Polyaluminum Ferric Chloride Introduce:

Polyaluminum Ferric Chloride (Pafc) Is A Kind Of Inorganic Polymer Coagulant Which Is Hydrolyzed By The Coagulation Of Aluminum Salt And Iron Salt. It Is A New Type Of Coagulant Which Is Prepared By Adding Elemental Iron Ion Or Iron Trioxide And Other Iron-Containing Compounds According To The Synergistic Principle.

Polyaluminum Ferric Chloride Has Its Own Advantages, And The Morphology Of Aluminum Ion And Iron Ion Is Obviously Improved, And The Degree Of Polymerization Is Greatly Improved. The Advantages Of Aluminum And Iron Coagulants For Air Flotation Operation Can Improve The Coagulability Of Polyaluminum Chloride.The Purification Effect Of High Turbidity Water And Low Temperature And Turbidity Water Is Particularly Obvious, Without Adding Alkaline Additives Or Other Coagulants.

Polyaluminum Ferric Chloride Is Easily Soluble In Water, And Can Be Used For Drinking Water, Industrial Water, Industrial Wastewater And Domestic Sewage Treatment. In Addition To The Reduction Of Residual Turbidity Chroma, The Coagulation Effect Is Characterized By The Formation Of Floc Blocks, High Adsorption Performance, And Good Sludge Filtration And Dehydration Performance, Especially In The Treatment Of High Turbidity Water, Low Temperature And Low Turbidity Water, The Treatment Effect Is Better Than Alum, Polyaluminum Chloride, Polyferric Sulfate, And Iron Trioxide. Among Them, The Purification Effect Of Low Temperature And Low Turbidity Water Is Particularly Obvious, And The Effect Is Incomparable Without Adding Alkaline Additives And Other Coagulants.

Polyaluminum Ferric Chloride Distinguishing Feature:

Polyaluminum Ferric Chloride Is Easily Soluble In Water, And Can Be Used For Drinking Water, Industrial Water, Industrial Wastewater And Domestic Sewage Treatment. In Addition To The Reduction Of Residual Turbidity Chroma, The Coagulation Effect Is Characterized By The Formation Of Floc Blocks, High Adsorption Performance, And Good Sludge Filtration And Dehydration Performance, Especially In The Treatment Of High Turbidity Water, Low Temperature And Low Turbidity Water, The Treatment Effect Is Better Than Alum, Polyaluminum Chloride, Polyferric Sulfate, And Iron Trioxide. Among Them, The Purification Effect Of Low Temperature And Low Turbidity Water Is Particularly Obvious, And The Effect Is Incomparable Without Adding Alkaline Additives And Other Coagulants.

1, The Amount Is Much Lower Than The Traditional Coagulant, And The Water Quality After Purification Is Excellent.

2, The Flocculant Formation Is Fast, Precipitate Rapidly, And The Processing Capacity Is Larger Than That Of Traditional Products.

3, The Consumption Of Alkalinity In Water Is Less, And The Effluent Ph Value Is Reduced Less.

4, The Product Aqueous Insoluble Matter Is Low, Good Light Transmission.

5, Suitable For A Wide Range Of Ph Values, In The Range Of 5.0-9.0 Can Be Used.

6. Strong Adaptability To Turbidity, Alkalinity And Organic Content Changes.

7, The Product Quality Indicators, Especially Heavy Metal Indicators, Meet The Requirements Of Gb15892-2003 Standard.

8, The Amount Of Residual Free Aluminum Is Low, And The Water Quality After Purification Meets The Requirements Of National Standards.

9, Small Corrosion, Powder Easy To Dissolve, Better Than Other Similar Products.

Polyaluminum Ferric Chloride Usage Method:

Due To The Different Properties Of Raw Water, On-Site Commissioning Or Beaker Test Should Be Conducted According To Different Conditions To Achieve Better Conditions Of Use And Better Dosage To Achieve Better Treatment Results.

1. Before Use, Put The Product Into The Alum Dissolving Tank At A Certain Concentration (10-30%), Inject Tap Water And Stir To Make It Fully Hydrolyzed, Stand Until It Is A Reddish-Brown Liquid, And Then Dilute It With Water To The Required Concentration And Add Coagulation. Water Plants Can Also Be Directly Added Into 2-5%, Industrial Waste Water Treatment Directly Into 5-10%.

2, The Determination Of The Dosage, According To The Nature Of The Raw Water Can Be Through Production Debugging Or Beaker Experiment Depending On The Formation Of Alum Flower Appropriate, The Water Plant Can Use The Original Dosage Of Other Drugs As A Reference, Under The Same Conditions Of Polyaluminum Ferric Chloride And Solid Polyaluminum Chloride Dosage Is Roughly The Same, Is The Solid Aluminum Sulfate Dosage Of 1/3-1/4. If The Original Liquid Product Is Used, It Can Be Calculated According To The Corresponding Pharmaceutical Concentration. Roughly According To The Weight Ratio Of 1:3.

3. When In Use, The Above Prepared Liquid Medicine Is Pumped Into The Metering Tank, And The Liquid Medicine Is Coagulated With Raw Water Through Metering.

4. Under Normal Circumstances, It Is Used On The Same Day When It Is Prepared, And Tap Water Is Needed For Dispensing, And A Little Sediment Is A Normal Phenomenon

5, According To The Original Production Press: Solid: Water =1/5 Or So, First Mix And Dissolve, And Then Add Water To Dilute To The Content Of 2~3% Of The Solution.

6, Production Press: Solid: Water =1/5 Or So, First Mixed And Dissolved, And Then Diluted With Water To The Content Of 2~3% Of The Solution Can Be.

Polyaluminum Ferric Chloride Use To:

Polyaluminum Ferric Chloride Has A Wide Range Of Applications: Used In Drinking Water, Industrial Water, Domestic Water, Domestic Sewage And Industrial Sewage Treatment, Polyaluminum Ferric Chloride Has Obvious Effects On Drinking Water And Various Industrial Water Purification Treatment.

Polyaluminum Ferric Chloride Technical Indicators:

Polyaluminum Ferric Chloride Coagulation Course:

Hydraulic Conditions And Alum Formation In Three Stages Of Coagulation Process

1.Condensation Stage: It Is A Process In Which The Liquid Is Injected Into The Coagulation Tank And The Raw Water Is Rapidly Coagulated To Form Fine Alum Flowers In A Short Period Of Time.   At This Time, The Water Becomes More Turbidity, Which Requires The Water Flow To Produce Intense Turbulence.In The Beaker Experiment, It Is Advisable To Stir Quickly (250-300 Rpm) For 10-30s, Generally Not More Than 2min.

2.Flocculation Stage: It Is The Process Of Alum Growth And Coarsing, Which Requires Appropriate Turbulence And Sufficient Residence Time (10-15min).In The Later Stage, A Large Number Of Alum Can Be Observed To Gather And Sink Slowly To Form A Clear Surface Layer. The Beaker Experiment Was Stirred At 150 Rpm For About 6 Minutes, And Then Stirred At 60 Rpm For About 4 Minutes Until It Was Suspended.

3.Settlement Stage: It Is A Settling Process Of Flocculant In Settling Tank, Which Requires Slow Water Flow.   In Order To Extract Efficiency, Inclined Tube (Plate) Settling Tank Is Generally Adopted (It Is Better To Separate Flocculant By Air Flotation).   A Large Number Of Coarse Alum Flowers Are Blocked By The Inclined Tube (Plate) Wall And Deposited At The Bottom Of The Pool, And The Upper Water Is Clarified Water.   The Residual Turbidity Remained Basically Unchanged In The Later Stage.   The Beaker Experiment Should Be Stirred At 20-30 Rpm For 5 Minutes, And Then Settled For 10 Minutes To Measure The Remaining Turbidity.

4.Strengthen Filtration, Mainly The Reasonable Selection Of Filter Layer Structure And Filter Aid, In Order To Improve The Removal Rate Of Filter, It Is An Important Measure To Improve Water Quality.

5.Polyaluminum Ferric Chloride Is Used In The Treatment Of Environmental Protection And Industrial Wastewater, And The Use Method Is Roughly The Same As That Of The Water Plant, And The Raw Water Treatment With High Chroma, High Cod And Bod Is Well Supplemented By Auxiliary Effects.

6.For Enterprises Using Chemical Coagulation Method, The Original Equipment Does Not Need To Be Reformed, And The Product Can Be Used Only By Adding An Alum Dissolving Tank.

7.Quanxin Water Purification Materials Co., Ltd. - Supplier Of Quanxin Water Production Of Polyaluminum Ferric Chloride Must Be Stored In A Dry, Moisture-Proof, Heat Away Place (<80oc, Do Not Damage The Packaging, The Product Can Be Stored For A Long Time).

8.Polyaluminum Ferric Chloride Can Only Be Used If Dissolved, And Corrosion Resistant Materials Should Be Used For Dissolving Equipment And Dosing Facilities.