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Liquid PolyDADMAC is commonly used in both wastewater and drinking water treatment due to its strong cationic properties. Here’s a summary of its applications in these areas:
Coagulation and Flocculation: Liquid PolyDADMAC is primarily used as a coagulant and flocculant to aggregate suspended solids, colloidal particles, and organic matter in both wastewater and drinking water. It helps form larger particles (flocs), making it easier to remove impurities through sedimentation or filtration.
Turbidity Reduction: It significantly reduces turbidity by binding with fine particles in water, improving the clarity and quality of treated water.
Organic Matter Removal: PolyDADMAC is effective in removing natural organic matter (NOM), such as humic and fulvic acids, which can cause color and contribute to the formation of harmful disinfection by-products (DBPs) in drinking water.
pH Flexibility: It works over a wide range of pH levels, making it versatile for different water conditions, unlike some inorganic coagulants that are more pH-sensitive.
Enhanced Filtration: By improving the coagulation process, PolyDADMAC helps in filter performance, reducing the load on filtration systems and extending filter run times.
Reduced Sludge Volume: In wastewater treatment, the use of PolyDADMAC can lower the overall sludge volume by making the solids easier to separate from water, which reduces the costs of sludge handling and disposal.
In summary, liquid PolyDADMAC enhances coagulation, improves water clarity, and aids in the removal of organic matter in both wastewater and drinking water treatment processes, while being adaptable across a broad pH range and reducing sludge volume.
BLU DA SERIES is a type of cationic PolyDADMAC with a solid content of 20-50%. It is a liquid polymer that has different viscosities, depending on its molecular weight. But what makes it well-suited for flocculation is its relatively high charge density.
This cationic polymer is extensively applied in many fields, such as drinking water treatment, wastewater treatment, textiles, cosmetics, mining (coal, gold, diamonds, etc.), paper-making, soil treatment, and the oil industry.
The liquid form makes it easy to use, and it can be used alone or combined with inorganic coagulants, such as Poly Aluminum Chloride. It is suggested to be non-toxic and economical in dosage, which is also effective at a low level. Therefore, it can even eliminate the use of alum & ferric salts if it is used as a primary coagulant. What's more, it can reduce the sludge of the dewatering process system.
Furthermore, its adaptability is wide-ranging, as it can be used in pH values from 0.5 to 14.
| Products: | Appearance: | Solid content: | pH: | Specific Gravity at 25°C: | Relative Molecular Weight: | Brookfield Viscosity (25°C,cps) |
| DA 201 | Colorless to Light Yellow Liquid | 19.0-21.0% | 3.0-7.0 | 1.01-1.10 | Low | <200 |
| DA 202 | Medium | 200-700 | ||||
| DA 203 | Medium | 700-1000 | ||||
| DA 204 | High | 1000-2000 | ||||
| DA 205 | Very High | 2000-3000 | ||||
| DA 401 | 39.0-41.0% | Low | <500 | |||
| DA 402 | Medium | 500-1000 | ||||
| DA 403 | Medium | 1000-3000 | ||||
| DA 404 | High | 3000-5000 | ||||
| DA 405 | High | 5000-8000 | ||||
| DA 406 | Very High | 8000-12000 | ||||
| DA 407 | Very High | 12000-15000 | ||||
| DA 408 | Very High | >15000 | ||||
| DA 451 | 44.0-46.0% | High | 8000－12000 | |||
| DA 501 | 49.0-51.0% | Low Medium | 1000-2000 | |||
| DA 502 | Medium | 2000-3000 | ||||
| DA 503 | High | 3000-5000 | ||||
| DA 504 | High | 5000-8000 | ||||
| DA 505 | Very High | 8000-12000 | ||||
| DA 506 | Very High | 12000-15000 | ||||
| DA 507 | Very High | >15000 |
Drinking Water Treatment
Water treatment refers to the process used to make water more suitable for a specific purpose. This includes processes such as clarifying, removing particulates such as metals or toxins, and killing bacteria or viruses. In the case of drinking water, the water must be safe for human consumption. This involves several processes including purification, filtration, and disinfection. Through these processes unwanted particles or bacteria and viruses are filtered from the water, leaving it safe for human consumption.
Wastewater Treatment
Wastewater treatment is a process used to remove contaminants from wastewater in order to make it safe for reuse and discharge back into natural bodies of water. It involves several processes such as physical, chemical, and biological treatment. These processes help to remove suspended solids, reduce odors, and reduce the biological oxygen demand of the water. In addition, some wastewater treatment processes may also be used to recover valuable resources such as phosphorus, nitrogen, and other nutrients which can be reused in various applications.
Textiles Color Fixing Agent
In the textile industry, a color fixing agent is used to bind dye molecules to fabric fibers. This process is crucial to ensure that the colors produced will remain vivid and will not fade over time. The process involves the use of chemical compounds which interact with the dye molecules in order to make them more resistant to being washed away. Color fixing agents are typically composed of various acids and alkalis which help to bind the dye molecules to the fabric, guaranteeing that the colors will last longer.
Color Removal
Color removal is a process used to remove unwanted color from substances. It is a common practice in a variety of industries, such as in the textile, paper-making, and oil industries. Some of the most common methods of color removal are oxidation, adsorption, and chemical precipitation. Each of these methods involves the use of chemical compounds to alter the structure of the dye molecules in order to effect the desired color change.
Sugar Application
Sugar application is a process used to improve the flavor of food products. It is commonly used in the food and beverage industry, and involves the addition of sugar to a variety of products such as beverages, dairy items, desserts, and confectionaries. The process is important for achieving the desired flavor and texture of a food item, as well as helping to preserve the food and make it shelf-stable.
Mining
Mining is the extraction of valuable minerals or other materials from the earth. It is an essential process which is used to obtain natural resources such as coal, gold, diamonds, and other materials which are used in various industries. Mining is a very complex process which involves complicated machinery and processes in order to extract resources from the earth.
Paper-making
Paper-making is a process which involves the production of paper from wood pulp or other recycled material. The wood pulp is processed through several steps in order to create a material which can be turned into paper. This includes processes such as the cellulose extraction, refining, bleaching, and drying. Once the paper is produced, it can then be used in various industries such as book-making, printing, writing, packaging, and many other applications.
Oil Industry
The oil industry is a major industry which is involved in the production, refining, and distribution of oil and its products. It is a complex industry which involves processes such as exploration, drilling, and transportation. Oil is a valuable resource which is used in various industries and applications, and so there are several processes that must be completed in order for the oil to be usable.
Sludge Dewatering
Sludge dewatering is a process used to reduce the moisture content of sludge. Sludge is a semi-solid material which is produced through the treatment of wastewater, and is composed of a combination of water, organic matter, and inorganic matter. Sludge dewatering involves the use of various processes such as gravity separation, centrifugation, flotation, and filtration in order to reduce the moisture content of the sludge and make it easier to transport or dispose of.
25L, 200L plastic drum or 1000L IBC drum
