Water treatment agent researcher
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PAPE, as described, is a specialized water treatment chaical that has been engineered to provide enhanced scale and corrosion inhibition properties. Here are the key points about PAPE based on the provided information: 1. Scale and Corrosion Inhibition: PAPE is noted for its effectiveness in preventing both scale formation and corrosion, which are common issues…
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CAS number: 68155-78-2 EINECS number: 268-990-9 Molecular formula: C9H21O15N3P5Na7 Molecular weight: 727 Structural formula: No specific structural formula is provided, but based on the chaical name, it can be inferred that it is a compound formed by the combination of 7 sodium ions (Na7) and Diethylene Triamine Penta (Methylene Phosphonic Acid) molecules. Product features: DTPMP …
Properties: KR-908 ceramic dispersant is a salt of anion polymer. It can adsorb on surface of a varieties of minor particles and thus generate static repulsion, resulting in particles’ dispersion and avoiding particles sedimentation and coarse turn-back. KR-908 can be used as additives in magnetic materials, electron ceramic, papermaking, alumina ceramic, household ceramic, etc. It can largely…
The dispersant PAA (Polyacrylic Acid) is commonly used in various industries and applications to disperse solid particles or stabilize suspensions. The application principle of dispersant PAA can be summarized as follows: Electrostatic Repulsion: PAA carries negatively charged carboxylate groups, which create electrostatic repulsion between particles. This repulsion prevents the particles from aggregating or flocculating, keeping…
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ATMP·Na4, or Amino Trimethylene Phosphonic Acid Tetrasodium Salt, offers several advantages in various applications. Here are some of the key advantages of ATMP·Na4: Scale inhibition: ATMP·Na4 is highly effective in preventing the formation of scales, such as calcium carbonate, calcium phosphate, and calcium sulfate, in water systems. It helps to inhibit scale deposition on surfaces,…
The selection of a scale inhibitor for oil fields depends on various factors, including the type of scale formation, water composition, reservoir conditions, and operational requirements. There are different types of scale inhibitors available, and the choice will depend on the specific needs of the oil field. Here are some commonly used scale inhibitors in…
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Calculating the dosage of reverse osmosis scale inhibitors requires considering multiple factors, including water quality conditions, membrane element types and specifications, and operating conditions. Generally speaking, the following formula for calculating the dosage of the agent can be used: Dosage (L)=Volume of treated water (m ³） × Scale inhibitor dosage concentration (mg/L)/Scale inhibitor concentration…
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Reverse osmotic dirt is a chemical for water treatment and membrane separation. It is mainly used to prevent the reverse osmosis membrane from being damaged due to dirt and sediments in water. Under the correct and appropriate concentration, reverse osmosis resistants are usually safe to the human body and do not cause direct damage to…
Oil overflow dispersers are chemicals used to deal with oil pollution incidents in waters such as oceans and lakes. The main component can include the following: Surface active agent: Surface active agent is one of the main ingredients of oil -spill dispersers, and they have the ability to reduce liquid surface tension. Common surface active…
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Forramine chelating agent is a chemical for removing iron ions in the water. They form a stable partial complex with iron ions, wrap the iron ions in it, make them lose their activity and become insoluble in water, thereby achieving the purpose of removing iron ions. The following are several common dehumanamide chelating agents: EDTA…