Filtration Control Agents:

• Drilling Starch (API Grade): Our preserved modified starch effectively controls fluid loss and maintains wellbore stability.

• Carboxymethylated Starch (CMS): Ideal for high-temperature (HT) applications, CMS offers superior filtration control and wellbore stability in challenging environments.

• Polyanionic Cellulose (PAC): Available in low viscosity (LV) and high viscosity (HV) options, PAC effectively controls fluid loss and enhances borehole stability for various drilling conditions.

• Sulphonated Asphalt: This versatile additive acts as both a filtration control agent and a shale inhibitor, ensuring wellbore stability and minimizing formation damage.

Shale Inhibitors:

• Polyamine Shale Inhibitor: Effectively inhibits the swelling and dispersion of clay particles, preventing wellbore instability and formation damage.

• Sulphonated Asphalt (as mentioned above): Provides dual functionality, controlling fluid loss and inhibiting shale swelling for optimal wellbore stability.

• Poly Alkylene Glycol (PAG): Available in medium chain (MC), long chain (LC), and high chain (HC) variations, PAG effectively inhibits shale hydration and dispersion, ensuring wellbore integrity.

• Liquid Gilsonite: This natural asphalt-based additive provides excellent shale inhibition and borehole stability, particularly in sensitive shale formations.

Defoamers:

• Silicone-Based Defoamer: Effectively breaks down and prevents foam formation, maintaining optimal mud circulation and preventing wellbore issues.

• Polyglycol-Based Defoamer: This environmentally friendly option offers superior foam control without harming the environment.

Lubricants:

• Premium Ester-Based WBM Lubricant: This high-performance lubricant reduces friction between the drill string and wellbore, minimizing torque and drag while enhancing Rate of Penetration (ROP).

• Polyglycol-Based Lubricant: Provides effective lubrication for various drilling applications, ensuring smooth drilling operations.

• Bit and BHA Balling Prevention & ROP Enhancer: This unique blend of fatty acids and surfactants prevents bit balling and promotes efficient chip removal, resulting in improved ROP and drilling efficiency.

Corrosion Inhibitors:

• Completion Fluid Corrosion Inhibitor (Brines): Protects wellbore tubulars from corrosion during completion operations, particularly in harsh brine environments.

• Mud Corrosion Inhibitor: Formulated to safeguard wellbore tubulars from corrosion throughout the drilling process.

• Imidazoline-Based Corrosion Inhibitor: Utilizing filming amine technology, this inhibitor forms a protective layer on metal surfaces, preventing corrosion.

• Triazine-Based H2S Scavenger: Effectively removes and neutralizes harmful hydrogen sulfide (H2S) gas, ensuring worker safety and protecting wellbore equipment.

Emulsifiers:

• OBM Primary Emulsifier: Creates a stable oil-in-water emulsion, ensuring proper mud performance and minimizing separation issues.

• OBM Secondary Emulsifier/Wetting Agent: Enhances the wetting of solids by oil-based mud, promoting optimal mud rheology and hole cleaning.

Fluid Loss Control Agents:

• Organophilic Lignite: This environmentally friendly additive effectively controls fluid loss and maintains wellbore stability.

• Non-Asphaltic HT Liquid Fluid Loss Control Agent: Ideal for high-temperature applications, this innovative additive provides superior fluid loss control without the drawbacks of traditional asphaltic options.

• Tannin-Based HT Fluid Loss Control Agent: This natural tannin-derived additive offers excellent fluid loss control in high-temperature wells, ensuring wellbore stability and minimizing formation damage.

Lubricant:

• OBM Lubricant: Reduces friction between the drill string and wellbore, minimizing torque and drag for efficient drilling operations.

Rheology Modifier:

• OBM Rheology Modifier: Controls the viscosity and flow properties of oil-based mud, ensuring optimal hole cleaning and wellbore stability.