Mr. Syed Abdul Moiz Hashmi | Chemical Engineering | Best Researcher Award
Universiti Teknologi Petronas, Malaysia
Syed Abdul Moiz Hashmi is a research assistant and academic with a strong focus on carbon capture and conversion technologies. With a background in Chemical Engineering, his work centers on designing advanced porous adsorbents and catalysts, particularly for Direct Air Capture (DAC) and CO₂ utilization. His approach integrates material synthesis, detailed characterization, and process simulation to develop scalable solutions for real-world environmental challenges. Currently pursuing his M.Sc. in Chemical Engineering at Universiti Teknologi Petronas, he aspires to continue into a Ph.D. program. Syed is a published researcher with multiple Q1/Q3 journal articles and conference proceedings, and he collaborates internationally on projects related to chemical process optimization, renewable energy, and membrane design. With teaching and laboratory engineering experience, Syed combines practical instruction with cutting-edge research. Fluent in English and Mandarin, and skilled in Aspen, MATLAB, ChemDraw, and Material Studio, he is driven to create sustainable impact through scientific innovation.
Profile
Education
Syed Abdul Moiz Hashmi holds a B.Sc. (Dean’s List) in Chemical Engineering from the University of Wah (2016–2020), where he developed an integrated gasification system with post-combustion carbon capture using Aspen Plus and ANSYS. He is currently pursuing an M.Sc. in Chemical Engineering (2023–2025) at Universiti Teknologi Petronas, researching “Amine Grafted Hierarchical Zeolites for Direct Air Capture.” His work focuses on porous material synthesis, breakthrough adsorption experiments, and process simulations for CO₂ capture. Key techniques used include hydrothermal synthesis, IAST evaluations, and advanced characterization such as BET, XRD, TGA, FTIR, and NMR. His research has led to improved CO₂ selectivity, adsorption capacity (1.74 mmol/g at 400 ppm), and material stability under dry, low-pressure environments. Moiz is technically proficient in simulation software such as Aspen HYSYS, Aspen Plus, and ANSYS, and has been trained in international workshops and certified in advanced AspenTech modules and composite material development.
Experience
Syed has diverse academic and industrial experience. He is currently a Graduate Teaching Assistant at Universiti Teknologi Petronas, lecturing in thermodynamics, heat transfer, and chemistry, and conducting lab sessions with heat exchangers. Previously, he served as a Lab Engineer (2021–2022) at the University of Wah, where he led experiments in fluid dynamics and trained students on thermodynamic systems and reactors. He worked as a Design Engineer at Phitech Solutions (2020–2021), solving industrial chemical problems using Aspen HYSYS and ANSYS. During internships at Pakistan Ordnance Factories and Fauji Cement in 2019, he gained hands-on experience with explosives analysis and cement plant process optimization. His roles consistently blend simulation, material design, and practical implementation, and he has contributed to international research collaborations with universities in Turkey and the Philippines. With strong computational and experimental skills, Syed bridges academic theory with industrial application, advancing sustainable and innovative solutions in chemical engineering.
Awards & Honors
Syed Abdul Moiz Hashmi has earned several academic and professional accolades. He received the Postgraduate Publication Recognition Award (2024) from Universiti Teknologi Petronas for his outstanding research outputs. In 2025, he completed a specialized training in Front End Engineering Design using AspenTech, furthering his expertise in process simulations. He was listed on the Dean’s List (2016) during his undergraduate studies at the University of Wah. Syed has also completed technical boot camps on Aspen HYSYS, Petroleum Assays, and Composite Material Development. His consistent participation in academic workshops, such as those on composite processing and membrane design, showcases his proactive engagement in skill enhancement. With multiple publications in high-impact journals (Q1/Q3), accepted book chapters, and conference presentations, his academic performance and technical competencies are widely recognized. These honors underscore his capability, dedication, and leadership in research focused on CO₂ capture and sustainable chemical process design.
Research Focus
Syed’s research is centered on advanced materials for carbon capture, specifically adsorbents and catalysts for Direct Air Capture (DAC) and post-combustion CO₂ utilization. He engineers hierarchical zeolites and functionalized porous materials using hydrothermal and templating methods, optimizing them for low-pressure CO₂ adsorption. His expertise includes adsorption kinetics, amine grafting, and material characterization (BET, SEM, XRD, TGA, FTIR, NMR). He conducts breakthrough experiments and IAST evaluations to analyze gas selectivity and diffusion mechanisms. His research extends to simulation and energy optimization using Aspen HYSYS and MATLAB. Key focus areas include CO₂/CH₄ separation, membrane-integrated systems, metal-organic frameworks, and green solvents. Moiz contributes to international projects on DAC plant design, bio-refineries, and process recovery from sour water treatment. His goal is to develop scalable, cost-effective carbon mitigation technologies, combining theoretical modeling with practical feasibility. With over 10 published works, his research significantly advances sustainable technologies in chemical and environmental engineering.
Conclusion
Syed Abdul Moiz Hashmi is a highly suitable candidate for the Best Researcher Award. His research outputs, practical engineering skills, and international collaborative work in the field of sustainable chemical engineering position him as a rising star in climate-focused research. With continued mentorship and strategic expansion of his scholarly influence, he is well on track to becoming a leading figure in carbon capture science.
Publication
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Title: Advances in H₂-selective metallic membranes for pre-combustion CO₂ capture: A critical review
Year: 2024
Authors: S.A.M. Hashmi, C.Y. Chuah, E. Yang, W.C. Poon -
Title: A novel potassium chloride based natural deep eutectic solvent: in-house synthesis and characterization
Year: 2023
Authors: M.H. Rasool, M. Ahmad, S.A.M. Hashmi -
Title: Applicability of adsorbents in direct air capture (DAC): Recent progress and future perspectives
Year: 2025
Authors: C.Y. Chuah, Y.L. Ho, A.M.H. Syed, K.G.K. Thivyalakshmi, E. Yang, K. Johari, … -
Title: Enhanced CO₂ capture performance of mesoporous Ca-A zeolite functionalized with amines for post-combustion applications
Year: 2024
Authors: S.A.M. Hashmi, M.H. Rasool, S. Ahmad -
Title: Comparative and economic analysis of conventional and extractive distillation to separate a mixture of heptane–toluene using Aspen Hysys
Year: 2021
Authors: S.A.M. Hashmi -
Title: Enhanced CO₂ adsorption kinetics with hierarchical zeolite 5A
Year: 2025
Authors: S.A.M. Hashmi, N.G. Xiuxin, C.C. Yang, J. Khairiraihana, P.W. Ching -
Title: Activated Carbons for Direct Air Capture: Adsorption Mechanisms
Year: 2025
Authors: S.A.M. Hashmi, M.H. Rasool, W. Husain, H. Moiz -
Title: Optimizing heat recovery in sour water treatment process: A comparative study using Aspen Hysys
Year: 2023
Authors: S.A.M. Hashmi, S. Ahmad -
Title: Design and modeling of a carbon capturing membrane for integrated gasification combined cycle power plant
Year: Not specified (System 4, 5 – likely internal or conference proceeding)
Authors: S.A.M. Hashmi
Experience 
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