When drilling in gilsonite, the mud and additives mixing system can be installed on a separate platform and then connected to the mud mixing tank. The second way is the compact design of the sludge mixing unit, and the first way can be more flexible to move the sludge mixing unit from one place to another. But you don't need to move it all the time, rotary valve operated mud mixing pipelines can also achieve this purpose. Drilling fluid additives are specialized products designed to solve specific problems, and Halliburton and Baroid are known for their high quality additives that provide consistent performance required by environmental regulations. Gilsonite drilling fluid forms a strong physical and chemical bond with all permeable formations of impurities, creating an effective seal against penetration of the drilling fluid. Gilsonite has unique properties as a pliable and high-strength bridging agent that controls fluid loss and seepage, in particular preventing loss of circulation and protecting the surfaces of reactive and low-reactivity shale even at high bottomhole temperatures. The well bore requires special drilling fluids and well bore strengthening techniques that have been proven to specifically strengthen high/high pressure wells, shale and pressure zones. The addition of gilsonite uintaite to OBM, SBM or WBM strengthens the well by reducing pore pressure transmission and sealing micro fractures in shales and low porosity sands, keeping interlayers intact. Formation of a highly effective filter cake Stable “lubrication effect” Protective sealant along the well bore by providing Definitely the most effective additive to prevent differential sticking in every sense and purpose, gilsonite uintaite completely seals permeable formations, minimizing the formation of stuck pipe and jammed log sets - even in areas where too much balanced pressure differs greatly - and improves filtration of the cake lubricity which is definitely very significant. 
Gilsonite in drilling mud additives system
An important property of Gilsonite in all intents and purposes of drilling, is its true softening point in the mud additives system. It is mainly used as a fluid loss control agent in oil-based drilling fluids. Since it is a hydrocarbon, it is usually naturally wetted by oil. In water-based drilling fluids, it is mainly used as a shale stabilizing additive, and it is difficult to evaluate unless it is tested at a softening point or higher, this type is very important. Gilsonite is mainly used in drilling fluids and oil well cementing. Gilsonite is a standard ingredient in oil-based drilling fluids used in various softening points and particle sizes, shale and other complex geological formations. The term refers to a formulation containing Gilsonite HPHT fluid loss control additive which is stable at high temperatures and also acts as an excellent shale stabilizer, true hole retention lubricant, lean sand sealant and crust softener. As a hydrocarbon, the powder must be associated with water for all intents and purposes using a glycol or similar wetting agent. As an integral component of premium drilling fluids, gilsonite actively improves drilling efficiency while reducing costs and minimizing the health and safety impacts associated with most drilling fluid additives. Gilsonite has been used for many years as an additive to drill fluids in oil fields. The highly unique properties of gilsonite make many oilfield drilling fluid products especially important for all intents and purposes, and the recent boom in oil and gas development has largely boosted demand. Gilsonite is widely used on drilling products right now in water-based products. Oil-based drilling fluid systems (the addition of gilsonite to oil well cements reduce the weight of the fluid without 
losing compressive strength and acts as an effective plug and plug agent, effectively closing fractures in weak formations during cementing) and synthetic-based drilling fluid systems are very important worldwide. . . The mixed type of gilsonite has proven to be effective in almost all water-based systems. Gilsonite is also used in cement slurries as a material to eliminate circulation losses due to its plugging and astringent properties, and as a cement slurry density reducer in some specialty cement jobs. The addition of specially treated gilsonite to water-based drilling fluids helps to minimize wellbore washout by negligibly reducing torque and friction by stabilizing often problematic shales and compacting highly permeable sands. In addition, gilsonite Fully used when drilling with mud according to FLC "Filtrate Loss Control" or "Fluid Loss Control" in oil-based drilling mud, which is very important. Fluid In a variety of grades and formulations, gilsonite is intended for all purposes and purposes in dealing with the complications associated with wellbore instability, especially to provide lubrication in wells that diverge greatly and more recently, as a bridging agent to counteract the form of sticking under differential pressure and often to lower performance of invasive column fluid. With a unique combination of strength, flexibility, adhesion and high temperature capability for all purposes and applications, bitumen provides performance-enhancing properties to binders and drilling fluids that no other additive can really do that is as great. Considered the fundamental industry standard for seepage control, gilsonite is equally particularly effective at controlling true loss of circulation and improving wellbore stability, drilling efficiency, wellbore stability, filter cake development and, quite importantly, much more. 
Gilsonite, in various softening points and particle sizes, is an absolutely standard ingredient in oil-based drilling fluids used in shale and other complex geological formations. Gilsonite has been used in various grades and formulations to combat wellbore instability issues, providing true lubricity, especially in literally deviated holes, and more recently often as a bridging agent to combat very different pressure bonding and some form of illegal core drilling. used to provide fluid. When gilsonite is indeed added primarily to oil and water-based drilling fluids, it partially melts or deforms, plugging microfractures in the rock and fouling the interior of the well, forming a dense, very hard filter cake. prevents fluid loss. The dissolved gilsonite also increases the viscosity of the drilling fluid, provides lubrication and, along with sealing and stabilizing problem rock around the wellbore, mainly helps prevent the drill pipe from becoming stuck in the well. Gilsonite-produced cement, particularly suitable for plugging or plugging an abandoned pipeline or backfilling a mine shaft, tunnel or excavation, contains a mixture of at least two components selected from Portland cement or Portland cement. A cement mortar prepared from a cement mixture can often have a density equal to or less than 1500 kg/m3 and often exhibits really good compressive strength, which is quite important. 
Gilsonite while drilling mud additives system
Gilsonite is used in large quantities in literally while drilling fluids, but in different aspects and forms. In oil-based drilling fluids like in mud additives system, Gilsonite acts as a fluid loss control agent or FLC. As a hydrocarbon, it interacts well with the base material of the drilling fluid and greatly improves drilling efficiency. Gilsonite, or typically natural asphalt, has long been widely used in oil fields as a fluid loss additive in drilling fluids. In numerous varieties and formulations. Gilsonite has actually been used as a shunt to combat the complications associated with wellbore instability, especially to provide lubricity in highly weathered wells, and more recently mainly to counteract differential pressure adhesion and actually provide a less invasive core fluid, contrary to popular opinion. In fact, it has been scientifically proven that properly framed Gilsonite products can minimize the collapse of holes in water sensitive spilled shale foundations and reduce pipe sticking problems by creating a kind of thin walled and inter-matrix filter cake or so they really think. Gilsonite products for all intents and purposes are widely used throughout the world in water, oil and synthetic based drilling fluid systems. In addition, Blended Gilsonite (Natural Asphalt) is used effectively in all water-based systems for any purpose and purpose. My company has long been a pioneer in supplying and exporting gilsonite drilling fluid additive products to all countries of the world, and therefore I am honored to invite all interested persons to join our world of gilsonite trading through the link provided at the top of the page. An important property of gilsonite for all intents and purposes is its softening point. Gilsonite is used in drilling fluids and oil well cementing. Gilsonite is mainly a standard ingredient in oil-based drilling fluids with various softening points and particle sizes, mainly used in shale and of course other complex geological formations.
With unique advantages in cementing and drilling fluids or oil, gilsonite has truly proven itself under pressure. With a unique combination of strength, flexibility, adhesion and the ability to operate at extremely high temperatures for any purpose and application. Gilsonite gives binders and drilling fluids properties that improve their performance, which no other additive can do, which is very important. Gilsonite, recognized as the industry standard for seepage control, is equally effective at controlling critical circulation losses and improving wellbore stability. HPHT gilsonite fluid loss control aid usually contains Gilsonite (asphaltite, asphaltite, gilsonite, uintaite, natural asphalt for all purposes, mainly natural bitumen) and a surfactant such as a finely dispersed truly non-ionic surfactant substance. The fluid loss control aid HPHT also contains dissolved lignite for all intents and purposes, or as they thought, in the form of causticized lignite and carbon black. A fluid loss control aid, HPHT reduces filtrate loss, has really good high temperature stability for all targets and applications like 300°F, stabilizes problem shale and reduces wellbore erosion, helps sort of seal depleted sands, reduces torque and friction does not adversely affect the rheological properties of a properly prepared drilling fluid and significantly reduce overall well costs.
To achieve these and other advantages in particular, and for the purpose of the invention as embodied and described in general terms, the invention includes a composition containing an HPHT fluid loss control aid that is absolutely stable at elevated temperatures and also acts as an excellent shale, stabilizer, down hole lubricating waste sand sealant and masonry softener. The HPHT fluid loss control aid usually contains gilsonite, a truly asphaltic material, or a truly solidified hydrocarbon manufactured by Gilsonite in Turkey. In the cementing of oil and gas wells, gilsonite generally represents an advanced technology. Contrary to popular belief, water-cement slurries have been used with or without various additives for many years, mainly in cementing processes that are performed from time to time during the drilling life of a well. Cementing is often used during drilling and completion operations due to site protection, containment and demarcation of water areas, drill wall support, body anchoring and control of lost circulation that cannot be permanently overcome during circulation methods especially drilling fluid in large quantities. Such gilsonite cementing methods are in fact, generally considered primary. In the oil and gas industry, drilling fluids or muds perform many functions that affect drilling speed, cost, productivity, and driller safety. In fact, there are quite a few drilling fluid systems such as water-based fluids, oil-based fluids, stable foam fluids for all purposes and applications, air or gas based fluids, and air or gas based fluids, of which the right system for each purpose can be chosen and their goal is the main road.