Author

M. Norddin

3 papers indexed here

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Conference Aug 2026

Enhancing the Synergistic Performance of CAPB-Modified SPAM/Silica Drilling Fluid System in High Calcium and Magnesium Brine Environments: Towards Advanced Fluid Loss Control for Challenging Wells

The increasing complexity of oil and gas drilling requires drilling fluids that offer improved fluid loss control and brine stability, especially in deep wells known for their high salinity and formations rich in divalent ions. Salt-free fluids (SFBF) can cause high fluid loss, form denser filter cakes, and jeopardiz...

J. Oseh, S. O. A. Saiful Azry, M. Norddin et al. · SPE Nigeria Annual Internati... · 0 citations

Conference Aug 2026

Optimizing the Filtration Properties of Water-Based Drilling Mud with a Novel Lignosulfonate–Starch–Silica Nanocomposite (LS-SSNC) Additive

Effective fluid loss (FL) control is essential for maintaining wellbore stability and drilling efficiency in water-based drilling muds (WBDM), particularly under high-temperature, high pressure (HTHP) conditions where conventional additives exhibit limited performance. This study evaluates a novel bio-based lignosulf...

S. Okwaraku, A. Rasol, M. Norddin et al. · SPE Nigeria Annual Internati... · 0 citations

Open access Aug 2026

Enhancing the filtration properties of water-based drilling mud using a novel lignosulfonate–starch–silica nanocomposite (LS-SSNC) additive

Effective fluid-loss (FL) control remains a major challenge for water-based drilling muds, especially under high-temperature and high-pressure (HTHP) conditions. Conventional polymeric additives undergo thermal degradation and reduced sealing efficiency. To address this, a novel bio-based lignosulfonate–starch–silica n...

S. Okwaraku, A. Rasol, M. Norddin et al. · Journal of engineering and a... · 0 citations