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DY-021
DYPA
DYPA's High Efficiency Cold Production Viscosity Reducer for Heavy Oil is a highly efficient viscosity reducer designed for low-temperature oil production environments. This product is a light yellow liquid with a suitable pH value and high effective content. It can significantly reduce the viscosity of heavy oil and improve oil production efficiency. This product occupies an important position in the oilfield chemicals market and provides an efficient solution for low-temperature oil production.
| Parameter | Value |
| Appearance | Light yellow liquid |
| PH Value | 8-9 |
| Active Content,% | ≥25% |
| Viscosity Reduction Rate,%(15-20℃) | 80-90% |
| Density, g/cm3 | ≥0.9 |
DYPA's High Efficiency Cold Production Viscosity Reducer for Heavy Oil is a highly efficient viscosity reducer designed for low-temperature oil production environments. This product is a light yellow liquid with a suitable pH value and high effective content. It can significantly reduce the viscosity of heavy oil and improve oil production efficiency. This product occupies an important position in the oilfield chemicals market and provides an efficient solution for low-temperature oil production.
| Parameter | Value |
| Appearance | Light yellow liquid |
| PH Value | 8-9 |
| Active Content,% | ≥25% |
| Viscosity Reduction Rate,%(15-20℃) | 80-90% |
| Density, g/cm3 | ≥0.9 |
1. Adapt to low temperature formation application
This product is particularly suitable for heavy oil, wax oil, asphaltene and colloid oil in low temperature formations. It can significantly reduce the viscosity of oil products under low temperature conditions of about 15-20℃, helping oil fields to achieve efficient oil production in cold environments.
2. Excellent molecular structure
Through reasonable molecular design, the product has strong molecular affinity, especially strong adsorption of macromolecular aromatic hydrocarbons, thereby enhancing the viscosity reduction effect. At the same time, the improved hydrophilicity and dispersibility make it perform better in the oil-water mixing process, ensuring efficient oil field operations.
3. Efficient viscosity reduction effect
When used in low temperature environments, the product can effectively reduce the viscosity of oil products, and the viscosity reduction rate can be as high as 80-90%. This significant viscosity reduction effect can help improve oil field oil production efficiency, reduce energy consumption, and optimize the mining process.
4. Wide compatibility
The product has good compatibility and can be used with a variety of oil field chemicals (such as demulsifiers) to ensure that no adverse reactions occur and maintain the stability and efficiency of the system.
5. Improve oil recovery efficiency and safety
By using this product, oil fields can significantly improve the fluidity of heavy oil in low-temperature environments, reduce the difficulty of oil well operation, and at the same time improve the safety of oil and gas collection and reduce equipment wear and corrosion risks.
1. Adapt to low temperature formation application
This product is particularly suitable for heavy oil, wax oil, asphaltene and colloid oil in low temperature formations. It can significantly reduce the viscosity of oil products under low temperature conditions of about 15-20℃, helping oil fields to achieve efficient oil production in cold environments.
2. Excellent molecular structure
Through reasonable molecular design, the product has strong molecular affinity, especially strong adsorption of macromolecular aromatic hydrocarbons, thereby enhancing the viscosity reduction effect. At the same time, the improved hydrophilicity and dispersibility make it perform better in the oil-water mixing process, ensuring efficient oil field operations.
3. Efficient viscosity reduction effect
When used in low temperature environments, the product can effectively reduce the viscosity of oil products, and the viscosity reduction rate can be as high as 80-90%. This significant viscosity reduction effect can help improve oil field oil production efficiency, reduce energy consumption, and optimize the mining process.
4. Wide compatibility
The product has good compatibility and can be used with a variety of oil field chemicals (such as demulsifiers) to ensure that no adverse reactions occur and maintain the stability and efficiency of the system.
5. Improve oil recovery efficiency and safety
By using this product, oil fields can significantly improve the fluidity of heavy oil in low-temperature environments, reduce the difficulty of oil well operation, and at the same time improve the safety of oil and gas collection and reduce equipment wear and corrosion risks.
1. Heavy oil well production operation
This product is particularly suitable for the production process of heavy oil wells. It can effectively reduce the viscosity of crude oil in low temperature environment, improve the fluidity of oil products, and thus improve the oil production efficiency, especially in heavy oil formations in cold areas.
2. Use in maintenance tasks
In addition to conventional oil production operations, this product is also widely used in the maintenance tasks of oilfield equipment. For example, in the process of oil well cleaning and pipeline repair, the use of this product can effectively reduce equipment wear and improve operating efficiency, and ensure long-term and stable oilfield operations.
3. Dilution and addition process
To ensure the best effect, this product needs to be diluted as required before use to form a solution of appropriate concentration. Then it is accurately added to the crude oil for processing. This process can accurately control the dosage to ensure the maximum viscosity reduction effect.
4. Flexible dosage adjustment
According to the properties and freezing point of different crude oils, the dosage of the product can be flexibly adjusted. By testing the fluidity and viscosity of crude oil on site, the dosage is optimized to ensure that the ideal effect can be obtained under various temperature conditions.
5. Adapt to different oilfield environments
This product is suitable for a variety of oilfield environments, especially in the treatment of special oil products such as heavy oil wells, wax oil, asphalt oil, etc. It can effectively overcome the impact of low temperature on oil production and ensure the efficient and safe operation of oilfield operations.
6. Improve oil quality:
By reducing viscosity, improving oil fluidity, reducing the risk of pipeline blockage, and extending the service life of oil wells.
DYPA's High Efficiency Cold Production Viscosity Reducer for Heavy Oil plays an important role in oilfield operations. Its application is not limited to improving oil production efficiency, but also includes improving oil quality and improving operational safety.
1. Heavy oil well production operation
This product is particularly suitable for the production process of heavy oil wells. It can effectively reduce the viscosity of crude oil in low temperature environment, improve the fluidity of oil products, and thus improve the oil production efficiency, especially in heavy oil formations in cold areas.
2. Use in maintenance tasks
In addition to conventional oil production operations, this product is also widely used in the maintenance tasks of oilfield equipment. For example, in the process of oil well cleaning and pipeline repair, the use of this product can effectively reduce equipment wear and improve operating efficiency, and ensure long-term and stable oilfield operations.
3. Dilution and addition process
To ensure the best effect, this product needs to be diluted as required before use to form a solution of appropriate concentration. Then it is accurately added to the crude oil for processing. This process can accurately control the dosage to ensure the maximum viscosity reduction effect.
4. Flexible dosage adjustment
According to the properties and freezing point of different crude oils, the dosage of the product can be flexibly adjusted. By testing the fluidity and viscosity of crude oil on site, the dosage is optimized to ensure that the ideal effect can be obtained under various temperature conditions.
5. Adapt to different oilfield environments
This product is suitable for a variety of oilfield environments, especially in the treatment of special oil products such as heavy oil wells, wax oil, asphalt oil, etc. It can effectively overcome the impact of low temperature on oil production and ensure the efficient and safe operation of oilfield operations.
6. Improve oil quality:
By reducing viscosity, improving oil fluidity, reducing the risk of pipeline blockage, and extending the service life of oil wells.
DYPA's High Efficiency Cold Production Viscosity Reducer for Heavy Oil plays an important role in oilfield operations. Its application is not limited to improving oil production efficiency, but also includes improving oil quality and improving operational safety.
1. How does this product work in low-temperature environments?
This product is very effective in low-temperature formations, especially in an environment of about 15°C, the viscosity reduction rate can reach 80-90%. It has become China's new heavy oil cold production viscosity reducer, which performs well under low-temperature conditions and can effectively improve crude oil fluidity.
2. What are the benefits of using DYPA's viscosity reducer for oil quality?
By reducing viscosity, oil fluidity can be improved, the risk of pipeline blockage can be reduced, and the service life of oil wells can be extended.
1. How does this product work in low-temperature environments?
This product is very effective in low-temperature formations, especially in an environment of about 15°C, the viscosity reduction rate can reach 80-90%. It has become China's new heavy oil cold production viscosity reducer, which performs well under low-temperature conditions and can effectively improve crude oil fluidity.
2. What are the benefits of using DYPA's viscosity reducer for oil quality?
By reducing viscosity, oil fluidity can be improved, the risk of pipeline blockage can be reduced, and the service life of oil wells can be extended.
