loading
| Availability: | |
|---|---|
| Quantity: | |
DY-024
DYPA
DYPA's Viscosity Reducer High Temperature Resistance for Oilfield Applications is a graft copolymer composed of humate and cationic components. The introduction of cationic components enhances the anti-collapse and fluid loss reduction effects of the treatment agent. This product is a black powder with excellent high temperature stability and shear resistance. It is suitable for high temperature and high pressure environments in oil fields, and can effectively reduce the viscosity of drilling fluids and improve drilling efficiency.
| Parameter | Value |
| Appearance | Black powder |
| Moisture, % | ≤10.0 |
| PH value (1% aqueous solution) | 8.0~10.0 |
| Screen allowance (sieve aperture 0.90 mm), % | ≤10.0 |
| Viscosity reduction rate at room temperature, % | ≥70.0 |
| Viscosity reduction rate after aging at 180 C/16 h, % | ≥60.0 |
| API Fluid Loss Reduction Rate at room temperature,% | ≥50.0 |
| API Fluid Loss Reduction Rate after aging at 180 °C/16 h,% | ≥40.0 |
| High temperature and high pressure filter loss reduction rate (150 °℃/3.5 MPa), % | ≥50.0 |
| Relative expansion rate, % | ≤60.0 |
| Organic chlorine content, % | 0 |
DYPA's Viscosity Reducer High Temperature Resistance for Oilfield Applications is a graft copolymer composed of humate and cationic components. The introduction of cationic components enhances the anti-collapse and fluid loss reduction effects of the treatment agent. This product is a black powder with excellent high temperature stability and shear resistance. It is suitable for high temperature and high pressure environments in oil fields, and can effectively reduce the viscosity of drilling fluids and improve drilling efficiency.
| Parameter | Value |
| Appearance | Black powder |
| Moisture, % | ≤10.0 |
| PH value (1% aqueous solution) | 8.0~10.0 |
| Screen allowance (sieve aperture 0.90 mm), % | ≤10.0 |
| Viscosity reduction rate at room temperature, % | ≥70.0 |
| Viscosity reduction rate after aging at 180 C/16 h, % | ≥60.0 |
| API Fluid Loss Reduction Rate at room temperature,% | ≥50.0 |
| API Fluid Loss Reduction Rate after aging at 180 °C/16 h,% | ≥40.0 |
| High temperature and high pressure filter loss reduction rate (150 °℃/3.5 MPa), % | ≥50.0 |
| Relative expansion rate, % | ≤60.0 |
| Organic chlorine content, % | 0 |
1. High-efficiency viscosity reduction: DYPA's Viscosity Reducer can significantly reduce viscosity and improve the fluidity of drilling fluids at both room temperature and high temperature conditions.
2. Excellent high temperature resistance: Under high temperature and high pressure environments, the product can effectively reduce filtration losses and improve the overall performance of the fluid, and is suitable for harsh drilling conditions.
3. Stable performance: After aging tests, the product can still maintain high efficiency and show long-lasting stability under extreme conditions.
4. Wide application: It is widely used in oilfield operations to improve the performance of drilling fluids by reducing viscosity and fluid loss. It is especially suitable for high temperature and high pressure drilling environments, and can be used as a composite additive to enhance fluid performance.
DYPA's Viscosity Reducer High Temperature Resistance for Oilfield Applications is a high-performance product designed for high temperature and high pressure environments in oilfields. These characteristics make it an indispensable and important auxiliary agent in oilfield drilling operations.
1. High-efficiency viscosity reduction: DYPA's Viscosity Reducer can significantly reduce viscosity and improve the fluidity of drilling fluids at both room temperature and high temperature conditions.
2. Excellent high temperature resistance: Under high temperature and high pressure environments, the product can effectively reduce filtration losses and improve the overall performance of the fluid, and is suitable for harsh drilling conditions.
3. Stable performance: After aging tests, the product can still maintain high efficiency and show long-lasting stability under extreme conditions.
4. Wide application: It is widely used in oilfield operations to improve the performance of drilling fluids by reducing viscosity and fluid loss. It is especially suitable for high temperature and high pressure drilling environments, and can be used as a composite additive to enhance fluid performance.
DYPA's Viscosity Reducer High Temperature Resistance for Oilfield Applications is a high-performance product designed for high temperature and high pressure environments in oilfields. These characteristics make it an indispensable and important auxiliary agent in oilfield drilling operations.
1. Packaging requirements
The product adopts a three-in-one packaging method, with a solid outer layer and a plastic bag sealed inner layer. The net weight of each bag is (25±0.25) kg, and ensure that the bag is not easily damaged during transportation. 40 bags are randomly sampled for each batch of products to ensure that the average net weight of each bag is not less than 25kg.
2. Transportation precautions
During transportation, avoid direct sunlight and ensure moisture and rain protection. The packaging bag should be kept intact to prevent damage during transportation. It is recommended to use special transportation tools to ensure the safety of the product during transportation.
3. Storage conditions
The product should be stored in a ventilated and dry place to avoid moisture, rain or direct sunlight. The storage environment should be kept dry to avoid storing the product in a high humidity environment to avoid affecting its performance and quality.
4. Shelf life
The shelf life of the product is 18 months. Products that have exceeded the shelf life need to be re-inspected before use to ensure that they meet the use standards. It is recommended to use it within the validity period for best results.
5. Storage and Usage Precautions
When using, ensure that the product packaging is intact to avoid contamination of the product by the external environment. When storing for a long time, the product packaging and status should be checked regularly to ensure that it still maintains good quality and performance before use.
1. Packaging requirements
The product adopts a three-in-one packaging method, with a solid outer layer and a plastic bag sealed inner layer. The net weight of each bag is (25±0.25) kg, and ensure that the bag is not easily damaged during transportation. 40 bags are randomly sampled for each batch of products to ensure that the average net weight of each bag is not less than 25kg.
2. Transportation precautions
During transportation, avoid direct sunlight and ensure moisture and rain protection. The packaging bag should be kept intact to prevent damage during transportation. It is recommended to use special transportation tools to ensure the safety of the product during transportation.
3. Storage conditions
The product should be stored in a ventilated and dry place to avoid moisture, rain or direct sunlight. The storage environment should be kept dry to avoid storing the product in a high humidity environment to avoid affecting its performance and quality.
4. Shelf life
The shelf life of the product is 18 months. Products that have exceeded the shelf life need to be re-inspected before use to ensure that they meet the use standards. It is recommended to use it within the validity period for best results.
5. Storage and Usage Precautions
When using, ensure that the product packaging is intact to avoid contamination of the product by the external environment. When storing for a long time, the product packaging and status should be checked regularly to ensure that it still maintains good quality and performance before use.
1. Can products that have exceeded their shelf life still be used?
It is recommended that products that have exceeded their shelf life be re-inspected to ensure that they meet the usage standards. If the inspection is qualified, they can continue to be used; if they fail the inspection, they should not be used.
2. Does the product require special operating instructions during use?
When using this product, please follow the instructions and usage on the packaging. Avoid long-term exposure to moisture or harsh environments to ensure the stability of the product. If you have special needs, it is recommended to consult our technical support team.
1. Can products that have exceeded their shelf life still be used?
It is recommended that products that have exceeded their shelf life be re-inspected to ensure that they meet the usage standards. If the inspection is qualified, they can continue to be used; if they fail the inspection, they should not be used.
2. Does the product require special operating instructions during use?
When using this product, please follow the instructions and usage on the packaging. Avoid long-term exposure to moisture or harsh environments to ensure the stability of the product. If you have special needs, it is recommended to consult our technical support team.
