The basic requirements of solids control equipment maintenance

Solids control is a technique used in the drilling to separate the solids in the drilling fluids that are crushed by the drill bits and carried out of the well surface. Normally solid control system is consist of five stages, including shale shaker, vacuum degasser, desander, desilter, decanting centrifuge.

Effective solids control can be attributed to the overall performance of all the components of the mud systems. Conditioning the drilling fluid with the goal of dramatically lowering maintenance cost, avoiding excessive chemical treatment and maintaining mud systems volume will decrease the chance of equipment failure, unnecessary high mud costs, hole and drilling problems.

The basic requirements of solids control equipment maintenance

1. Storage the solids control equipment in specific position

2. Maintenance first and then put in to storage when problem happened to solids control equipment.

3. Make sure all the unused solids control equipment in well maintenance before put into storage.

4. Cover the top and fill up the bottom for dust prevention and dampproof.

5. Regular check and maintenance are needed while being storage.

6. Make sure centrifugal pumps clean and aridness without oil and drilling fluids in it

In China solids control industry, KOSUN is a solids control leader and expert in drilling waste management. KOSUN is capable of providing customers with such four series as oil & gas drilling solids control equipment, decanter centrifuge, drilling waste treatment equipment and drilling security equipment, including 25 categories of products, and can also customize packaged design and matching products of oil & gas drilling rigs for drilling contractors. The products provided by KOSUN are extensively used in oil & gas drilling and workover, coalbed methane drilling, shale gas drilling, water well, geothermal well drilling, trenchless horizontal directional crossing projects, mine gravel staged treatment, tailings treatment, rive dredging works, municipal environment-friendly sewage treatment, industrial wastewater treatment, fruit juice purification, waste oil recovery and purification treatment, etc.

KOSUN has directly exported its products to the following regions: All-Russia Region, including Russia, Kazakhstan, Uzbekistan, Azerbaijan, Ukraine, Turkmenistan, Kyrgyzstan,Tajikistan, etc.; East Asia and South Asia, including Pakistan, India, Indonesia, Thailand, Burma, Malaysia, etc.; the Middle East and North Africa, including the United Arab Emirates, Kuwait, Egypt, Algeria, Libya, Sudan, etc.; America, including the United States, Canada, Mexico, Brazil, Columbia, Venezuela, etc.; Australia; Germany in Europe.

The causes of drilling shaker screen failure

KOSUN solids control design and manufacture linear motion drilling mud shale shaker, and we produce shale shaker screens by our factory. KOSUN shaker screen factory is located in the largest solids control system center, we also supply replacement shale shaker screen. By screen mesh layer, we usually supply shaker screens with 2 layers or 3 layers.

Every year we exported over 5000pcs drilling fluids shale shaker screens to the world, and the qty is becoming larger. Among these screens models, KOSUN shaker screens is the most popular with good feedback from the clients. We also welcome clients to express us samples to make customized shale shaker screens.

The causes of premature drilling shaker screen failure are:

1. Mishandling of screen panels during storage

2. Improper handling during installation

3. Improper installation of shaker screen to shaker basket

4. Over/Under tensioning

5. Dirty, worn or improperly installed deck rubbers

6. Improper cleaning of the screens while in storage

7. Extremely high mud weight

8. Heavy solids loading

9. Improperly manufactured screens

10. Use of high pressure wash guns to clean or un-blind screens

KOSUN solids control design and manufacture shale shaker screen

KOSUN is a leader in China’s solids control industry and expert in drilling waste management. KOSUN is capable of providing customers with such four series as oil & gas drilling solids control equipment, drilling decanter centrifuges, drilling waste treatment equipment and drilling security equipment, including 25 categories of products, and can also customize packaged design and matching products of oil & gas drilling rigs for drilling contractors. The products provided by KOSUN are extensively used in oil & gas drilling and workover, coalbed methane drilling, shale gas drilling, water well, geothermal well drilling, trenchless horizontal directional crossing projects, mine gravel staged treatment, tailings treatment, rive dredging works, municipal environment-friendly sewage treatment, industrial wastewater treatment, fruit juice purification, waste oil recovery and purification treatment, etc.

Drilling fluid mud cleaner is the second stage separation equipment

The mud cleaner is the two-level together with three-level solid manage equipment for the drilling mud. It combines the hydrocyclone desander, the hydrocyclone desilter at the same time as the underset vibrating screen together. The mud cleaner would be the ideal and then efficient cleaning gear for two-level three-level solid phase control associated with the drilling mud because of its compact structure, tiny space occupation coupled with potent functions. The mud cleaner is combined plus arranged by one to 3 hugely wear-resisting polyurethane hydrocyclone mud desanders too as eight to sixteen very wear-resistant polyurethane hydrocyclones. Diameters for its overflow pipe feed pipe are bigger while taper angles associated with the cone are smaller sized. A tilted metallic groove fixed with the center shaft is used inside the mortar steering component to manage flow direction about the mortar. The cyclone group arranged in circle is employed together with the rectangular recycle vibrating screen. The function connected with the mud cleaner is to cope with larger drilling cuttings in the mud in order to ensure the remedy impact too as service life related with those latter strong handle systems. What’s more, the mud cleaner has such positive factors as lower energy consumption, higher efficiency, larger screening precision, less noise, straightforward and handy installment, basic maintenance, shear pump,longer service life, larger efficiency in drilling solids separation, basic structures, reduced costs and additionally convenience in movement and additionally relocation.

Drilling fluid mud cleaner is the second stage separation equipment of mud system
Drilling fluid mud cleaner is the second or third stage separation equipment of drilling liquid, which deals with the mud after being treated by the first grade separation equipment. The Driling fluid Mud Cleaner barite will be recovered and cuttings which are bigger than barite will be removed. Then the drilling fluid mud cleaner barite in the underflow will flow into circulation tanks through the screens when the weighted mud passes while the particles that are bigger than mesh will be removed.It occupys small space and the function is powerful , mud cleaner is the ideal device of the second class and the third class solid control to treat the drilling mud.

KOSUN Drilling Mud Desander Features

Desander is secondary processing drilling fluid solids control equipment, according to the hydrocyclone diameter size to differ, divided into hydrocyclone and rotational flow desilter. General 6 “above the swirler combination called desander, is the drilling operation of secondary solids control equipment.

KOSUN oilfield drilling desander is an combination of hydrocyclones desander and drilling fluids shale shaker.The main structure can be divided into two parts, the upper one is hydrocyclones while the underpart is drilling fluids shale shaker.The whole device is driven by a vibration motor.

Commonly used is 10 “and 12″ hydrocyclone, mainly used for separation of drilling fluid particle size of 45-74 um of solid particles.

KOSUN Drilling Mud Desander Features:

1. Polyurethane(PU) Material or high-chromium cast iron for desander cones with longer using life.

2. Clamp type for easy maintenance.

3. Compact design with small footprint.

4. Flexible options for 1,2 or 3 for different capacities.

5. Flexible fast connection is available for user assembly

As an API and EC Certified China leading manufacturer for oilfield drilling desilter,KOSUN has won high recognition and praise from domestic and abroad with science core technique and a lot of innovative patents.Beside,KOSUN is specialized in decanter centrifuge,shale shaker and and other solids control equipment manufacturing.At present, KOSUN's business scope mainly covers China mainland, Commonwealth of Independent States, North Africa,Australia, U.S.A.and etc.

Decanter centrifuge is a separation equipment used for oilfield drilling mud system

The oilfield drilling mud decanter centrifuge is a sort of solid-liquid separation equipment used for separating liquid not to mention solid particles or separating all elements in the liquid mixture by utilizing centrifugal force. The industrial drilling decanter centrifuge was made inside the middle of nineteenth century, plus the old type for decanter centrifuge adopted intermittent operation and additionally artificial slag separation. The decanting centrifuge about continuous operation was produced in the 1930s on account of the improvement about slag unloading institution, and additionally simultaneously, the centrifuge of intermittent operation was also developed on account of the achievement related with automatic control. The centrifuge is mostly utilised for the separation concerning solid particles and also liquid inside the suspension liquid.

The horizontal oilfield decanter centrifuge is commonly employed for the chemical business, petroleum market, food business, pharmaceutical industry, mineral processing business, coal industry, water remedy, ships sector, and so forth. The industrial drilling centrifuge may be divided in to the filtering centrifuge, the horizontal solids separating machines centrifuge and additionally the segregating unit. The drilling mud system decanter centrifuge has the functioning principle that components related with various densities inside the suspension liquid or the emulsion liquid can swiftly obtain sedimentation layering to attain liquid coupled with solid separation. The centrifuge may be selected in line with the size not to mention concentration relating to the solid particles in the suspension liquid or the emulsion liquid, density contrast connected with two liquids, the viscosity connected with the liquids, the characteristics associated with the residue or the sediment, coupled with the separation requirement, at the same time, the specifications regarding the moisture content about the residue or the sediment the clarity of the filtering liquid coupled with the separated liquid will need to be taken into consideration to determine the selection associated with the centrifuge. Soon after that, the kind coupled with the specification for the centrifuge may be determined not to mention tested by contemplating the processing capacity automatic operation needs.

Drilling mud decanter centrifuge in Netherlands

Decanter centrifuge is used as the 4th phase solids control equipment after shaker, desander and desilter. The drilling centrifuge suck the mud from the compartment receiving the discharge from the desilter and mud cleaners, and the returned stream is directed to the next compartment downstream.

The use of decanter centrifuge with the drilling mud:

1. Removal fine solids from unweighted fluids 

2. Selection separation of colloidal and ultra-fine solids from weighted fluids to improve their flow properties.

The use of oilfield decanter centrifuge with unweighted drilling fluids

Oilfield decanting centrifuge is specially designed for the drilling mud solids control. The effective centrifuging and fine drilled solids separation can remove significant quantities of inseparable solids. This significantly reduces the tranditional dilution requirements and drilling waste volume for disposal.

When drilling decanter centrifuge the unweighted drilling mud, keep in mind the following:

Operate a centrifuge with high G force as the solids loads are low

Adjust the weir to a deep pool to maximized solids separation

Control a smaller mud feed rate to increase residence time

Operate centrifuges in parallel, not in series if multiple centrifuges are required.

The use of decanter centrifuges with weighted drilling fluids

With the unavoidably higher solids content of weighted muds, the increase of gel strengths and viscosities, as well as the degradation of filter cake quality associated with the diminution of particle size with time, can become a serious problem. The problem is caused by the increasing concentration of colloidal and near-colloidal particles that are too fine to be separated from the base fluid. Drilling fluids decanter centrifuge is used to selectively remove these fine solids.

Drilling mud circulating system

Part one: mud tank, the first step when the drilling mud was pumped out of well hole.
The circulating system pumps drilling mud in and back out of the well hole, then the drilling mud will be stored in several steel mud tanks on the ground beside the rig. The drilling mud is kept mixed in the mud tanks by rotating paddles on a shaft called mud agitator or by a high pressure jet in a mud gun. Large pumps driven by the prime moves, called mud bogs, use pistons in cylinders to pump the drilling mud from the mud tank.

The mud tanks are 6 feet(1.8m) high, up to feet (2.4m) wide, and are usually 26 feet (7.9m) long. They have two, three, four or more compartments. A common mud tank configuration has the shaker tank receiving the drilling mud flows from the shaker tank to the reserve tank and then to the suction tank. Drilling mud from the suction tank goes to the mud pumps,then goes to the desander,desilter and decanter centrifuge.

All in all, drilling fluids circulating system consists of drilling mud purification equipment being composed of drilling shale shaker,vacuum degasser, desilter,desander, mud cleaner and decanter centrifuge, auxiliary equipment including mud agitator, centrifugal pump, mud mixer jet, and all the mentioned equipment will be mounted on the top of closed mud tanks to constitute a complete oilfield solids control system. The drilling fluids containing large number of solids and cuttings will be treated by oilfield solids control system to achieve cyclic utilization by removing undesirable solids and optimizing composition ratio, viscosity and proportion.
The process of drilling mud removal
The primary and the first stage of solids control equipment is shale shakers which can conduct a solids removal above 75 microns and usually combined with other solid control equipment. The second and third stage equipment are desanders that removes cuttings of 45-75 microns and desilters which do a separation between 15~45 microns. The desander and desliter can be work together to be served as a mud cleaner. Then, the last stage is decanter centrifuge which can remove the particles above 2 microns. After these steps, the drilling solids will be removed and the recycle and reuse of drilling mud can be achieved.

Interior structure of drilling decanter centrifuge

The horizontal spiral sedimentation drilling decanter centrifuge is made of two parts: One part is drum and the other part is spiral conveyor.

The shape of drum has cylindrical, cone and tube cone combination form. The cylindrical is conducive to solid phase dehydration, cone is conducive to liquid phase to clarify, tube cone combination form has has the features of cylindrical and cone. Now we researching the tube cone combination form. Usually weld the fillet on the surface of the drum to reduce the drum wall wearing and prevent to sediment slip.

Drum length ratio is an important parameter to separation, The more difficult materials to separate the need the bigger ratio. Otherwise, the part taper angle of drum cone also has the big inflence to translate materials.

Spiral conveyor is an important part of horizontal spiral drilling solid control centrifuge, its main functions are transporting sediment, discharging residues. It is made of spiral impellers, inner tank and inlet pipe. Its screw blade is double spiral, the screw pitch decided accoring to the actual condition, the impellers material have the high-wearing feature. The dip angle of impellers have two types, one is the screw impeller perpendicular to the drum generatrix. The other type is the impeller generatrix is perpendicular to rotary axis of the drum.

The main function of internal cylinder is receiving distribution and accelerate the suspension. In order to make the suspension enter into the drum and obtains the better sedimentation effect can adopt many design schemes. Its main method is letting the radial velocity of suspension is minimum in the outlet of the internal cylinder that make the suspension stay a long times in the radial direction and is conducive to the suspension sedimentation and separates.

KOSUN mainly focus on drilling fluid recycle system manufacture

KOSUN Solid Control is a professional solids control equipment manufacturer. Mainly focus on drilling fluid recycle system, HDD Mud recycle, CBM and sewage treatment. KOSUN has 2 typical products for the disposal treatment. They are High G shale shaker and decanting centrifuge.

High G shale shaker

Shale shakers are devices that remove drill cuttings from the drilling fluids while circulating and drilling. KOSUN Machinery can produce all kinds of shale shakers with different sizes and types, can meet the requirements of different handling capacity and installation sizes. Also, KOSUN Machinery can produce duplex or triplicate shale shakers according to the actual requirements of clients and supply the corresponding pipelines.

Decanter Centrifuge

KOSUN series decanter centrifuge is used in separating suspension of solids phase with particle diameter(d≥2μm) for drilling mud and fluids handling. It is used as the 4th phase solids control equipment after shaker, desander and desilter. The centrifuge suck the mud from the compartment receiving the discharge from the desilters and mud cleaners, and the returned stream is directed enter into the next compartment downstream. The use of decanter centrifuge with the drilling mud is (1) removal mine solids from unweighted fluids (2) selection separation of colloidal and ultra-mine solids from weighted fluids to improve their fow properties.

Mud tank design

Mud tank design for solids control system is very important. The surface pits that comprise the active circulating systems should be designed to contain enough usable mud to maintain mud properties and to fill the hole during a wet trip at the rig’s maximum rated depth. Usable mud is defined as the mud volume which can be pumped before suction is lost. For example, a typical 10,000 ft well will normally require a minimum active system tank volume of 500 bbl

Tank Shape Design

To maximise solids suspension in drilling mud system and usable volume, the best tank shape is round with a conical bottom. Next best is a square or rectangular shape with a v-bottom. The least preferred shape is the square or rectangular box with a flat bottom. The ideal tank depth is equal to the width or diameter of the tank. This design provides sufficient pump suction head and is best for complete stirring.

Tank Compartment Equalisation

Equalisation height between compartments will depend upon the duty of the compartment. As a rule, an adjustable equaliser is needed only between the solids removal section and the addition suction section. High equalisation between the solids removal and addition suction sections also increases the ability to detect volume changes due to influx or losses to formation. Because the volume of the solids removal section remains constant, any volume change is apparent as a liquid level change in the addition suction section only. This increases the sensitivity to volume fluctuations since the change in fluid level will be more pronounced per unit volume.

Drilling fluids are essential to drilling success

Drilling fluids are essential to drilling success, both maximizing recovery and minimizing the amount of time it takes to achieve first oil. Purposes Of Drilling Fluid During drilling, cuttings are obviously created, but they do not usually pose a problem until drilling stops because a drillbit requires replacement or another problem. When this happens, and drilling fluids are not used, the cuttings then fill the hole again. Drilling fluids are used as a suspension tool to keep this from happening. The viscosity of the drilling fluid increases when movement decreases, allowing the fluid to have a liquid consistency when drilling is occurring and then turn into a more solid substance when drilling has stopped. Cuttings are then suspended in the well until the drill is again inserted. This gel-like substance then transforms again into a liquid when drilling starts back up. Drilling fluids also help to control pressure in a well by offsetting the pressure of the hydrocarbons and the rock formations. Weighing agents are added to the drilling fluids to increase its density and, therefore, its pressure on the walls of the well.

Another important function of drilling fluids is rock stabilization. Special additives are used to ensure that the drilling fluid is not absorbed by the rock formation in the well and that the pores of the rock formation are not clogged. The longer the well, the more drill pipe is needed to drill the well. This amount of drill pipe gets heavy, and the drilling fluid adds buoyancy, reducing stress. Additionally, drilling fluid helps to reduce friction with the rock formation, reducing heat. This lubrication and cooling helps to prolong the life of the drillbit.

Drilling deeper, longer and more challenging wells has been made possible by improvements in drilling technologies, including more efficient and effective drilling fluids. Drilling fluids, also referred to as drilling mud, are added to the wellbore to facilitate the drilling process by suspending cuttings, controlling pressure, stabilizing exposed rock, providing buoyancy, and cooling and lubricating. As early as the third century BC, the Chinese were using drilling fluids, in the form of water, to help permeate the ground when drilling for hydrocarbons. The term "mud" was coined when at Spindletop in the US, drillers ran a herd of cattle through a watered-down field and used the resulting mud to lubricate the drill. While the technology and chemistry of drilling fluids have become much more complex, the concept has remained the same.

Kosun possesses first-class factory buildings and solid control equipment, has such process means as rivet welding, metal processing, surface cleaning, shot blasting automatic derusting, baking paint, assembling, material preparation, test, etc. and owns more than 800 sets of production and test equipment, such as large floor type boring machine, automatic welding operating line, large numerical controlled flame cutting machine and so on, which can meet the requirements of product R&D, production testing and technical services and produce over 50 sets of various circulating systems annually. Kosun mainly engaged in technical services and product sales of both solids control equipment and drilling fluid cleaning equipment in Kazakhstan, and is capable to produce the following equipment and provide their technical maintenance: mud cleaner, various tanks, camps, shale shaker, vacuum degasser, desander, desilter,decanter centrifuge and sand pump, etc.

Why control drilling solids?

Usually, an oil well has its maximum level of drilling solids that can be tolerated before problems immerse. This level depends on the solids formation, the type of drilling mud used, and the characteristics of the solids. But many work-over rigs that occasionally do some drillings still do not employ solid removal equipment which seems to work satisfactorily only as long as drilling is confined to short intervals. Drilling without removing solids, the drilling circulating system will contain a constant volume of slid phase. The pit level will also remain at a constant level even through the circulating volume increases as an additional hole is drilled, (pit levels will actually rise by the volume of the drill string to added to the hole). The additional solids from drilling mud will increase the mud weight. Usually many problems will arise if too many drilling solids are allowed to remain in the drilling mud. These effects do not immediately appear after the drilling solids concentrations reach excessive levels. For this reason, many drillers accustomed to drilling shallow wells with unweighted drilling mud, find it hard to believe that drilling solid are the cause of their problems. Experience has shown them otherwise. Therefore, it is beneficial to take the detrimental effects of drilling solids seriously and remove them from the drilling mud.
The process of drilling mud removal
The primary and the first stage equipment is a shale shaker which can do a solids removal above 75 microns and usually combine with other solid control equipment. The second and third stage equipment are desander that removes cuttings of 45-75 microns and desilter which do a separation between 15~45 microns. The desander and desliter can be work together to be served as a mud cleaner. Then, the last stage is decanter centrifuge which can remove the particles above 2 microns. After these steps, the drilling solids will be removed and the recycle and reuse of drilling mud can be achieved.

Established in 1992 KOSUN is the first group of manufacturers of drilling fluids solids control equipment,and an expert in drilling waste treatment.It is the forerunner of solids control equipment in China, which is specialized indecanter centrifuge,shale shaker,desander,desilter,mud cleaner and complete solids control system.. As the professional advanced decanter centrifuge supplier,KOSUN has won high recognition and praise from domestic and abroad with science core technique and a lot of innovative patents.At present, KOSUN's business scope mainly covers China mainland, Commonwealth of Independent States, North Africa,Australia, U.S.A.and etc.

Disassembly process of decanter centrifuge

the vital part of decanter centrifuge: planetary gear differential 

the planetary gear differential can be found in all kinds of centrifuges, including decanter centrifuge and horizontal spiral centrifugal. Here, some knowledge of the planetary gear differential will be discussed for better operation. The following is the specific details on how to configure the planetary gear differential.

Disassembly process of decanter centrifuge

Unscrew the oil-way and shed all the lubricating oil, then removing the gland with a hexagon wrench and bearing circlip to dismantle pulley -block. then remove the ECL and separate first planet carrier. Dismantle the shell and ECR to remove the second and third carries, then disassemble the removed first, second and third carriers. After these steps, you need to check and clean all the bears, gears and carriers, replace the worn-out parts. AT Last, prepare all the necessary accessories and the reassembly can be done with the steps contrary to the above ones.

The use of decanter centrifuge

1, When comes to the highly complex deep well and extradeep well operation, it is desirable to equip with low speed solids control decanter centrifuge and high speed decanter centrifuge for the removal of colloidal solids, recovery of weighed materials and the reduction of drilling fluids emission.

2,The drilling fluids should be treated by decanter centrifuge for 2 weels before add weighed materials . (with the exception of emergency situation like well kill)

3, The service time of decanter centrifuge should account for 50% of the total circulation time when the density of drilling fluids is lower than 1.25g/cm3.

 http://www.kosun.com/products/solids-control-equipment/decanter-centrifuge.html

Spiral shale shaker screen machine and Vibration mill

As you know oilfield shale shaker is mostly applied in mines, medicine and fine chemicals, the most shale shakers that we all familiar with are linear motion shale shaker, Elliptical shaker, Vibrating sieve machine, Spiral screen machine and Vibration mill. But, you know, what less well known to us is that they can be used in some other fields, such as food industry.

With the universal application of shale shakers, they will be playing an increasingly important role in feed processing industry, and mainly applied in two aspects: removing the impurities entrained in fodder and cataloging the material or product according to the difference of particles in size. It follows that shale shaker plays a vital role in quality and output of fodder due to its extensive use in feed processing.

Followings are the application of shale shaker in feed processing industry:

For the material cleaning, the shale shaker conducts the cleaning by shaking the particles according to their shape and size. And the cleaning can be graded into granule, powder, crumbles and pellet fodder. Granule is the raw material to be crushed, such as cereals, which is cleaned by two double-deck screen with different sieve pores, by which the impurities and slit can be both removed at the same time. And the powder refers to the material that doesn’t need to be crushed, which can be cleaned by plane screen or vibrating screen. Screening technique is needed in the cleaning of crumbles which commonly cleaned by shale shaker. At last, for the particle fodder, the cleaning processing is conducted by double-deck shaker screen.
In a word, the screening technique of shale shaker holds a lot of weights in feeding processing industry.

Oilfield Linear Motion Mud Cleaners

KOSUN QSZ complete line of mud cleaners utilizes our patented multifunctional shaker technology with exceptional performance from our desanders & desilter hydrocyclones in a compact, high-quality, dependable unit at an affordable price. Solids separation technology has grown tremendously in the past decades. KOSUN will continue to lead well into the future when it comes to innovative solutions to meet your needs.

Versatility
KOSUN’s compact, patented, multi-functional mud cleaners are designed to be operated as double-deck drying shaker / mud cleaner or double-deck flow line shaker. The built in multi-functional feature allows the operator to handle varying drilling fluid viscosities and solids content with the same unit. In the dual simultaneous flow mode, the top deck handles the hydrocyclone underflow and the bottom deck handles the primary scalping.
Reliability
All KEM-TRON mud cleaners are given a two-part epoxy powder coating to maximize equipment life. Three-part coatings are also available for offshore applications. Spare parts and consumables have been designed to ensure the lowest replacement cost & long-term product durability. Combined with our international field service team and regional spare part distribution centers, you will never be left without the support you need.

Features of all Linear Motion Mud Cleaners
PU material for desander and desilter cones
Deck angle adjustable during operation from –1 to +5 degrees.
optional hook-strip shaker screen for fast changing between PWP and PWD screens.
High G-Force up to 7.4G
Shaker dimensions and mud inflow level are compatible with most existing mud tank solids control systems.