Product Introduction
Saltwater mud screw drilling tools utilize a special drilling tool coating that allows them to work in saturated saltwater mud environments for extended periods of time. This type of drilling tools adopts corrosion-resistant materials and technology, which can improve its durability and reliability in harsh environments.
Saltwater mud screw drilling tools are mainly used in directional well drilling operations, which can speed up the drilling speed and improve the construction efficiency. When using brine mud screw drilling tools, it is necessary to choose the appropriate models and specifications according to the specific working conditions and technical requirements to ensure that it can play the best performance.
Product Advantage
Salt water mud screw drilling tools are mainly used for drilling operations in saturated salt water mud environment, and its advantages mainly include:
- Strong abrasion resistance: the use of special drilling tool coatings enables it to work for a long time in saturated salt water mud environment, and also enhances the wear resistance of the screw drilling tool rotor, prolonging its service life.
- Good corrosion resistance: the use of corrosion-resistant materials and technology can improve its durability and reliability in harsh environments.
- Improve drilling efficiency: screw drilling tools can speed up drilling speed and improve construction efficiency.
Product Uses
Downhole motors are extensively utilised in oilfields and mines for drilling directional, horizontal, clustered, and straight wells. They are used for various operations such as slanting, twisting, coring, reaming, windowing, sidetracking, and workovers. Additionally, they can be used for composite drilling and traversing, as well as other special operations.
Product Operate Guide
1.Before drilling downhole, conduct a ground inspection. Adjust the curved housing to the desired angle. Although the drilling tool is simple in shape and rigid enough, it is still necessary to control the lowering speed to avoid damage from the sand bridge, wellbore shoulder, and casing shoe in the wellbore.
2.The start-up drilling tool is then used. During the drilling process, it is important to maintain torque stability by ensuring that the drilling press is as smooth as possible.
3.Additionally, lifting drills should be performed.
FAQ
1. What is a Saturated Brine Mud Downhole Motor?
A Saturated Brine Mud Downhole Motor is a type of drilling tool that uses a screw-like mechanism to rotate the drill bit, allowing for efficient drilling in saturated brine mud environments.
2. How does a Saturated Brine Mud Downhole Motor work?
The Saturated Brine Mud Downhole Motor utilizes the power of hydraulic pressure to drive the rotation of the drill bit. As the drilling fluid (saturated brine mud) flows through the motor, it powers the internal screw mechanism, which in turn rotates the drill bit.
3. What are the advantages of using a Saturated Brine Mud Downhole Motor?
Using a Saturated Brine Mud Downhole Motor offers several advantages. It provides better control and stability during drilling operations in saturated brine mud environments, enhances drilling efficiency, reduces the risk of drill string sticking, and allows for increased drilling depths.
4. Is your company certified and what is your minimum order quantity?
Yes, our company is certified and follows stringent quality standards. We have implemented a robust certification system to ensure the highest quality of our products. Regarding the minimum order quantity, please contact our sales team for specific details as it may vary depending on the product and customer requirements.
5. How does your company ensure a reliable certification system?
At our company, we have established a comprehensive certification system that includes regular audits, quality control measures, and adherence to industry standards. We work closely with accredited certification bodies to ensure our products meet all necessary requirements and regulations.
Product Introduction
Saltwater mud screw drilling tools utilize a special drilling tool coating that allows them to work in saturated saltwater mud environments for extended periods of time. This type of drilling tools adopts corrosion-resistant materials and technology, which can improve its durability and reliability in harsh environments.
Saltwater mud screw drilling tools are mainly used in directional well drilling operations, which can speed up the drilling speed and improve the construction efficiency. When using brine mud screw drilling tools, it is necessary to choose the appropriate models and specifications according to the specific working conditions and technical requirements to ensure that it can play the best performance.
Product Advantage
Salt water mud screw drilling tools are mainly used for drilling operations in saturated salt water mud environment, and its advantages mainly include:
- Strong abrasion resistance: the use of special drilling tool coatings enables it to work for a long time in saturated salt water mud environment, and also enhances the wear resistance of the screw drilling tool rotor, prolonging its service life.
- Good corrosion resistance: the use of corrosion-resistant materials and technology can improve its durability and reliability in harsh environments.
- Improve drilling efficiency: screw drilling tools can speed up drilling speed and improve construction efficiency.
Product Uses
Downhole motors are extensively utilised in oilfields and mines for drilling directional, horizontal, clustered, and straight wells. They are used for various operations such as slanting, twisting, coring, reaming, windowing, sidetracking, and workovers. Additionally, they can be used for composite drilling and traversing, as well as other special operations.
Product Operate Guide
1.Before drilling downhole, conduct a ground inspection. Adjust the curved housing to the desired angle. Although the drilling tool is simple in shape and rigid enough, it is still necessary to control the lowering speed to avoid damage from the sand bridge, wellbore shoulder, and casing shoe in the wellbore.
2.The start-up drilling tool is then used. During the drilling process, it is important to maintain torque stability by ensuring that the drilling press is as smooth as possible.
3.Additionally, lifting drills should be performed.
FAQ
1. What is a Saturated Brine Mud Downhole Motor?
A Saturated Brine Mud Downhole Motor is a type of drilling tool that uses a screw-like mechanism to rotate the drill bit, allowing for efficient drilling in saturated brine mud environments.
2. How does a Saturated Brine Mud Downhole Motor work?
The Saturated Brine Mud Downhole Motor utilizes the power of hydraulic pressure to drive the rotation of the drill bit. As the drilling fluid (saturated brine mud) flows through the motor, it powers the internal screw mechanism, which in turn rotates the drill bit.
3. What are the advantages of using a Saturated Brine Mud Downhole Motor?
Using a Saturated Brine Mud Downhole Motor offers several advantages. It provides better control and stability during drilling operations in saturated brine mud environments, enhances drilling efficiency, reduces the risk of drill string sticking, and allows for increased drilling depths.
4. Is your company certified and what is your minimum order quantity?
Yes, our company is certified and follows stringent quality standards. We have implemented a robust certification system to ensure the highest quality of our products. Regarding the minimum order quantity, please contact our sales team for specific details as it may vary depending on the product and customer requirements.
5. How does your company ensure a reliable certification system?
At our company, we have established a comprehensive certification system that includes regular audits, quality control measures, and adherence to industry standards. We work closely with accredited certification bodies to ensure our products meet all necessary requirements and regulations.
Length | 27.72ft | 8.45m | |
Weight | 2580lb | 1170KG | |
Top Connection | 4 1/2″REG | ||
Bottom Connection | 4 1/2″REG | ||
Max OD of Stabilizer | 8.35in | 212mm | |
Stabilizertype | Customized | ||
Angle | 0-3° | ||
Box to Bend | 61.78in | 1569mm | |
Flow Rate | 285~570GPM | 1080~2160LPM | |
Speed | 72~144rpm | ||
Operation Torque | 6809lb.ft | 9238N.m | |
Maximum Torque | 9532lb.ft | 12933N.m | |
Operating Diff. Pressure | 580psi | 4.0Mpa | |
Maximum Diff. Pressure | 812psi | 5.6Mpa | |
Working WOB | 22500lb | 100KN | |
MaximumWOB | 45000lb | 200KN | |
Power Output | 185hp | 140KW | |
Length | 27.72ft | 8.45m | |
Weight | 2580lb | 1170KG | |
Top Connection | 4 1/2″REG | ||
Bottom Connection | 4 1/2″REG | ||
Max OD of Stabilizer | 8.35in | 212mm | |
Stabilizertype | Customized | ||
Angle | 0-3° | ||
Box to Bend | 61.78in | 1569mm | |
Flow Rate | 285~570GPM | 1080~2160LPM | |
Speed | 72~144rpm | ||
Operation Torque | 6809lb.ft | 9238N.m | |
Maximum Torque | 9532lb.ft | 12933N.m | |
Operating Diff. Pressure | 580psi | 4.0Mpa | |
Maximum Diff. Pressure | 812psi | 5.6Mpa | |
Working WOB | 22500lb | 100KN | |
MaximumWOB | 45000lb | 200KN | |
Power Output | 185hp | 140KW | |