Product Introduction
With the development of technology, more and more well teams are pursuing the drilling strategy of high flow rate, high torque and low rotational speed, for this reason, our company has specially developed a High flow rate downholemotor.
Product Advantage
1. The High flow rate downholemotor adopts a new rubber injection process, the mechanical properties of rubber and physical properties of the rubber to the full demonstration.
2. The High flow rate downholemotor has an extended motor length and an increased number of motor stages for greater torque.
3. The rotor of the high flow rate downholemotor is also different from the others in that he has a shorter lead, resulting in a larger motor technology.
Product Uses
Product Application Scenarios:
1. Oil and Gas Drilling: The high flow rate downhole motor finds extensive application in the oil and gas drilling industry. It is specifically designed to operate in challenging downhole environments, providing excellent performance in terms of high displacement, low rotational speed, substantial torque, and superior drilling pressure capabilities. This motor is utilized for various drilling operations, including directional drilling, horizontal drilling, and extended reach drilling.
2. Mining Operations: The high flow rate downhole motor is also utilized in mining operations for drilling boreholes and extracting mineral resources. Its ability to generate high torque and drilling pressure makes it suitable for drilling through hard rock formations, facilitating efficient and productive mining activities. The motor's large displacement and low rotational speed enable effective drilling in deep and challenging mining environments.
3. Geothermal Energy Extraction: Geothermal energy extraction involves drilling deep into the Earth's crust to tap into natural heat reservoirs. The high flow rate downhole motor plays a crucial role in this process by providing the necessary power and torque to drill deep geothermal wells. Its high displacement capability ensures efficient heat transfer from the geothermal source to the surface, enabling the extraction of clean and renewable geothermal energy.
4. Water Well Drilling: The product finds application in water well drilling, where it enables the efficient and rapid drilling of boreholes for accessing groundwater resources. With its high flow rate, the downhole motor allows for increased drilling speed, reducing the time and effort required to complete water well projects. Additionally, its large torque capacity ensures effective drilling in various geological formations, including hard rock and consolidated sediments.
FAQ
1. What is a high flow rate downhole motor?
A high flow rate downhole motor is a piece of equipment used in the oil and gas industry to provide rotational power to drilling tools. It is specifically designed to deliver a high flow rate of drilling fluid to enhance drilling efficiency.
2. How does a high flow rate downhole motor work?
The high flow rate downhole motor operates by converting hydraulic energy from drilling fluid into mechanical energy. The fluid flows through the motor, causing the rotor to rotate, which in turn drives the drilling tools.
3. What is the quality of your high flow rate downhole motor?
Our high flow rate downhole motor is manufactured with the highest quality standards. We use advanced materials and rigorous testing processes to ensure its durability, reliability, and performance in demanding drilling environments.
4. What is the warranty period for your high flow rate downhole motor?
We offer a comprehensive warranty for our high flow rate downhole motor. The specific warranty period depends on the terms and conditions outlined in our product documentation. Please refer to the product manual or contact our customer support for detailed warranty information.
5. Is your high flow rate downhole motor manufactured in-house?
Yes, our high flow rate downhole motor is manufactured in our own factory. We have full control over the production process, allowing us to maintain strict quality control measures and ensure the highest standards are met.
Product Introduction
With the development of technology, more and more well teams are pursuing the drilling strategy of high flow rate, high torque and low rotational speed, for this reason, our company has specially developed a High flow rate downholemotor.
Product Advantage
1. The High flow rate downholemotor adopts a new rubber injection process, the mechanical properties of rubber and physical properties of the rubber to the full demonstration.
2. The High flow rate downholemotor has an extended motor length and an increased number of motor stages for greater torque.
3. The rotor of the high flow rate downholemotor is also different from the others in that he has a shorter lead, resulting in a larger motor technology.
Product Uses
Product Application Scenarios:
1. Oil and Gas Drilling: The high flow rate downhole motor finds extensive application in the oil and gas drilling industry. It is specifically designed to operate in challenging downhole environments, providing excellent performance in terms of high displacement, low rotational speed, substantial torque, and superior drilling pressure capabilities. This motor is utilized for various drilling operations, including directional drilling, horizontal drilling, and extended reach drilling.
2. Mining Operations: The high flow rate downhole motor is also utilized in mining operations for drilling boreholes and extracting mineral resources. Its ability to generate high torque and drilling pressure makes it suitable for drilling through hard rock formations, facilitating efficient and productive mining activities. The motor's large displacement and low rotational speed enable effective drilling in deep and challenging mining environments.
3. Geothermal Energy Extraction: Geothermal energy extraction involves drilling deep into the Earth's crust to tap into natural heat reservoirs. The high flow rate downhole motor plays a crucial role in this process by providing the necessary power and torque to drill deep geothermal wells. Its high displacement capability ensures efficient heat transfer from the geothermal source to the surface, enabling the extraction of clean and renewable geothermal energy.
4. Water Well Drilling: The product finds application in water well drilling, where it enables the efficient and rapid drilling of boreholes for accessing groundwater resources. With its high flow rate, the downhole motor allows for increased drilling speed, reducing the time and effort required to complete water well projects. Additionally, its large torque capacity ensures effective drilling in various geological formations, including hard rock and consolidated sediments.
FAQ
1. What is a high flow rate downhole motor?
A high flow rate downhole motor is a piece of equipment used in the oil and gas industry to provide rotational power to drilling tools. It is specifically designed to deliver a high flow rate of drilling fluid to enhance drilling efficiency.
2. How does a high flow rate downhole motor work?
The high flow rate downhole motor operates by converting hydraulic energy from drilling fluid into mechanical energy. The fluid flows through the motor, causing the rotor to rotate, which in turn drives the drilling tools.
3. What is the quality of your high flow rate downhole motor?
Our high flow rate downhole motor is manufactured with the highest quality standards. We use advanced materials and rigorous testing processes to ensure its durability, reliability, and performance in demanding drilling environments.
4. What is the warranty period for your high flow rate downhole motor?
We offer a comprehensive warranty for our high flow rate downhole motor. The specific warranty period depends on the terms and conditions outlined in our product documentation. Please refer to the product manual or contact our customer support for detailed warranty information.
5. Is your high flow rate downhole motor manufactured in-house?
Yes, our high flow rate downhole motor is manufactured in our own factory. We have full control over the production process, allowing us to maintain strict quality control measures and ensure the highest standards are met.
| Length | 28.9ft | 8.81m |
Weight | 4630lb | 2100KG | |
Top Connection | 6 5/8″REG | ||
Bottom Connection | 6 5/8″REG | ||
Max OD of Stabilizer | 12.125in | 308mm | |
Stabilizertype | / | ||
Fixed Angle | 1.25° | ||
Box to Bend | 60.83in | 1545mm | |
Flow Rate | 555~1110GPM | 2100~4200LPM | |
Speed | 78~156rpm | ||
Operation Torque | 11946lb.ft | 16207N.m | |
Maximum Torque | 16724lb.ft | 22689N.m | |
Operating Diff. Pressure | 580psi | 4.0Mpa | |
Maximum Diff. Pressure | 812psi | 5.6Mpa | |
Working WOB | 45000lb | 200KN | |
MaximumWOB | 78750lb | 350KN | |
Power Output | 355hp | 266KW | |
|
| Length | 28.9ft | 8.81m |
Weight | 4630lb | 2100KG | |
Top Connection | 6 5/8″REG | ||
Bottom Connection | 6 5/8″REG | ||
Max OD of Stabilizer | 12.125in | 308mm | |
Stabilizertype | / | ||
Fixed Angle | 1.25° | ||
Box to Bend | 60.83in | 1545mm | |
Flow Rate | 555~1110GPM | 2100~4200LPM | |
Speed | 78~156rpm | ||
Operation Torque | 11946lb.ft | 16207N.m | |
Maximum Torque | 16724lb.ft | 22689N.m | |
Operating Diff. Pressure | 580psi | 4.0Mpa | |
Maximum Diff. Pressure | 812psi | 5.6Mpa | |
Working WOB | 45000lb | 200KN | |
MaximumWOB | 78750lb | 350KN | |
Power Output | 355hp | 266KW | |
|