Products

Product Name	Product Description	Application
Primary Emulsifier	Key chemical additive used in oil-based drilling fluids to stabilize emulsions and ensure proper separation of water from oil. It plays a crucial role in forming and maintaining a stable emulsion, particularly in the drilling of oil and gas wells where water-in-oil emulsions are required to prevent fluid loss, maintain wellbore stability, and enhance drilling efficiency.	Emulsion Stability Enhanced Oil Recovery Improved Fluid Properties High temperature resistance
Secondary Emulsifier	A Secondary Emulsifier is a critical component in oil-based and synthetic-based drilling fluids, working alongside the primary emulsifier to enhance the stability and performance of the emulsion system. While the primary emulsifier ensures the initial formation of the emulsion, the secondary emulsifier reinforces and strengthens this emulsion, providing additional stability under extreme drilling conditions.	Enhanced Stability Improved Mud Properties Thermal Stability Wettability Improvement
Corrosion Inhibitor	Amine based corrosion inhibitor Phosphate based Imidazoline based	Corrosion Emulsion
Defoamers	Alcohol based defoamer Glycol based defoamer Silicon based defoamer	Reduces and prevents foam formation in aqueous systems. Ensures smooth operations and enhances fluid handling efficiency. Suitable for high-temperature and high-pressure environments.
Viscosifiers	Bentonite Xanthan Gum Guar Gum CMC (Caboxymethyl Cellulose) Organophillic clay	Improves the viscosity and carrying capacity of drilling fluids. Ensures effective cuttings transport and hole cleaning.
Polyamine Shale Inhibitors	Polyethylene Polyamine Polyetheramines Alkyl Polyamine	Polyamine shale inhibitors are essential in water-based drilling fluids to prevent shale swelling, dispersion, and wellbore instability. Shale inhibitors work by interacting with clay minerals in shales, reducing hydration and preventing mechanical issues during drilling.
Lubricants/ Lubricity improvers	Ester based lubricants. Oil based Water based Greasing/Cheesing free Extreme Pressure additive Eco-lube	Reduces friction and wear in drilling operations. Enhances drilling efficiency and equipment longevity.
Wetting agent	Pipe free wetting agent Spotting fluid non-wetted Polymeric wetting agent	Reduces surface tension, improving the wetting properties of drilling fluids. Enhances fluid penetration and performance.
H2S Scavengers	Triazene based Amide based	Removes hydrogen sulfide (H2S) from drilling fluids and production streams. Ensures safer operations and protects equipment from corrosion.
Loss Circulation Material	Fibrous LCM Granular LCMS High fluid loss control additives Cement based LCM’s	LCMs help maintain wellbore stability by preventing drilling fluids from escaping into the formation. By reducing fluid loss, LCMs ensure that the drilling operation remains efficient, minimizing downtime and fluid replacement costs.
Flow Improvers	Drag Reducing agents (DRA) Pour Point Depressants (PPDS) Wax Inhibitors (Cloud point Glycol)	flow improvers are essential additives that enhance the efficiency of pipeline transport and storage by reducing resistance, lowering pressure drop, and maintaining consistent flow rates. These chemicals help reduce friction, prevent blockages, and improve overall flow efficiency.
Biocides	Non-oxidizing Biocides Aldehyde based Surfactant based	Prevents microbial growth in drilling fluids and production systems. Protects equipment from microbial-induced corrosion.
Scale Inhibitors	Phosphonates Polycarboxylates Suphonated polymers Organic Phosphinocarboxylates	Prevents blockage caused by scale buildup, ensuring smooth hydrocarbon transport. Protects wellbore and downhole equipment from scale formation, increasing production efficiency. Prevents scale in waterflooding operations, ensuring the injectivity of wells.
Demulsifiers / Emulsion breakers	Polymeric Demulsifiers Surfactant based Alcohol based Resin based Amine based	Used to treat oil emulsions produced during the extraction process, removing water to ensure the quality of crude oil. Ensures the separation of water from crude before refining, reducing corrosion and improving efficiency. Helps maintain the flow of crude oil through pipelines by preventing water-oil emulsions from forming.