ground and walls to avoid moisture and caking. The shelf life under normal temperature is 12 months, and it should be sealed and stored in time after opening.
  
  
  5.3 Transportation Requirements
  
  
  Ordinary trucks can be used for transportation; it is not a dangerous chemical and does not require special transportation qualifications; during transportation, measures for rainproof, moisture-proof, and sunproof should be taken to avoid product leakage and moisture due to packaging damage; handle with care during loading and unloading, strictly prohibit throwing, dragging to prevent packaging rupture; the transport vehicle must be kept clean without toxic and harmful residues.
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• VI. Key Points for Practical Use
• Sewage treatment dosage: Calculate the dosage based on the C/N ratio and total nitrogen content of the biochemical tank. The conventional dosage is 50-200mg/L. It can be directly added as dry powder or dissolved into a 5%-10% aqueous solution. After adding, turn on the stirring to ensure uniform mixing.

  
  

  Concrete retarding: The dosage is 0.1%-0.3% of the cement dosage. Adjust the dosage according to the construction temperature and retardation time requirements. It can be appropriately increased in high-temperature weather and reduced in low-temperature weather.

  
  

  Fermentation medium: Prepare according to the requirements of the fermentation process, dissolve and then sterilize for use. Adjust the dosage according to the type of microorganisms.

  
  

  Dissolution operation: It is recommended to dissolve with clean water at a moderate stirring speed. Add after complete dissolution to avoid the impact of local high concentration on the effect.

  
  
• VII. Safety Precautions and Taboos
  
  
  This product is an industrial-grade product. It is strictly prohibited to be taken orally or get into the eyes, and it is strictly forbidden to be used in food, feed, oral medicine and other fields.
  
  
  It is recommended to wear gloves and masks during operation to avoid inhaling dust. If it accidentally comes into contact with the skin or eyes, rinse immediately with plenty of water.
  
  
  It is strictly prohibited to get damp during storage. If it gets damp and agglomerates, the use effect will not be affected, but it needs to be crushed and dissolved to avoid uneven dosing.
  
  
  It is forbidden to store or transport together with strong oxidants, toxic and harmful chemicals to avoid chemical reactions.
  
  
  Expired products can be used only after passing the inspection. If mildew or peculiar smell occurs, they are forbidden to be used and can be disposed of as ordinary industrial waste.