Product Details
Place of Origin: China
Brand Name: Blufloc
Certification: ISO/SGS/BV
Model Number: N830
Payment & Shipping Terms
Minimum Order Quantity: 500kgs
Price: Negotiation
Packaging Details: 25kgs net kraft bag or white PP bag with inner pe bag on pallet, or 750kgs net big bag
Delivery Time: 10 working days after received your payment
Payment Terms: T/T or L/C
Supply Ability: 3,000MT per month
Product Name: |
Non-ionic Polyacrylamide |
Application: |
Water Treatment, Paper Making, Mining, Textile, Sugar And Drilling |
Molecular Weight: |
Medium |
Charge Degree: |
Very Low |
CAS No.: |
9003-05-8 |
Another Names: |
Polymer Flocculant, Polyelectrolyte, APAM |
Standard: |
GB 17514-2008 |
Sample: |
Free Test |
Port: |
Shanghai Port, China |
GRADE: |
N850 |
Purity: |
100% |
Product Name: |
Non-ionic Polyacrylamide |
Application: |
Water Treatment, Paper Making, Mining, Textile, Sugar And Drilling |
Molecular Weight: |
Medium |
Charge Degree: |
Very Low |
CAS No.: |
9003-05-8 |
Another Names: |
Polymer Flocculant, Polyelectrolyte, APAM |
Standard: |
GB 17514-2008 |
Sample: |
Free Test |
Port: |
Shanghai Port, China |
GRADE: |
N850 |
Purity: |
100% |
Description: Wastewater Flocculation
Polyacrylamide, or PAM, is a highly water-soluble polymer used in a variety of industries, including paper making, chemical, petroleum, textile, metallurgical, and environmental protection.
Non-ionic polyacrylamide (NPAM) is a water-soluble polymer made up of acrylamide subunits (C3H5NO).
NPAM has a high molecular weight range of 5-8 million and an anionic charge density of 0-10%.
Our N830 grade has a low to medium molecular weight and low charge degree.
It is commonly used to increase water viscosity or encourage particle flocculation.
Because of the polar groups on its molecular chain, NPAM can adsorb suspended solid particles in water, bridge between particles, or use charge to condense particles into larger flocs. This accelerates particle settlement, clarifies solutions, and promotes filtering.
NPAM is mainly used for industrial wastewater treatment, including flocculation, sedimentation, and clarification of iron and steel plant wastewater, electroplating wastewater, wastewater metallurgy, coal washing wastewater, and sludge dewatering. It can also be used for drinking water purification in sugar and juice mills.
NPAM is soluble in water, safe, non-toxic, and hydrolytically stable. It is not sensitive to changes in pH or chlorine and can be stored at room temperature. It is slightly acidic, and if it comes into contact with skin, it should be washed off immediately with plenty of water.
Specifications:
Appearance: |
Off-White Granular Powder |
|
Ionic Charge: |
Non-ionic |
|
Particle Size: |
20-100 mesh |
|
Molecular Weight: |
Low to Medium |
|
Hydrolysis Degree: |
Low |
|
Solid Content: |
89% Min |
|
Approximate Brookfield viscosity at 25° C: |
@ 1.0% |
>1500 |
@ 0.50% |
>600 |
|
@ 0.25% |
>300 |
|
Bulk Density: |
About 0.6-0.8 |
|
Specific Gravity at 25°C: |
1.01-1.1 |
|
Recommended Working Concentration: |
0.1-0.5% |
|
PH (1% aqua solution): |
6-9 |
|
Storage Temperature (°C): |
0 - 35 |
|
Shelf Life: |
2 years |
Application Fields:
Oil-displacing Agent of Oil Field Tertiary Oil Recovery:
It can adjust the rheology of filled water, increase the viscosity of driving liquid, improve water drive wave and efficiency, lower water phase permeability in ground layer, and enable water and oil to flow forward at even speed. Its effect is that it is mainly used in tertiary oil recovery of oil fields in the aspect oil production, and raw oil of about 100 to 150ton more can be produced through filling the macromolecule polyacrylamide product one ton.
Well Drilling Mud Raw Materials:
In oil field exploration and development and exploration of geology, water and coal, it is used as adhesive of well drilling mud raw materials, can improve the service life of drill bits, improve the drill speed and drilling footage, and reduce plug in replacing drill, and has prominent well slough preventing effect, and it can be used as fracturing fluid of oil fields or plugging agent of controlling profile and plugging water.
Flocculant:
The polarity gene adsorbs the solid particles dispersed in water, bridges between the particles and formats the large aggregates, sedimentation and separates of water, flocculates detritus and clay in drilling fluid.
Dispersant:
In the drilling mud treatment, this product can improve the lubricity and stability of the mud to reduce the water loss, prevent sticking effectively, increase drilling efficiency.
Blocking Agent:
The product can generate cross linking under the effect of Al3+, Fe 3+, Ca2+ and other ions, a part of high molecular compound is changed from linear shape into body shapes. The product is not watersoluble, and can be adsorbed on the borehole to block ground layer gaps and topreven the leakage of drilling fluid.
Lubricant:
The product can be absorbed on the surface of metal or clay particles to form liquid film to change friction on the solid surface into liquid frication, thereby lubricating drill bits and drills, lowering the mud cake frication coefficient, and reducing underground accidents.
Fluid Loss Additive:
The hydrolysis degree is higher, the hydration group on the molecular chain is more, the hydration is better, and it changes from flocculant into fluid loss additive. Drilling mud should be treated to keep cake’s permeability as low as possible in order to maintain a stable borehole and to minimize filtrate invasion, and damage to the pay zone.
Shale Inhibition Agent:
The multipoint adsorption of polymer formats to the crisscross membrane macromolecules, plays a role of enhancing the stability of borehole .
Competitive Advantage:
1 |
Economical to use - lower dosage levels. |
2 |
Easily soluble in water; dissolves rapidly. |
3 |
Faster sedimentation, better flocculation. |
4 |
Non-pollution (no aluminum, chlorine, heavy metal ions etc.). |
5 |
10 years manufacturing experience, with more than 20 technical engineers |
Application Methods:
1 |
Dissolving concentration: |
Polyacrylamdie (polyelectrolyte/flocculant) should be standardly be dissolved to 0.1-0.5% concentration. |
2 |
Dissolving time: |
The time required to dissolve the flocculant varies according to the type of flocculant, water quality, temperature and agitation. However, most flocculants generally require around 1 hour of agitation to completely dissolve the powder. Incomplete mixture of flocculant or lumping may inhibit the performance of the flocculant. |
3 |
Agitation speed: |
The ideal revolution of the agitator is between 200-400rpm. A high speed agitator operating without reducing the revolution of a motor is not advised, since it may cut the molecules of the flocculant. An ideal agitator motor should be of 1HP for a 1-2m3 mixing tank. |
4 |
Application and Dosage: |
The dosage range of varies from 1 - 3.0 ppm depending upon the type of effluent and application. Advised to do jar tests for evaluating the functioning and approximate dosage. |
5 |
Jar Test: |
Put sample of effluent in a beaker and add it as designated, agitate for 1 minute at 100-120 rpm and then slowly agitate at 60rpm. Determine the flocs properly at this time and note the sedimentation and clarity of top solution. |
Package and Storage:
Non-ionic Polyacrylamide Picture