Product Introduction
Downhole torsion punch boosting tool is a kind of equipment used in oil drilling and other fields, aiming to improve the drilling speed and efficiency.
For example, the shock stabilized torsion twist punch drilling boosting tool, which mainly consists of the following parts:
- **Screw motor drive unit**: consists of shock sleeve, rotor top ring, rotor, stator, rotor bottom ring and so on. The screw motor rotor is driven by high pressure mud to provide torsional impact power. The top part is connected to the drill pipe, and there is a circular hole on the circumference of the rotor top ring, from which drilling fluid enters the screw motor to impact the rotor rotation; the stator and rotor bottom ring are connected by threads, and the drilling fluid flows out of the screw motor and then flows into the internal flow channel from the oblique hole of the rotary impact spindle; there is a sealing ring sealing between the rotor bottom ring and the rotary impact spindle.
- **Rotary impact unit**: It contains rotary impact spindle, planetary frame, intermediate gear, inner gear, gear shaft, sleeve bearing, impact rod gear, reset main wheel, positioning sleeve, inner bearing, impact bearing, fixed disk, impact rotary table, impact shaft, impact toggle, correction block, reset toggle, impact rotary table bearing, reset shaft, reset bearing, reset rod gear, connecting frame and so on. The unit cleverly uses the gear groove wheel mechanism to realize impact and reset by toggling the impact turntable which is similar to the groove wheel through the toggle lever. The rotating impact spindle is connected to the rotor and drives the gear-driven toggle to rotate the impact turntable, the positioning block on the fixed disk and the positioning groove on the impact sleeve play a role in circumferential positioning, the impact block on the impact turntable reciprocates in the impact groove of the impact sleeve, and the direction of its rotating impact is the same as that of the drill bit.
- **Longitudinal shock absorbing unit**: It consists of compression shell, upper sliding shaft, a set of ring springs, support ring, lower spring buckle, upper spring buckle, intermediate sleeve, torsion shell and so on. The upper sliding shaft can be moved in the compression housing, and a set of ring springs will be compressed when it is subjected to axial force, realizing longitudinal two-way vibration damping.
- **Torsionally stabilized unit**: includes a pressure compensator, a set of disc springs, a torsion sleeve, a pin, a lower sleeve, a stop ring, a lower sliding shaft and so on.
Our Advantage
The drilling torsion impact apparatus has the following significant advantages:
1. Enhance rock-breaking efficiency: By converting drilling fluid energy into high-frequency torsional impact force, the ability to break rock is improved, leading to faster drilling speeds.
2. Minimize bit wear: Evenly distributed impact force helps reduce localized wear on the drill bit, extending its lifespan and lowering drilling expenses.
3. Suitability for challenging formations: The torque impactor is particularly effective in hard and abrasive formations, reducing instances of blockages and other complications.
4. Enhance drilling tool stability: Decreasing vibration and deflection in drilling tools improves stability, accuracy, and ensures borehole quality.
5. Mitigate drilling risks: By preventing tool failures and uncontrolled boreholes, the risk associated with drilling is reduced.
6. Optimize energy usage: Maximizing drilling fluid energy utilization improves efficiency and lowers energy consumption.
Product Uses
The impact of drilling torque has a wide range of uses in various industries:
1. Oil and gas drilling: It is utilized to enhance the drilling speed and efficiency of deep wells and complex formations during the exploration and development of traditional oil and gas resources.
2. Shale gas and tight oil and gas development: It can effectively break up rock formations in challenging drilling conditions, speeding up the drilling process and reducing costs.
3. Geothermal drilling: It aids in the extraction of geothermal resources, improving drilling efficiency.
4. Mining: It enhances rock-breaking capabilities and drilling speed in mining operations.
5. Geological exploration: It provides more efficient drilling methods for obtaining accurate geological information.
6. Non-conventional energy development: It is used in the development of resources such as coal bed methane and combustible ice, promoting effective energy exploitation.
FAQ
1. What is a Downhole Torque Impactor and how does it function?
- A Downhole Torque Impactor is a device utilized in the oil and gas sector to apply torque to components located downhole. Its function involves transferring rotational force to the desired location within the wellbore.
2. What is the standard of your Downhole Torque Impactor?
- Our Downhole Torque Impactor is crafted to meet the highest quality benchmarks, guaranteeing dependable performance in challenging downhole environments.
3. What is the timeframe for ordering a Downhole Torque Impactor?
- The timeframe for ordering a Downhole Torque Impactor may vary based on the specifications and quantity needed. Please reach out to us for specific delivery schedules.
4. What is the fundamental concept behind the operation of a Downhole Torque Impactor?
- The fundamental concept behind the operation of a Downhole Torque Impactor revolves around applying torque to downhole components to facilitate a variety of drilling and completion tasks.
5. What is the warranty duration for your Downhole Torque Impactor?
- Our Downhole Torque Impactor is accompanied by a standard warranty period to ensure customer contentment and assurance.
