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Shale Inhibitors

Supplier From Saudi Arabia
May-31-23

Shale Inhibitors

Polyetheramine-based shale inhibitor Trade Name: Zyroshale Amine
Polyetheramine-based shale inhibitor Trade Name: Zyroshale Amine-D
Polyetheramine-based shale inhibitor Trade Name: ENAB-HIB PE
Polyamine-based shale inhibitor Trade Name: ENAB-HIB PA
Polyamine-based shale inhibitor Trade Name: ENAB-HIB PD

Price and Minimum Quantity

Price: Negotiable
MOQ: Not Specified

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More Items Similiar to: Shale Inhibitors

May-02-24
Supplier From Vadodara, Gujarat, India
 
6 in 1 solution: Gumbo shale inhibitor + Protects cutting from hydration + prevents bit balling + protects tubulars from corrosion + Non-toxic + Environment friendly.
Polyamine is best used in high performance water-based drilling fluids for their ability to stabilize clays when drilling through water-sensitive shales.
It also coats metal which prevents metal corrosion and bit balling.
Unlike KCl does not harm environment.
Avoid using Aldehyde based biocides.
Eliminates any need for addition of caustic soda or potassium hydroxide
Jun-26-24

Polyamine Shale Inhibitor (Petra Psi)

$236.64
MOQ: Not Specified
Supplier From Ahmedabad, Gujarat, India
 
PETRA PSI, a liquid polyamine shale inhibitor, is used in water-based mud systems, drill-in fluids, and polymer-based drilling. Adding a Polyamine Shale Stabilizer directly does not affect the viscosity or filtration properties of the mud system. It effectively prevents shale, clay, or cuttings from hydrating in reactive shale and clays, reducing the risk of bit balling. Additionally, it strengthens the borehole, provides lubricity, and increases ROP, making it a useful shale stabilizer.
To ensure wellbore stability during high-rate water packs, it can also be utilized as a shale inhibitor in gravel pack fluids. It can tolerate common impurities including cement, hard water, CO2, drill cuttings, and crude oil. Polyamine Shale Inhibitor must be handled as an industrial chemical, which requires the use of protective equipment and adherence to the precautions indicated in the MSDS. MSDS will only be supplied upon request.

Explore our range of high-performance mud additives designed to tackle diverse drilling environments. From extreme temperatures to challenging formations, our mud additives provide the stability and lubrication your operations demand. Find out how we can enhance your drilling mud.
Nov-04-21
Buyer From Tocancipa, Cundinamarca, Colombia
Apr-03-23
Supplier From Ahmedabad, Gujarat, India
Aug-30-17

Polyamine

$1.90
MOQ: Not Specified
Supplier From Vadodara, Gujarat, India
 
Shale inhibitor equivalent to KLA-STOP etc.
Jan-23-22
Supplier From Dammam, Saudi Arabia
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Oct-04-23

Chlorine Chloride

$1
MOQ: Not Specified
Supplier From Cochin, Kerala, India
 
Choline Chloride-75% Aq

Choline Chloride in Clay Stabilization for the Oil and Natural Gas Industry

Choline chloride 75% is a chemical compound which is used into various industrial applications, predominately as a component for hydraulic fracturing of shale natural gas wells. Choline Chloride in Clay Stabilization for the Oil and Natural Gas Industry Drilling and stimulation in shale and other clay containing formations pose challenges due to day swelling. This swelling causes a number of issues

including:

-Wellbore instability

-Cuttings disintegration

Br balling

Fines migration

-Reductions in permeability of the formation to hydrocarbons

Choline Chloride has proven itself as a safe and very effective clay stabilizer, at a reasonable cost

functions through ion exchange, where choline chlonde provides a cation to replace the native

solubilized clay cation (typically sodium)

Choline Chloride is used as a shale swelling inhibitor in drilling fluid, completion fluid, and workover fuit, to prevent shale from expansion and hydration, providing wellbore stability.

These issues can result in higher drilling costs and slower production rates. Clay stabilizers reduce day swelling and its associated risks leading to lower drilling costs and improved production rates Potassium chloride (KCL) is commonly used in preventing the swelling of clay as a temporary clay stablizer However, the use of KCL in drilling carries environmental concerns as chlorides do not degrade and can enter surface water carrying heavy metal including cadmium and mercury

The key features offered by Choline salts as an alternative to traditional clay stabilizers include

Biodegradability and reduction in the amount of chlorides Superior performance and use at much lower levels

Compatibility with brine, calcium chloride and KCL solutions

Ability to work well with known fracturing fluids, cross-linkers and breakers

Minimization in chemical handling including pre-mixing and saltwater disposal Flexibility for use in all environments
Jan-19-18
 
CMC (Sodium Carboxymethyl Cellulose), when D.S is 1:00, its molecular formula is [C6H7O2(OH)2OCH2COONa]n,
CMC is odorless, tasteless, non-toxic white or micro-yellow powder or granule which is made from natural cotton fibers or wood pulp, it can briefly be described as an anionic water-soluble polymer. Act as thickener, stablise emulsions, rheology modifier, water retention aid, filtration reducer, binder, dispersant, protective colloid, floating aid, etc, it can be widely used in Ceramic, Building, Oil Drilling, Detergent, Food, paper, Textile, welding and other industries.
Application:
Paint Grade CMC :With good dispersion, coating evenly distributed; not hierarchical and stable performance; has good tackifying effect, you can adjust the paint Viscosity; improve rheological property of the paint ;most of the surface-active agents and preservatives can be used with water-soluble paint match.

CMC can be used in ceramic body, glazing pulp, and decoration. Used in ceramic body, it is a good strengthening agent, which can strengthen the mouldability of mud and sand materials, help the shaping of the base and increase the folding strength of the green body. Used in glazing pulp and decoration, it is a binder that plays a role of suspending, uncoagulating, and keeping water.
In paper making industry, CMC is used to make the paint for coated paper, as additive in wet-end and sizing agent for surface. We have different paper making grades of CMC products to satisfy different customersâ?? requirements
CMC is used in mining industry as pellet binder and floating selection inhibitor. CMC is a component of the binder for mineral dust shaping, and the binder is an indispensable ingredient in pellet forming. it can improve the character of wet pellet, dry pellet and calcinated pellet. Due to its good binding property and pellet forming property, the green pellet with CMC has excellent antiknock performance, high compressive strength and dropping resistance. It can also increase the grade of pellet.
PAC (Poly anionic Cellulose) is a water-soluble polymer produced from cellulose chemically reacted with carboxy-methyl(anionic) groups which is widely used in water-based drilling fluid for a variety of applications, such as filtration control, viscosity and shale inhibition.
Mar-07-25
 
Potassium Polyacrylate Inhibitor


1. Product Description
Chemical Name: Potassium Polyacrylate. It's a polymer from acrylic acid monomers in potassium salt form. Appears as white or light yellow powder/granules. Features good water solubility, inhibition, and stability, effectively curbing clay hydration swelling in drilling fluid and stabilizing wellbores.
2. Performance Indicators
Medium - molecular - weight (10â?¶ - 10â?· Daltons). Soluble in water, forming clear or slightly turbid solutions. Inhibits clay mineral swelling, reducing drilling fluid filtrate loss. With good heat resistance (over 120�°C), suitable for high - temperature deep wells. Aqueous solution is weakly alkaline (pH 8 - 10), and it's non - toxic, meeting environmental standards.
3. Scope of Application
Ideal for water - based drilling fluid systems, especially those needing to control clay swelling. Suited for mud shale and high - clay - content strata, preventing wellbore collapse and diameter reduction. Applies to medium - to - high - temperature wells (â?¥120�°C), used in land and offshore drilling, deep/ultra - deep well operations, and drilling in complex formations like mud shale and salt - gypsum layers.
4. Usage and Dosage
Can be added directly to drilling fluid and stirred, or pre - dissolved in a small amount of water to form a concentrate before adding. Recommended dosage is 0.1% - 0.5% (by weight) of total drilling fluid volume. In high - clay or unstable - wellbore scenarios, it can be increased to 0.5% - 1%, adjusted according to downhole conditions.
5. Application Scenarios
In mud shale formations, it averts wellbore collapse from clay swelling. In high - temperature deep wells, it maintains drilling fluid stability. In complex formations, it prevents wellbore diameter reduction and drill sticking. Its eco - friendly nature makes it suitable for offshore drilling and environmentally sensitive areas.
6. Advantages
Highly efficient in inhibiting clay swelling, ensuring wellbore stability. Environmentally safe, non - toxic, and pollution - free. Adaptable to various drilling conditions. Cost - effective with a small dosage bringing notable effects.
7. Precautions
Ensure full dissolution to avoid agglomeration. Test compatibility with other additives. Store in a dry, ventilated place, away from moisture and heat. Wear gloves and masks during use to avoid skin and eye contact.

Conclusion
Potassium polyacrylate inhibitor is an efficient and eco - friendly drilling fluid additive, crucial for various complex formations and high - temperature deep wells due to its outstanding inhibitory and stable properties. Contact for more info or customized services.

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