Alignment with Award Category
Dr. Sakib’s research aligns perfectly with the criteria for the Best Paper Award, focusing on innovation, sustainability, and tangible contributions to energy and environmental challenges.
University of Oklahoma, | United States
Profile
🎓Early Academic Pursuits
Education and Training
Ahmed Nazmus Sakib, PhD, embarked on his academic journey with a robust focus on chemical and energy engineering. He holds a strong academic background that laid the foundation for his professional and research achievements. During his time at The University of Mississippi (2017–2018), he participated in diverse projects, including process simulation, fermentation optimization, and biochar applications. His academic projects during this period covered various energy and engineering topics, such as geological drilling, lean manufacturing, and modeling of pyrolysis reactors. His passion for innovation was evident in his exploration of advanced methods like ultrasonic treatments for biochar and optimization of ethanol plants.
Dr. Sakib further enhanced his academic credentials at The University of Oklahoma (2022–present) as a Graduate Research Assistant, focusing on fugitive emissions control, hydrogen energy systems, and techno-economic analysis. These experiences were complemented by coursework projects such as energy modeling and intelligent data analytics, underscoring his commitment to tackling complex industrial challenges through academic research.
💼Professional Endeavors
Academic Positions
Dr. Sakib’s professional career spans roles in industry and academia, showcasing his versatility and expertise. Notable roles include:
Graduate Research Assistant, The University of Oklahoma (2022–Present): Dr. Sakib is currently involved in Schlumberger-funded projects addressing fugitive emissions in the oil and gas sector. His contributions include designing pilot plants, performing statistical analyses, and developing machine learning algorithms for predictive lifecycle assessment of sealing materials. He is also exploring hydrogen storage systems, focusing on aging mechanisms and mechanical characterization of sealing materials.
Associate Manager, Avery Dennison, Bangladesh (2021–2022): He managed value stream mapping, innovative product solutions, and material property analysis, showcasing his ability to integrate technical and managerial expertise.
Manager (Engineering Services), Bashundhara Oil and Gas Company Ltd., Bangladesh (2019–2021): Dr. Sakib played a pivotal role in designing and commissioning a 45,000 BPSD Bitumen production plant and a 300 ton/day wastewater treatment plant. His expertise extended to energy consumption simulation, GHG emissions reduction, and adherence to ISO standards.
Operations Engineer, Chevron, Bangladesh (2013–2017): At Chevron, Dr. Sakib specialized in Distributed Control and SCADA systems, facilitating safe natural gas processing. He contributed to HAZOP studies, equipment criticality assessments, and environmental impact analyses. He also participated in plant expansion projects and developed dispersion models for risk assessment.
📚Contributions and Research Focus on Hydrogen
Dr. Sakib has made substantial contributions to energy systems, emissions control, and hydrogen technology. His work focuses on: Fugitive Emissions Control: Developing pilot systems and predictive algorithms to minimize leakage in the oil and gas industry. Hydrogen Energy Systems: Conducting techno-economic analyses to enhance hydrogen storage, transport, and distribution systems. His work has involved aging mechanisms and material compatibility in hydrogen infrastructures. Sustainable Engineering Solutions: From biochar optimization to wastewater treatment plant commissioning, Dr. Sakib’s research emphasizes sustainability and environmental responsibility. Publications and Academic Contributions: Dr. Sakib has authored 22 peer-reviewed publications, with significant research in fugitive emissions, hydrogen technology, and predictive modeling. Some key publications include:
-
- “A Predictive Modeling Approach to Forecast Fugitive Emission Through Different Orientation of Seal Stacks” (2024).
- “Innovative Materials and Techniques for Enhancing Hydrogen Storage” (2024).
- “Harnessing Hydrogen: A Comprehensive Literature Review” (2024).
🏆Accolades and Recognition
Dr. Sakib’s academic and professional excellence has been acknowledged through: A robust publication record with a significant number of citations (247) and a growing h-index (3). Recognized leadership in pioneering projects funded by major organizations such as Schlumberger. Mentorship roles in academia, assisting in mass transfer and transport phenomenon courses at The University of Mississippi
🌍 Impact and Influence
Community Impact
Dr. Sakib’s research and professional efforts have had far-reaching impacts: Industrial Impact: His work on emissions control and hydrogen technology addresses critical challenges in energy and environmental sectors, promoting sustainability and efficiency. Academic Influence: Through teaching and mentoring roles, Dr. Sakib has influenced aspiring engineers, imparting practical skills and theoretical knowledge. Global Relevance: His contributions align with global goals of reducing carbon emissions and advancing renewable energy technologies.
🔮Legacy and Future Contributions