-formulated next-gen cosmetic hand soap from concentrated premix surfactant backbone-developed a tool to predict kill efficacy for antibacterial Quat soap

-Conducted a proprietary project with a US-based international petrochemical manufacturer-Investigated and evaluated the potential of novel surfactants for 1,4-dioxane-free cold-water detergency using the HLD approach-Established a modified enzyme-activity test in the presence of surfactants.-Evaluated the effect of surfactants on enzyme activity for laundry detergency formulations-Studied the effect of fabric on the optimal HLD range for cold-water detergency of sebum-Mentored undergraduate students for their professional development

-Investigated surfactant formulations using different surfactant systems and surfactant additives (alcohols) to significantly improve cold-water detergency of triglyceride semisolid soils. -Studied fundamental soil removal mechanisms for cold-water detergency of triglyceride semisolid soils.-Utilized HLD concept to design surfactant formulations for detergency of a wide range of soils including oily and solid non-particulate soils.-Evaluated detergency of different triglyceride crystal forms on various substrates using differential scanning calorimetry (DSC) to analyze crystal formation.-Analyzed surfactant characteristics : interfacial tension (IFT), solubilization, wetting, particle size, and dispersion stability during detergency process.-Annually demonstrated the state of colloidal dispersion to industrial attendees.-Annually presented research progress to industry sponsorships of the Institute for Applied Surfactant Research at the University of Oklahoma.

-Conducted a proprietary project with a major manufacturer of cleaning products to improve liquid detergency formulation and to overcome existing incomplete removal of malodorous soils.

-Investigated surfactant formulations for triglyceride semisolid soil using novel surfactant systems for hard surface cleaning application.-Analyzed surfactant characteristics : critical micelle concentration (CMC), effective area of head group, IFT, and molar solubilization ratio (MSR).

-Studied and evaluated the production of bio-based polystyrene foam-like material from crosslinked cassava starch and nanocellulose from sugarcane starch using compression molding technique.

-Reduced production cost of their products by minimizing the use of coolant.-Led a corporate social responsibility (CSR) activity.