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| ब्रांड नाम: | BLUWAT |
| मॉडल नंबर: | ब्लूफ्लोक |
| MOQ: | 1000KGS |
| कीमत: | विनिमय योग्य |
| डिलीवरी का समय: | 7-10 कार्यदिवस के भीतर |
| भुगतान की शर्तें: | जटिल प्लास्टिक कार्यालय उपकरण पार्ट्स इंजेक्शन मोल्डिंग असेंबली |
BLUFLOC High Molecular Weight Anionic Polyacrylamide is an oilfield polymer designed for enhanced oil recovery applications, especially polymer flooding and mobility control. With high molecular weight and anionic charge, it dissolves in water to form a viscous polymer solution used to improve the flow behavior of injection water.
In mature oilfields, plain water flooding may move too quickly through high permeability channels, causing early water breakthrough, poor sweep efficiency and limited oil displacement performance. BLUFLOC anionic PAM helps increase injection water viscosity and supports improved reservoir sweep efficiency.
High molecular weight anionic polyacrylamide helps increase the viscosity of injection water. By improving the mobility ratio between injected water and crude oil, polymer flooding can help the injected fluid sweep a larger reservoir area and support improved oil recovery performance.
BLUFLOC anionic PAM is suitable for oilfield customers, EOR service companies, polymer flooding projects and chemical distributors looking for a high molecular weight PAM for mobility control and reservoir sweep efficiency improvement.
High molecular weight anionic PAM for EOR polymer flooding and oilfield injection programs.
Helps improve the mobility ratio between injected water and crude oil in suitable reservoirs.
Forms a viscous polymer solution to increase injection water viscosity for EOR operations.
Supports better reservoir sweep by reducing fast water movement through high permeability zones.
Helps reduce water channeling tendency in selected mature oilfield conditions.
Minimum 89 percent solid content and 20 to 100 mesh powder form for industrial handling.
| Item | Specification |
|---|---|
| Product Name | High Molecular Weight Anionic Polyacrylamide |
| Brand | BLUFLOC |
| Product Type | Water Soluble Polymer Powder |
| Recommended Application | Enhanced Oil Recovery EOR and Polymer Flooding |
| Ionic Type | Anionic |
| Appearance | Off White Granular Powder |
| Particle Size | 20 to 100 Mesh |
| Molecular Weight Range | 5 to 25 Million for Anionic Type |
| Anionic Degree Range | 5 to 100 Percent |
| Solid Content | Minimum 89 Percent |
| Bulk Density | About 0.8 |
| Residual Monomer | Max 0.05 Percent |
| Recommended Working Concentration | 0.1 to 0.5 Percent |
| pH of 1 Percent Solution | Around 6 to 8 for Anionic Type |
| Storage Temperature | 0 to 35 Degree C |
| Shelf Life | 2 Years |
| Standard Package | 25 kg Bag |
| Big Package | 750 kg Big Bag |
| Available Documents | TDS, MSDS and COA |
Used in polymer flooding projects to increase the viscosity of injection water and support better displacement performance.
Helps reduce the mobility difference between water and oil, allowing injection fluid to move through the reservoir more effectively.
Forms a viscous solution after proper dissolution to improve water viscosity for enhanced oil recovery operation.
Helps slow down injected water and allows it to contact more oil bearing zones in suitable reservoir conditions.
Helps reduce fast water movement through preferred channels in mature oilfields when used under suitable conditions.
Suitable for selected mature oilfields where water flooding performance needs improvement.
Can be used as part of oilfield injection chemical programs based on reservoir and injection system design.
Supports larger contact area between injected fluid and remaining oil in suitable polymer flooding projects.
High molecular weight is important in EOR polymer flooding because it strongly affects viscosity building performance. A higher molecular weight polymer can create stronger viscosity response at relatively low concentration, which is important for mobility control.
The suitable molecular weight should be selected according to reservoir conditions, including salinity, temperature, permeability, hardness and shear environment.
For EOR applications, high molecular weight anionic PAM helps support higher injection water viscosity, better mobility ratio control, improved sweep efficiency, reduced water channeling tendency and more efficient polymer flooding performance.
After the powder is fully dissolved in water, high molecular weight anionic polyacrylamide forms a viscous polymer solution. This solution is injected into the reservoir through injection wells.
Compared with plain water, the polymer solution has higher viscosity. This helps reduce the speed difference between injected water and crude oil, improving mobility control and helping the injection fluid sweep more of the reservoir.
In suitable conditions, polymer flooding can help push more remaining oil toward production wells and improve oil recovery efficiency.
Helps improve conventional water flooding performance in suitable mature oilfields.
Supports mobility control and helps reduce fast water movement through high permeability channels.
Improves reservoir sweep by increasing injection water viscosity.
Can support better oil displacement performance in selected mature oilfield conditions.
Helps reduce water channeling tendency through high permeability zones.
Improves the mobility ratio between injected water and crude oil.
EOR polymer selection should be based on actual reservoir and injection water conditions. Important factors include reservoir temperature, injection water salinity, calcium and magnesium hardness, reservoir permeability, crude oil viscosity, target polymer solution viscosity, shear conditions during mixing and injection, compatibility with other oilfield chemicals and required polymer concentration.
For EOR polymer flooding, laboratory evaluation is strongly recommended before field application. Tests may include viscosity testing, salinity tolerance, thermal stability, shear stability, filtration performance and core flooding evaluation.
Prepare the polymer solution at 0.1 to 0.5 percent concentration or according to project design.
Add the powder slowly and evenly into clean water while keeping continuous agitation during powder addition.
Recommended agitation speed is 200 to 400 rpm. Avoid excessive high speed agitation because it may damage polymer molecular chains.
Normal dissolving time is about 1 hour. Use the fully dissolved polymer solution before injection or further dilution.
For EOR applications, make up water quality should be evaluated before solution preparation.
The actual polymer concentration depends on target injection viscosity, reservoir conditions, water salinity, temperature, permeability and project design.
For EOR polymer flooding, the final dosage should be determined by laboratory testing and field pilot evaluation.
Bluwat can provide product selection support and recommend suitable anionic PAM grades according to customer reservoir information, injection water quality and target viscosity requirements.
EOR PAM focuses on injection water viscosity, mobility control, salinity tolerance, shear stability and reservoir compatibility. Product selection should be based on reservoir temperature, salinity, hardness and laboratory evaluation.
Drilling mud PAM focuses on drilling fluid viscosity, shale stabilization, fluid loss control, lubrication, cuttings suspension and mud system stability.
Because EOR conditions are more sensitive to reservoir temperature, salinity and hardness, product selection should be based on laboratory evaluation and reservoir data.
BLUFLOC High Molecular Weight Anionic Polyacrylamide is packed in 25 kg kraft paper bags with inner PE liner or 750 kg jumbo bags.
Store the product in a cool, dry and ventilated warehouse. Avoid direct sunlight and moisture. Keep the package sealed after opening.
Recommended storage temperature is 0 to 35 Degree C. Shelf life is 2 years under proper storage conditions. The product is water soluble, non flammable and non explosive under normal storage conditions.
Bluwat Chemicals is a professional manufacturer and exporter of polyacrylamide and water treatment chemicals with more than 25 years of manufacturing experience.
Bluwat supplies anionic polyacrylamide, cationic polyacrylamide, nonionic polyacrylamide and emulsion polyacrylamide for enhanced oil recovery, oilfield drilling, oilfield wastewater treatment, mining, papermaking, municipal sewage treatment, industrial wastewater clarification and sludge dewatering.
For oilfield customers, Bluwat can provide technical support, sample support, TDS, MSDS, COA, product selection recommendations and customized PAM grades according to EOR project requirements.
Technical data sheet can be provided for product review and EOR project evaluation.
Material safety data sheet is available for safe handling and storage reference.
Certificate of analysis can be provided according to batch and order requirements.
Sample support is available for laboratory testing and polymer flooding evaluation.
OEM packaging support can be discussed according to customer order requirements.
Customized molecular weight and anionic degree can be recommended according to EOR project requirements.
It is used for enhanced oil recovery polymer flooding, injection water viscosity improvement, mobility control, sweep efficiency support and water channeling reduction in suitable oilfield reservoirs.
PAM increases the viscosity of injection water. This helps improve mobility control and allows the injected fluid to sweep more reservoir area, supporting improved oil displacement.
BLUFLOC anionic polyacrylamide has a molecular weight range from 5 to 25 million.
Yes. High molecular weight anionic polyacrylamide can be used for selected polymer flooding applications. Final selection should be based on reservoir salinity, temperature, hardness and testing results.
Mobility control means adjusting the flow behavior of the injected fluid so that it does not move too quickly through high permeability zones. Polymer helps increase water viscosity and improve the mobility ratio between water and oil.
The recommended solution concentration is generally 0.1 to 0.5 percent, but the final concentration should be determined by target viscosity and project design.
Normally it takes about 1 hour under proper agitation conditions.
Suitability depends on salinity, hardness, temperature and required viscosity. Testing is recommended before field use.
Yes. Bluwat can customize molecular weight, anionic degree and packaging according to EOR project requirements.
Contact Bluwat for sample support, TDS, MSDS, COA, product selection recommendation and customized PAM grade support according to your reservoir conditions, injection water quality and target viscosity requirements.
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