High molecular weight Anionic Polyacrylamide Purity ≥88%,China
Provide High molecular weight Anionic Polyacrylamide,FOB Price: ,Port:,Minimum Order Quantity:,Supply Ability: ,Payment Terms:,Updatetime:Jul 15 2025
The obtained weight average molecular mass (Mw) values of commercial and laboratory-made PAE samples were 1,140,000 and 494,000, respectively, and these values were much higher than those reported
10 million molecular weight polyacrylamide, 10 million
We offers 178 10 million molecular weight polyacrylamide products. About 51% of these are electronics chemicals, 6% are water treatment chemicals, and 51% are paper chemicals. A wide variety of 10 million molecular weight polyacrylamide options are available to you,
We offers 124 12 million molecular weight polyacrylamide products. About 29% of these are paper chemicals, 29% are petroleum additives, and 28% are electronics chemicals. A wide variety of 12 million molecular weight polyacrylamide options are available to you, such as coating auxiliary agents, water treatment chemicals, and paper chemicals.
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Moreover the current production equipment and process limit, even in the laboratory synthesis of ultra-high molecular weight products, industrial production is also difficult to achieve. Currently on the market anionic polyacrylamide generally 18 million products, a small amount of more than 20 million products are mostly from the oilfield
Synthesis and Evaluation of Glyoxalated Polyacrylamide
The obtained weight average molecular mass (Mw) values of commercial and laboratory-made PAE samples were 1,140,000 and 494,000, respectively, and these values were much higher than those reported
The entire molecular weight range can he tit with a quadratic relation or two linear equations, one for molecular weight up to 5.3 X 106 g mol(-1) and the other from 5.3 X 106 to 12.6 X 106 g mol(-1).
Application of ceramic membranes in the treatment
Highlights Ceramic membranes with different membrane pore sizes were studied for their use in produced water treatment. The effects of the NaCl concentrations and the PAM concentrations on the filtration performance were investigated. Interactions between PAM, NaCl and membrane fouling were discussed. The mechanism of membrane fouling and the cleaning methods were also investigated.
Anionic polyacrylamide (APAM) Product Description: anionic polyacrylamide (APAM) appearance of white powder, molecular weight of from 6 to 25 million water soluble, can be dissolved in water in any proportion and insoluble in organic solvents.
Nonionic polyacrylamide polymer for ion exchange resin
Jan 17, 2015· Polyacrylamide is a representative of nonionic polymer flocculants. Polyacrylamide can be easily synthesized as a high molecular weight polymer and has amide groups featuring hydrogen bonding which can effectively adsorb small particles in wastewater. Molecular weight is between several million and ten and several million.
Anionic /Cationic Emulsion Polyacrylamide. 1.Product characteristics. Anionic /cationic emulsion polyacrylamide is one kind of high efficiency liquid flocculants with high concentration ,polymerized in the oil by using water-in-oil emulsion advanced technology and W/O emulsifer, with high conversion rate ,high molecular weight , high stability ,multi-function, instant etc.
- How can textile industry reduce the environmental impact of dyes & chemical waste?
- To mitigate the detrimental impact of dyes and other chemical waste generated by the textile industry on both the environment and human health, it is imperative to extract the contaminated wastewater from the hazardous effluents prior to their release into water bodies.
- Can wastewater treatment technologies reduce water pollution in textile industry?
- The aim of this review work was to design appropriate wastewater treatment technologies, which are removing effluents from the wastewater of textile factories to mitigate water pollution. Concerning environment, accepted technology must be applied for the treatment of textile industry effluent.
- What are the chemical approaches for textile dye wastewater treatment?
- Chemical approaches for textile dye wastewater treatment, including coagulation-flocculation (A), photocatalytic degradation of toxic dye molecules (B), photo-Fenton (C), electro-Fenton (D), electrocoagulation (E), and anodic oxidation approach (F). 3.2.1. Coagulation-flocculation
- What are the environmental issues affecting textile dyeing & finishing industry?
- Water quality has the most difficult environmental issue for the textile dyeing and finishing industry for the generation of wastewaters. The textile industry often releases highly polluted and highly alkaline or acidic coloring wastewater. Toxic substances such as chlorine, chromium, alkaline compounds, zinc, and copper are present.
