Polymerization Ferric Sulfate Introduce:

Polymerization Ferric Sulfate Is A Light Yellow Amorphous Powdery Solid, Easily Soluble In Water, 10% (By Weight) Of Aqueous Solution Is A Reddish-Brown Transparent Solution, Hygroscopic.  Polyferric Sulfate Is Widely Used In The Purification Of Drinking Water, Industrial Water, Various Industrial Wastewater, Municipal Sewage, Sludge Dehydration And So On.

Quanxin Water Purification Materials Co., Ltd. - Manufacturer Of Quanxin Water Production Of Polymerization Ferric Sulfate Preparation Is Mainly Direct Oxidation Method And Catalytic Oxidation Method.  Most Pfs Are Prepared By Direct Oxidation Method, Which Is A Simple Process Route And Can Be Used In Industrial Production To Reduce Equipment Investment And Production Links, And Reduce Equipment Costs, But This Production Process Needs To Rely On Oxidants, Such As H2o2, Kclo3, Hno3 And Other Inorganic Oxidants.  The Catalytic Oxidation Method Is Generally The Use Of A Catalyst, The Use Of Oxygen Or Air Oxidation To Prepare Polymerization Ferric Sulfate.

Polymerization Ferric Sulfate Performance Characteristics:

New, Excellent, Iron Salt Inorganic Polymer Flocculant, Mainly Used For Water Purification Effect Is Excellent, Good Water Quality, Does Not Contain Aluminum, Chlorine And Heavy Metal Ions And Other Harmful Substances, Also No Iron Ion Water Transfer, Non-Toxic, Harmless, Reliable, Turbidity, Decolorization, Deoiling, Dehydration, Bactericidal, Deodorant, Algae, Removal Of Cod, Bod And Heavy Metal Ions In Water And Other Significant Effects. It Is Also Used For Industrial Wastewater Treatment, Such As Printing And Dyeing Wastewater, Etc., And It Is Also Widely Used In Casting, Papermaking, Medicine, Tanning And So On.

Polymerization Ferric Sulfate Advantages And Characteristics:

1. New, Excellent, Ferric Salt Inorganic Polymer Flocculant;

2. Excellent Coagulability, Dense Alum, Fast Settling Speed;

3. Excellent Water Purification Effect, Good Water Quality, No Harmful Substances Such As Aluminum, Chlorine And Heavy Metal Ions, No Water Phase Transfer Of Iron Ions, Non-Toxic, Harmless, Reliable;

4. Turbidity Removal, Decolorization, Deoiling, Dehydration, Bacterialization, Deodorization, Algae Removal, Cod Removal, Bod Removal And Heavy Metal Ions In Water And Other Effects Are Significant;

5. The Ph Range Of The Water Is Wide, 4-11, And The Best Ph Range Is 6-9. The Ph Value And Total Alkalinity Of The Raw Water After Purification Are Small, And The Corrosion Of The Treatment Equipment Is Small;

6. The Purification Treatment Effect Of Micro-Pollution, Algae, Low Temperature And Low Turbidity Raw Water Is Remarkable, And The Purification Effect Of High Turbidity Raw Water Is Especially Good;

7. Low Dosage, Low Cost, Treatment Costs Can Be Saved By 20%-50%.

Polymerization Ferric Sulfate Application:

Polymerization Ferric Sulfate In Rare Earth Industry Wastewater Treatment: For Example, The Device Makes The Wastewater Of Tiny Solid Particles And High Concentration Of Ionic Membrane Surface And Always Maintain A Certain Distance, Greatly Reducing The Harmful Substances And Membrane Surface Has The Chance To Avoid Pollution On The Membrane Surface, Polymeric Ferric Sulfate Improves The Excessive Water Circulation;This Process Will Not Only Separate Rare Earth Extraction Process Wastewater With High Concentration Of Enrichment Of Ammonium Chloride, Rare Earth Industry Standard After Wastewater Recovery, And Through Electrolysis Process And Solar Energy For A Successful Hydrochloric Acid And Ammonia Reactor Recovery, Polymerization Ferric Sulfate To Reduce The Recovery Of Rare Earth Industry Production Raw Materials, But Also Through The Use Of Fuel Cells Will Be Energy Recovery,Added The Treatment Of A Large Amount Of Wasted Water The Cost Is 40 Yuan, For 1600 Tons/Day, Including 100g/L Of Ammonium Chloride To Calculate, Through This Process, A Generation Of Hydrochloric Acid And Ammonia Water Can Achieve A Profit Of 110,000 Yuan, Which Is Not Only For The Country'S Sewage Treatment And Disposal Reduction, Stability And Harmless Goals;Strict Control Of Heavy Metals And Toxic, Polymerization Ferric Sulfate Harmful Substances In Rare Earth Industry Wastewater; Under The Premise Of Environmental Protection And Economic Recovery, The Energy And Resources Of Waste Water And Polymerization Ferric Sulfate Waste Gas Are Used To Achieve The Treatment And Comprehensive Utilization Of Waste Water And Waste Gas, Energy Conservation And Emission Reduction, And The Development Of Circular Economy.

Polymeric Ferric Sulfate The Use Of Dielectric Electrophoresis Technology And Permeable Membrane Separation Technology Combined Method Of Sewage Reuse Treatment, To Achieve Technological Innovation And Scientific And Technological Progress In Wastewater Treatment, Give Full Play To The Investment And Operational Efficiency Of Equipment, Suitable For China'S National Conditions, In Line With The Characteristics Of The Inner Mongolia Autonomous Region Of New Technology Of Wastewater Treatment, Polymerization Ferric Sulfate New Technology And New Equipment. If The New Technology Is Widely Used, It Will Improve The Treatment And Disposal Level Of Industrial Wastewater Of Mining Enterprises In The Region, Further Protect And Improve The Ecological Environment, And Promote The Sustainable Development Of Our Economy, Society And Environment In The Region.

Polymerization Ferric Sulfate Characteristics Of Treating Oily Wastewater:

Flocculation Technology Is Widely Used In The Treatment Of Oily Wastewater Because Of Its Strong Adaptability, The Ability To Remove Emulsified Oil, Dissolved Oil And Some Complex Macromolecular Organic Compounds That Are Difficult To Biodegrade.  The Commonly Used Flocculants Mainly Include Inorganic Flocculants, Organic Flocculants And Compound Flocculants.

Low Molecular Weight Inorganic Flocculants Such As Polyaluminum Chloride And Polymerization Ferric Sulfate Are Widely Used In Inorganic Polymer Flocculants Because Of Their Good Treatment Effect, Low Price, Low Dosage And High Efficiency.

Polymerization Ferric Sulfate For Industrial Wastewater Treatment:

Polymerization Ferric Sulfate Is Widely Used In Drinking Water, Industrial Circulating Water And Chemical, Petroleum, Mining, Paper Making, Printing And Dyeing, Brewing, Steel, Gas And Other Industries Of Industrial Wastewater Purification Treatment, In Different Areas Of Different Types Of Water Sources Can Achieve Ideal Results.

When Used, The Liquid Polymerization Ferric Sulfate Is Generally Mixed Into 10%-50% Aqueous Solution (When The Turbidity Of The Source Water Is High, It Can Be Directly Added), And The Solid Polymerization Ferric Sulfate Is Mixed Into 10%-30% Aqueous Solution, And Then According To The Specific Situation, The Prepared Solution Is Input According To The Better Conditions And Dosage, And The Best Coagulation Effect Can Be Achieved After Being Fully Agitated.

The Dosage Can Be Determined According To The Different Turbidity Of Raw Water, The Best Dosage, The General Turbidity (Turbidity In 100-500mg/L) Water, The Use Of This Product 30-50kg Per Thousand Tons, Non-Drinking Water High Turbidity Industrial Sewage Can Be Appropriate Dosage.

In The Treatment Of Industrial Wastewater, The First Grade Polymerization Ferric Sulfate Is Diluted To 1-2 Times The Aqueous Solution.When The Concentration Of Source Water Is High And The Amount Of Water Treated Is Large, It Can Be Added Directly.Then According To The Results Of The Laboratory Simulation Test According To The Better Process Conditions And Dosage, After Full Stirring, Coagulation And Settlement, The Water Can Be Perfectly Clarified.

Water Purification Plant Can Also Be Diluted 2-5 Times After Adding.The Dosage Can Be Determined According To The Nature Of The Raw Water Through Production Debugging Or Beaker Experiment Depending On The Amount Of Alum Formed.The Water Plant Can Use The Dosage Of Other Drugs As A Reference.Under The Same Conditions, This Product Is Roughly Equivalent To The Amount Of Solid Polyaluminum Chloride, Which Is 1/2-1/3 Of The Amount Of Solid Aluminum Sulfate.    If The Original Liquid Product Is Used, It Can Be Calculated According To The Corresponding Drug Concentration, Roughly According To The Weight Ratio Of 1:3.

A Large Number Of Practices Have Proved That Ordinary Polymerization Ferric Sulfate Is Difficult To Achieve The Expected Purpose In Most Cases, Under Normal Circumstances, It Is Necessary To Carry Out Dosage Form Selection Tests According To The Use Of Medium And Use Location To Determine The Appropriate Application Technology Dosage Form And Initial Use, And Then Carry Out Industrial Dynamic Tests To Determine The Best Dosage Point And The Best Dosage In.In Order To Facilitate The Continuous Expansion Of The Application Range Of Polymerization Ferric Sulfate In The Field Of Mining And Metallurgy.