Place of Origin : Xuzhou,China
Polyepoxysuccinic Acid (PESA) is an efficient water treatment agent, a polymer with multiple epoxy groups. It has the following characteristics
Polyepoxysuccinic Acid (PESA) Is An Efficient Water Treatment Agent, A Polymer With Multiple Epoxy Groups. It Has The Following Characteristics:
Outstanding Corrosion Inhibition Performance: PESA Can Effectively Alleviate The Corrosive Effects Of Metal Ions In Water, Especially Ions Such As Calcium, Magnesium, And Iron.
High-Efficiency Scale Inhibition Performance: PESA Can Inhibit The Formation And Deposition Of Scale Such As Carbonate, Sulfate, And Iron Scale In Water, Keeping The Water System Clean.
Good Dispersing Performance: PESA Has Good Dispersing Ability, Effectively Dispersing Suspended Solids And Particles In Water To Prevent Pollution Of The Water System.
PESA Is Widely Used In The Water Treatment Industry, Especially In Boiler Water Treatment, Cooling Water Treatment, And Circulating Water Treatment. It Can Be Used For Water Treatment In Industrial Production's Circulating Water Systems, Central Air Conditioning Systems, Boilers, And Other Equipment. Its Main Applications Include Being Used As A Corrosion Inhibitor, Scale Inhibitor, And Dispersant.
The Synthesis Methods For PESA Vary, Typically Obtained By Polymerizing Itaconic Acid With Epoxy Group Compounds. The Specific Synthesis Steps And Conditions May Differ, Including One-step Synthesis, Three-step Synthesis, And Multi-step Synthesis Methods PASP Ceramic Dispersant.
In Terms Of Safety, PESA Is Not Significantly Harmful To Humans And The Environment Under Normal Use Conditions, But Direct Contact With Skin And Eyes Should Be Avoided, And Relevant Safety Operation Procedures Should Be Followed During Storage And Use.
Additionally, PESA Has Been Studied For Use In Soil Washing Technology For The Remediation Of Metal-contaminated Soils, And As A Green, Economical, And Environmentally Friendly Reagent For Selective Inhibition Of Calcite During Apatite Flotation. Studies Have Also Designed And Synthesized A Series Of PESA With Linear And Hyper-branched Structures Through Copolymerization Reactions To Improve Scale Inhibition Efficiency And Study The Impact Of Molecular Structure On Scale Inhibition Efficiency. PESA Has Also Been Used As A Modifier With A Hyper-branched Structure To Inhibit The Formation Of Calcium Carbonate (CaCO3) Scale.
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