Sand Well Recovery Sucker Rod Pump
- For now, there are a few technologies about how to solve the sand problem during oil recovery production, like adopting a hydraulic jet pump to flush out sand, mechanical anti-sand technology, and chemical anti-sand technology. Now you can take a look at sanJack’s sand control sucker rod pump. Hope they can help you get an idea about how a downhole pump can control sand during production. Some of our special designed pumps for sandy wells：
- B type anti-sand centralizing sucker rod pump.
- Long plunger and sand stuck prevention pump
- Sand-scraping pump
- Isodiametric-plunger pump.
- Anti-sand pump for heavy oil.
Your Premier
Sand Well Recovery Sucker Rod Pump Manufacturers and Suppliers
Sand stuck prevention
Sanjack has developed a variety of sand control downhole pumps that can effectively prevent sand stuck.
Long Service Life
Sand control insert pump can effectively reduce the pump barrel and plunger wear (caused by sand), improve the service life.
Heavy Oil Recovery
Sand control tubing pump is suitable for wells with the viscosity of crude oil less than 4000Mpa.s.
Integrated Function
The oil well pump can realize the integrated operation of steam injection, oil recovery, and sand control.
- Suitable for deep wells within 2900m.
- Suitable for wells with sand cut≤2%
- Prevent plunger from sand stuck.
- Reduce the abrasion between plunger and barrel
- Short barrel, long plunger, anti-abrasion..
- Suitable for sand cut ≤3.2%.
- Viscosity of crude oil less than 4000Mpa.s
- Sand cut less than 1.2%
- Anti-sand stuck, anti-sand wear.
- sand cut≤0.1%, oil viscosity≤2000mpa.s
- long plunger, short barrel..
- Anti-falling, anti-corrosion, anti-stab.
Sand is a frequent visitor for oil recovery. Some oilfields have high cut, some have a low cut. But no matter how much content the sand takes, we could never ignore its influence during oil production. So what influence will the sand exactly bring to us? The following are just some example:
1).The sand will increase the abrasion of the barrel, plunger, standing valve, and traveling valve, which will greatly reduce their service life.
2). The sand in the clearance between barrel and plunger will result in stuck or scuffing on the barrel and plunger, greatly reducing the pumping efficiency.
3).Sand will bury the sucker rods when stopping the pump. It will cost us a lot of operation time.
From above 3 items we can see, sand can really bring a lot of harm to our equipment, pumping efficiency, and operation time. For now, there are a few technologies about how to solve the sand problem during oil production, like adopting a hydraulic jet pump to flush out sand, mechanical anti-sand technology, and chemical anti-sand technology. Today, I would like to introduce special downhole pumps to you developed by Sanjack. Hope they can help you get an idea about how a downhole pump can control sand during production.
Send us your requirement, Let Sanjack support you
The Complete Buying Guide of Sand Well Recovery Sucker Rod Pump
Accessing heavy oil reservoirs requires the production of sand.
Additionally, sand is essential in cold production, which is a recovery process applied in uncemented heavy oil wellbores in which sand and oil are mixed under primary conditions.
The production of sand remains a primary enhancer of recovery in heavy oil production.
Therefore, special pumps for sand well recovery are an integral part of improving the cold production process to reduce the overall cost of operation and damage caused by pumping sand.
This article has all the essential information you need to know about sand well recovery sucker rod pump.
It captures various types of special pumps for sand well recovery, what they are, how they work, and their most suited applications.
This buying guide will help you make the right decision whenever you want to purchase these kinds of special pumps.
Types of sand well recovery sucker rod pump
As suggested above, sand well recovery sucker rod pumps comes in a wide variety of types and sizes.
The working mechanisms, features, and applications set these pumps apart.
Before you jump into buying, you need to understand the kind of pumps that will work perfectly for you.
Take a look into these.
1.RHBC Anti-sand Centralizing Rod Pump
These pumps come with a heavy-walled stationary barrel and bottom hold-down design.
RHBC anti-sand centralizing rod pumps are meant to work correctly in depths of about 8,000 ft [2,438 m] or more. If sand is a concern in oil and gas production, various nonstandard accessories like top seal can be applied in these pumps to prevent sand accumulation.
RHBC anti-sand centralizing rod pumps are manufactured based on conventional rod pumps but with some extra additions.
In most cases, the sand blocking valve, annular sand settling device, and centralizer are added to the traditional rod pump to prevent sand burying.
Features
The pump comes with a locking device at the bottom that prevents extending the barrel due to the action of the fluid column. When this happens, clearance does not increase, making it most recommended for deep wellbores.
RHBC anti-sand centralizing rod pumps come with a valve blocking device that prevents sand from falling back into the barrel to avoid sand stuck for the plunger.
A centralizer is one of the extra components added to the pump to enhance its stability and prevent bottom seal failure resulting from a swinging pump.
A sand channel is added to the pump. This device prevents sand burying.
Applications
RHBC anti-sand centralizing rod pumps are suitable for wells with up to 2900m depth and below 400cP liquid viscosity.
These pumps come in handy for well with frequent sand stuck when pumping is stopped.
RHBC anti-sand centralizing rod pumps are best for wellbores with 2% or less sand cut.
On the other hand, RHBC anti-sand centralizing rod pumps are not recommended for wellbores with high gas cut, frequent gas locking, or applications below inflections point.
2.Sand scraping sucker rod well pump
A conventional oil well pump plunger with a scarping function is specifically designed to alleviate pump blocking caused by plungers.
Sand scraping sucker rod well pump improves production efficiency in coal-bed gas wellbores and heavy oil wells with sand.
The pump comes with a plunger, pump cylinder, traveling valve, and a lower traveling pump fixed in the plunger’s lower end.
Features
The pump’s sand scraping function helps clean sand on the inner barrel wall before the liquid flow discharges the sand.
This addition is necessary to protect the plunger from sand stuck, reduce abrasion between the barrel and plunger, and extend the pump’s life span.
Applications
Sand scraping sucker rod well pump is specifically designed for thin oil wells without sand burial problems.
Accordingly, the pump is suitable for wells with 2% or less sand cut.
On the flip side, Sand scraping sucker rod well pumps are not recommended for oil wells with a high gas cut or frequent gas locking
3.Long plunger and sand stuck prevention artificial lift downhole pump.
Long plunger and sand stuck artificial prevention lift downhole pumps are designed with the first and second seals located in the barrel and plunger gap.
The barrel and plunger are manufactured with a one-way valve that limits the passage of fluids out of them.
When the pump is stroked downwards, fluids and particulates are forced into the plunger.
An upstroke lifts the liquid and particulate to the surface.
This pump is manufactured, adopting the structure of a long plunger and short barrel. This design is meant to prevent sand stuck when the pump is operating and sand burying the plunger when the pump is stopped.
Features
The pump is given a short barrel with high wear resistance and a longer plunger.
The plunger’s ends are located out of the barrel to prevent the accumulation of sand in the barrel.
The pump is designed with a sand passage between the inner and outer barrel. Accordingly, sand is directed to enter the tubing to prevent it from burying the pump.
Applications
Long plunger and sand stuck prevention artificial lift downhole pump is most recommended for sand wells with frequent sand stuck problems.
On the other hand, these pumps are not suitable for oil wells with frequent gas locking or high gas cut wellbores.
4.Anti-sand pump for heavy oil recovery
The Anti-sand pump for heavy oil recovery is designed with a barrel and plunger that reciprocates.
These downhole pumps are manufactured in a way that the plunger consists of a first portion and seal and second and third parts with another seal.
The plunger’s second portion is in-between the first and first and third parts.
A balancing chamber is made between the barrel and the second part of the plunger.
The balancing chamber is used to communicate with the inside of the plunger using an opening.
Lastly, a sand snare chamber is made close to the opening to prevent sand from coming into contact with the balancing chamber’s seals.
Features
A special structure is added to the pump to reduce plunger resistance, making the pump suitable for heavy oil recovery.
The pump is given a sand-settling centralizer and locating device to prevent sand stuck problems.
An oil drain is enabled in the pump to be used when it is necessary to inspect the pump.
A sealing and rotary device are added to prevent the reverse torque from making up or breaking out the tubing.
Applications
Anti-sand pump for heavy oil recovery is suitable for wellbores with 4000Mpa.s or less viscosity of crude oil.
The pump is also recommended for wells with 1.2% or below the sand cut.
On the flip side, the Anti-sand pump for heavy oil recovery is not used in oil wells with frequent gas locking or high gas cut.
5.Long plunger injection production downhole reciprocating pump
This downhole pump is made with a barrel and a reciprocating plunger.
The barrel and plunger both have one-way valves that prevent fluid backflow.
Long plunger injection production downhole reciprocating pump is mostly used in single wells that require a steam injection to enhance thermal recovery.
Additionally, the pump can work simultaneously for steam injection, anti-sand stuck, and recovery.
Features
Long plunger injection production downhole reciprocating pump specifications are meant to serve various purposes, making the pump suitable for sand well recovery tasks listed below.
Steam and oil recovery. The pump is designed to make the conversion of steam injection and oil recovery pretty straightforward and reliable. For steam injection, you are required to lower the plunger to the end, exposing the steam injection hole. After injecting steam, you should lift the plunger to cover the hole and allow recovery by exerting the thermal recovery effect of steam injection. The entire process is highly cost-effective.
Anti-sand stuck. The pump is designed with a short barrel and long plunger. The plunger stays outside the barrel to reduce or prevent stuck sand problems during normal oil recovery.
Oil draining. The steam injection hole can also be used to drain oil when the plunger is lifted.
Applications
The long plunger injection production downhole reciprocating pump is highly recommended for single wellbores that require a steam injection to enhance thermal recovery.
6.Annulus thermal recovery pump oil well
The annulus thermal recovery pump is designed for heavy oil well recovery through cable heating.
Additionally, this pump works perfectly in oil wellbores that require cables to heat crude oil in tubing string and test wells used for downhole oil production tests.
Features
The pump is designed in a way that it can be inspected without removing the tubing string, standing valve, or plunger.
Traveling and standing valves adopt mechanical ring valves with reliable seal performance and can open and close in real-time.
The annulus thermal recovery pump has a hollow structure and hollow sucker rod that can be connected top and bottom with a cable passing through the middle.
7.Isodiametric plunger tubing pump
The utility model of an isodiametric plunger tubing pump is related to the double valve oil well pump used in heavy oil wells, sand wells, and oil wellbores with open tubing drain.
The pumps are specifically designed with a pump barrel, oil inlet hole, retraction lower joint, long piston.
The barrel is connected to a lower retraction joint with the long piston arranged inside it.
Accordingly, the piston is fitted with upper and lower traveling valves.
Isodiametric plunger tubing pumps can be used for various applications since they come with many functional features.
The pump is equally designed by optimizing and improving the conventional sucker rod pump structure.
Due to this, the pump prevents plunger sand stuck, reduces abrasion between the barrel and plunger, and extends the production cycle of sand wells.
Features
The pump has both anti-sand stuck and anti-sand wear functions to enhance production in sand wellbores.
Applications
Isodiametric plunger tubing pumps are suitable for oil wells with 2000mpa.s or les crude oil viscosity and 0.1% or less sand cut.
8.Valve type heavy oil recovery sucker rod pump
The valve type heavy oil recovery sucker rod pump is designed to combine an integrated valve, inclined well, heavy oil recovery, and anti-blocking functions.
This pump’s efficiency is significantly improved, and the plunger’s partial wear greatly reduced using a double plunger mechanical forced opening and closing mechanism.
Accordingly, the valve type heavy oil recovery sucker rod pump can convert steam injection to pumping and pumping to steam injection.
This mechanism helps in discharging oil and improving environmental protection.
Applications
valve type heavy oil recovery sucker rod pump is most recommended for wellbore with heavy oil and high crude oil viscosity.
The bottom line
Special pumps for sand well recovery come in a wide range of types serving various applications.
Accordingly, these pumps are designed to withstand varying wellbore conditions that require you to identify what is best for you.
With this in mind, it might not be easy choosing a special pump for sand well recovery.
However, this article has outlined essential information that should guide you in making that decision.
Additionally, do not forget to look into some aspects like the pump’s working mechanisms, costs, and reliability.