Products

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 A comprehensive range of drilling fluids additives is offered to support efficient and safe drilling operations across various field conditions. These solutions are designed to optimize fluid performance, enhance operational efficiency, and minimize non-productive time. Specifically, additives for both Oil-Based Mud (OBM) and Water-Based Mud (WBM) systems are provided to ensure wellbore stability, effective cuttings transport, fluid loss control, and proper rheological properties under diverse downhole environments. 

 A wide portfolio of cementing additives is available to support reliable well construction and integrity. These solutions are developed to improve overall cement slurry performance and ensure operational success. The range includes additives that enhance zonal isolation, control thickening time, improve fluid loss characteristics, and provide long-term durability, even under challenging temperature and pressure conditions. 

A dedicated range of additives is offered to support coiled tubing operations across various applications. These products are designed to improve fluid efficiency and operational reliability. Specialized additives help reduce friction, enhance fluid carrying capacity, and improve cleanout efficiency, ensuring optimal performance during well intervention and maintenance activities.

 A comprehensive suite of hydraulic fracturing additives is provided to support effective reservoir stimulation and maximize production. These solutions are formulated to enhance fluid properties and treatment efficiency. Specifically, they improve proppant transport, control fluid viscosity, minimize formation damage, and enhance fracture conductivity to achieve optimal reservoir contact and hydrocarbon flow. The portfolio includes additives related to Acid Fracturing, Crosslinked Gel Fracturing, and Slickwater (SW) Fracturing systems. 

 A broad range of stimulation additives is available to enhance well productivity and reservoir performance. These solutions are designed to improve the effectiveness of acidizing and other stimulation treatments. They work to enhance fluid-rock interaction, reduce formation damage, and increase permeability, ultimately leading to improved hydrocarbon recovery.