Product Description
We are counted among the topmost organizations that are engaged in manufacturing and exporting best quality PHPA EOR for Oil Drilling. The offered products are pure and effective, therefore used as petroleum additives, textile auxiliary agents and water treatment chemicals. All the parameters and norms laid in the industry are followed by our professionals to ensure high-grade end products. The PHPA EOR for Oil Drilling is available in many packaging options to meet demands of our clients.
BLUFLOC EOR SERIES
PHPA(Partially Hydrolyzed Polyacrylamide) Powder
| DESCRIPTION: | BLUFLOC EOR SERIES is PHPA, manufactured with different molecular weight specially for EOR(Enhanced Oil Recovery) in oil field under new high-tech technology. |
| ADVANTAGES | This process has been used for several years in assisting oil field to increase the efficiency of oil recovery. By the addition of one ton of polymer typically 150 tons of crude oil can be gained therefore providing great benefits to the user. By introducing viscous polymer solutions to the flood, the efficiency of the volumetric sweep is increased, channeling and breakthrough is decreased thereby having the overall effect of increasing the oil recovered. Our polymer suits many different conditions experienced by oilfield operators in polymer flooding so that no matter what the temperature, saline conditions, permeability or oil viscosity are, we have the correct product for the application. The standard products can be either directly injected into the oil stratum or alternatively can be combined with a cross-linking agent and then injected into the oil stratum. These products can be used at oilfields with an oil stratum temperature lower than 60C and total dissolved solids (TDS) lower than 6,000ppm.
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| APPLICATION: | - To obtain homogeneous solution, efficient dispersion is necessary. The most convenient method of dispersing these products is with a polymer eductor or a commercially available dry powder feeder unit. Solution should be made up at 0.1-0.3% solid. Make-up water temperature should be between 10 and 40 for optimum product performance.
- Following dispersion into agitated water, stirring should continue for about an hour to ensure complete dissolution. Stirring maybe carried out by propeller type stirrer with a speed of 200-500 rpm.
- It is recommended to have both a stock make-up tank and a solution holding tank for dosage into the system.
- The above recommended anionic solution concentration are stable for up to one week. Aluminum, zinc, copper, or iron should be avoided in make-up system.
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TYPICAL PROPERTIES:
| Specifications: | A1512 | A5515 | A6518 | HAA6520 | HAA7525 |
| Molecular Weight: | Low | Medium | High | Very High | Ultra High |
| Charge Degree: | Low (15-20%) | Medium (25-40%) | High (30-35%) | Medium-High (30-35%) | High (35-40%) |
| Solid Content: | 89% Minimum |
| Bulk Density: | About 0.8 |
| Specific Gravity at 25C: | 1.01-1.1 |
| Intrinsic viscosity, dl/g: | 10-25 |
| PACKAGE: | Packed in Kraft paper bags with inner plastic bags, with each bag containing 25kgs. |
| STORAGE: | Should be stored in original packaging in cool and dry place, away from sources of heat, flame and direct sunlight. Please refer Technical Data Sheet, Label or MSDS for more details and shelf life. |
Engineered for Oilfield ExcellencePHPA EOR stands out with its high purity, specialized composition, and effective granular or powder form, making it an ideal choice for demanding oil drilling operations, borehole stabilization, and enhanced oil recovery techniques. Its adaptable solubility and stable physical properties ensure streamlined integration into your drilling fluid systems, maximizing operational performance.
Versatile Performance in Drilling ApplicationsWhether for fluid loss prevention, water shutoff, or as a borehole stabilizer, PHPA EOR showcases excellent versatility. Its rapid solubility in water and strong adsorption ability make it an indispensable component of advanced drilling muds, improving wellbore integrity and minimizing clay dispersion and drill cuttings.
FAQs of PHPA EOR for Oil Drilling:
Q: How is PHPA EOR used in oil drilling operations?
A: PHPA EOR is introduced into drilling mud systems as a viscosifier, shale stabilizer, and flocculant. It helps prevent the dispersion of clay and drill cuttings, improves fluid loss control, and enhances the overall stability of boreholes during drilling.
Q: What are the key benefits of using PHPA EOR in oilfield applications?
A: The main benefits include improved borehole stabilization, effective fluid loss control, inhibition of clay swelling, and enhanced drilling efficiency. These properties collectively help reduce operational risks and optimize oilfield productivity.
Q: When should PHPA EOR be added during the drilling process?
A: PHPA EOR is typically incorporated at the stage when maintaining mud viscosity, controlling solids, or stabilizing shale formations becomes necessary. Its timely addition ensures optimal drilling fluid performance throughout the drilling operation.
Q: Where should PHPA EOR be stored to retain its properties?
A: Store PHPA EOR in a cool, dry location, within tightly sealed containers. It is important to protect the material from moisture and direct sunlight to prevent degradation and maintain its effectiveness.
Q: What is the process for dissolving PHPA EOR in water?
A: Add PHPA EOR gradually to circulating water under mild agitation to promote rapid and even dissolution. Proper mixing ensures effective dispersion and maximizes its functionalities in the drilling fluid.
Q: Why is PHPA EOR considered suitable for Enhanced Oil Recovery (EOR)?
A: Owing to its superior water solubility, high purity, and ability to alter fluid properties, PHPA EOR effectively improves sweep efficiency and controls water mobility during EOR processes, culminating in increased oil production.