Faisal Hossain
Analytical Chemist @Brenntag
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WORK HISTORY
Analytical Chemist @Brenntag
Calgary, AB, CA
Designed, optimized, and validated a robust ICP-OES method for simultaneous quantification of Fe,Mn, Cu, Co, and Si in complex, high-salinity matrices: 50% NaOH and 6-19% NaOCl.• Implemented matrix-matching and interference-correction strategies, reducing sodium-inducedsignal suppression and improving accuracy and precision.• Validated the method with screening of 20 industrial samples.• Execute comprehensive water quality testing on production water and surface water samples for Oil & Gas and mining clients, delivering accurate data to support regulatory reporting and environmental stewardship.• Established robust internal testing capabilities for complex chemical matrices by developing validated ICP and GC methods, adhering to strict Standard Operating Procedures (SOPs).• Reduced external laboratory dependencies while ensuring 100% compliance with safety standards for heat transfer fluids and glycols.• Develop and validate new analytical methods using GC-MS and ICP-OES.• Conduct interdisciplinary research projects.• Perform analyses of industrial process chemicals using ICP-OES, GC-TCD, and GC-MS.
EDUCATION
Kanazawa University
Master of Engineering - MEng, Materials Chemistry and Environmental Technology
University of Alberta
Doctor of Philosophy, Chemistry
University of Chittagong
Master's degree, Inorganic Chemistry
ABOUT FAISAL HOSSAIN
As an Analytical Chemist at Brenntag, I specialize in designing and validating robust methods for complex chemical matrices, including the development of innovative ICP-OES, GC, and GC-MS techniques for accurate quantification in high-salinity environments and industrial process chemicals. My work includes executing detailed water quality and fluid testing for Oil & Gas and mining clients to enable regulatory compliance and support environmental sustainability. I hold a PhD in Chemistry from the University of Alberta with a strong foundation in teaching and research. My doctoral work focused on biosensor development and analytical techniques, culminating in publications in prestigious journals. I am motivated to combine academic insights with practical applications, fostering innovation and precision in analytical chemistry.
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