The Certification of Confidence: How the MG Series Shale Shaker Earns Its Name Through Testing

 

In the critical path of solids control, the shale shaker is your first line of defense. Choosing a "serious" partner means choosing one with a verifiable commitment to quality. This post details the multi-stage validation protocol for the MG Serious Shale Shaker. From raw material inspection and robotic weld integrity checks to final full-assembly performance runs with calibrated drilling fluid simulants, every step is documented. We subject our shakers to extended-cycle endurance runs that exceed typical operational demands, ensuring they don't just meet standards but are built to surpass the harsh realities of the field.

This rigorous process translates directly to your site: consistent screen life, predictable performance under variable loads, and minimal unexpected downtime. When your shaker is "MG Serious," your entire fluid system starts on a foundation of proven reliability.
Read the technical white paper on our testing standards: aipusolidcontrol.com/

#MGS seriousShaker #SolidsControl #OilfieldEquipment #EquipmentTesting #DrillingFluids #QualityAssurance #OilAndGas #Maintenance #AIPU

Mud Desander- AIPU Solid Control

The benefits of integrating a robust AIPU Mud Desander into the drilling process are substantial:

1. Enhanced Drilling Efficiency: By maintaining low solids content, the mud retains its designed density and viscosity, leading to improved rates of penetration (ROP).
2. Reduced Abrasive Wear: Protecting drill bits, pump liners, and other tubulars from sand abrasion directly lowers equipment replacement costs.
3. Optimized Fluidized Fluid Properties: Cleaner mud ensures better gel strength and filtration control, contributing to a safer and more stable wellbore.
4. Economic and Environmental Savings: Maximizing the reuse of drilling fluid reduces the volume of new mud required and the amount of waste generated, offering both cost and environmental advantages.

aipusolidcontrol.com#eric

#Desander #SolidsControl #DrillingEquipment #OilfieldTechnology #MudSystem

V glossary for drilling mud management

V-G meter. See: direct-indicating viscometer.
VAC. Alternating current voltage.
Valence. A number representing the combining power of an atom, that is, the number of electrons lost, gained, or shared by an atom in a compound. It is also a measure of the number of hydrogen atoms with which an atom will combine or replace, for example, an oxygen atom combines with two hydrogens, hence has a valence of 2. Thus, there are mono-, di-, tri-, etc., valent ions.
Valence effect. In general, the higher the valence of an ion, the greater
the loss of stability to emulsions, colloidal suspensions, etc., these polyvalent ions will impart.

drilling fluid process glossary Q&R

Quebracho. An additive used extensively for thinning/dispersing to control low-shear-rate viscosity and thixotropy. It is a crystalline extract of the quebracho tree consisting mainly of tannic acid. See: thinner.
Quicklime. Calcium oxide, CaO. Used in certain oil-based drilling fluids to neutralize the organic acid.
Quiescence. The state of being quiet or at rest, being still. See: static.
Radial flow. Flow of a fluid outwardly in a 360 pattern. This describes the flow from a mechanical agitator in which fluid moves away from the axis of the impeller shaft (usually horizontally toward a mud tank wall). See: axial flow.
Radical. Two or more atoms behaving as a single chemical unit, that is, as an atom; for instance, sulfate and phosphate are nitrate are radicals.
Rate of penetration. The rate at which the drill bit penetrates the formation, expressed in lineal units of feet/minute. See: penetration rate.
Rate of shear. The change in velocity between two parallel layers divided by the distance between the layers. Shear rate has the units of reciprocal seconds (sec^-1). See: shear rate.
Raw drilling fluid. Drilling fluid, before dilution, that is to be processed by solids-removal equipment.
Rectangular screen. See: oblong mesh.
Reduced port. A valve whose bore size is less than the area of the pipe to which it is attached.
Removal section. The first section in the drilling-fluid system, consisting of a series of compartments and solids-removal equipment to remove gas and undesirable solids.
Reserve pit. (1) An earthen pit used to store drilling waste in land drilling operations. (2) A section of a surface system used to store drilling fluid.
Resin. A semisolid or solid complex or amorphous mixture of organic compounds having no definite melting point or tendency to crystallize.
Resin may be a component of compounded materials that can be added to drilling fluids to impart special properties to the system, that is, wall cake, fluid loss, etc.
Resistivity. Resistivity is a characteristic electrical property of a material and is equal to the electrical resistance of a 1-meter cube of the material to passage of a 1-ampere electric current perpendicular to two parallel faces. The electrical resistance offered to the passage of a current is expressed in ohm-meters. It is the reciprocal conductivity. Freshwater muds are usually characterized by high resistivity; saltwater muds by low resistivity. See: conductivity.
Resistivity meter. An instrument for measuring the electrical resistivity of drilling fluids.
Retention time. The time any given particle of material is retained in a region, for example, the time a particle is actually on a screening surface, within a hydroclone, or within the bowl of a centrifuge.
Retort. An instrument used to distill oil, water, and other volatile material in a drilling fluid to determine oil, water, salt, and total solids contents in volume percentage. See: mud still, mini still, API RP 13B.
Reverse circulation. The method by which the normal flow of a drilling fluid is reversed by circulating down the annulus, then up and out the drill string. See: circulation.
Reynolds number. A dimensionless number, Re, that occurs in the theory of fluid dynamics. The Reynolds number for a fluid flowing through a cylindrical conductor is determined by the equation:
Re = DVρ/μ.
D=diameter
V=velocity
ρ=density
μ=viscosity
The number is important in fluid-hydraulics calculations for determining the type of fluid flow, that is, whether laminar or turbulent. The transitional range occurs approximately from 2000 to 3000. Below 2000, the flow is laminar; and above 3000, the flow is turbulent. See: fluid flow.
Rheology. The science that deals with deformation and flow of matter. See: viscosity, Bingham model, plastic viscosity, yield point, gel strength.
Rig pump. The reciprocating, positive displacement, high-pressure pump on a drilling rig used to circulate the hole. See: mud pump.
Rig shaker. Slang term for a shale shaker.
Rigid frame panel. One of the two main screen panel types, consisting of a rigid panel to which the screen or layers of screen are attached. The screen panel fastening device can be designed for fast panel replacement. See: hook-strip panel.
ROP. See: rate of penetration, penetration rate.
Rope discharge. The characteristic underflow of a hydrocyclone so overloaded with separable solids that not all the separated solids can crowd out through the underflow opening (apex), causing those solids that can exit to form a slow moving, heavy, ropelike stream. Also referred to as ‘‘rope’’ or ‘‘rope underflow.’’
Rotary drilling. The method of drilling wells in which a drill bit attached to a drill string is rotated on the formation to be drilled. A fluid is circulated through the drill pipe to remove cuttings from the bottom of the hole, bring cuttings to the surface, and perform other functions. See: cable tool drilling.
Rotary mud separator (RMS). A centrifuge consisting of a perforated cylinder rotating inside of an outer cylinder housing. As drilling fluid flows outside of the perforated cylinder, only the very small particles pass through the perforations.
Round trip. See: trip.
rpm. Revolutions per minute.