Degree Name | Group/Major Subject | Board/Institute | Country | Passing Year |
---|---|---|---|---|
Ph.D. | Engineering (Chemical) | University of Cambridge | United Kingdom | 2016 |
Masters | Applied Chemistry & Chemical Technology | University of Dhaka | Bangladesh | 2002 |
Bachelor | Applied Chemistry & Chemical Technology | University of Dhaka | Bangladesh | 2001 |
Title | Organization | Location | From Date | To Date |
---|---|---|---|---|
Professor | University of Dhaka | Department of Applied Chemistry & Chemical Engineering | 31, Oct 2023 | Currently Working |
Associate Professor | University of Dhaka | Department of Applied Chemistry & Chemical Engineering | 07, Jun 2018 | 30-10-2023 |
Post-Doctoral Research Associate | Department of Engineering, University of Cambridge, UK | UK | 11, Jan 2016 | 30-09-2016 |
Assistant Professor | University of Dhaka | Department of Applied Chemistry & Chemical Engineering | 08, Dec 2010 | 06-06-2018 |
Lecturer | University of Dhaka | Department of Applied Chemistry & Chemical Engineering | 03, Apr 2008 | 07-12-2010 |
Scientific Officer | Bangladesh Council of Scientific & Industrial Research | Institute of Fuel Research and Development | 11, Jun 2006 | 02-04-2008 |
Research Fellow | Bangladesh Council of Scientific & Industrial Research | Chittagong | 10, Apr 2006 | 10-06-2006 |
Research Fellow | Faculty of Science, INSIGHT (Research & Dev.) | Dhaka | 01, Jan 2004 | 30-01-2004 |
Subject | Description | Research Interest (Goal, Target Indicator) |
---|---|---|
Air Pollution, Mitigation and Quality Monitoring | Pollution Chemistry, Mitigation technologies and air quality monitoring technologies |
|
University – Industry Partnership | Industry need base research | |
Climate Change and Chemical Waste Management | Chemical waste mitigation technologies | |
Catalysis | Novel Catalyst Synthesis using Different Techniques, its Industrial Application | |
Petrochemical Synthesis | Petrochemical Synthesis and Characterization | |
Energy and Environment | Energy and Environment Pollution and Green Technology | |
Biofuel | Biogas, Biodiesel, Bio-oil Production and Conversion to Commercial Green Fuel | |
Clean Fuel & Carbon Capture | Carbon di-oxide Capture and Utilization, Clean Hydrogen Production Hydrogen Production from Various Reforming Techniques |
Level of Study | Title | Supervisor | Co-Supervisor(s) | Name of Student(s) | Area of Research | Current Completion |
---|---|---|---|---|---|---|
Ph.D. | Production of Bio-ethanol and Value Added Products from Agro-residues: An Eco-friendly Approach | Dr. Mohammad Ismail | Prof. Dr. Zahangir Alam & Dr. Saiful Islam | Taposhi Rabeya | Current Year | |
Ph.D. | Sustainable and Benin Recycle of Biogenic Waste to Energy Conversion and Its Unitlization in Bangladesh | Dr. Nafis Shams | Dr. Mohammad Ismail | Ashrafun Nahar | Biofuel and Waste Management |
Current Year |
Ph.D. | Extraction of Metals from Waste Printed Circuit Boards and their Applications | Dr. Jahangir Alam | Dr. Mohammad Ismail & Dr. Abdul Gafur | Mohammad Mahboob Ali Siddiqi | Waste Management |
2019 |
Ph.D. | Evaluation of Geopolymer- and Perovskites- based Oxygen Carriers for Carbon Capture and Hydrogen Production in Power Plants | Dr. Mohammad Ismail | Prof. Dr. A.M. Sarwar Uddin Chowdhury & Dr. Abdul Gafur | Md. Zillur Rahman | Current Year | |
Ph.D. | Production of Bio-ethanol and Value Added Products from Agro-residues: An Eco-friendly Approach | Dr. Mohammad Ismail | Dr. Md. Saiful Islam | Taposhi Rabeya | Current Year | |
M.Phil | Evaluation of Geopolymer Based Oxygen Carriers for Carbon Capture and Hydrogen Production in Power Plants | Dr. Mohammad Ismail | Prof. Dr. A. M. Sarwaruddin Chowdhury | Md. Zillur Rahman | Current Year | |
M.Phil | Citric Acid and Gypsum Production from Wastes Biomass and Industrial By-products via Microbial Fermentation | Dr. Mohammad Ismail | HD. Raju Ahmed | Current Year | ||
Masters | Synthesis, Characterization and Performance Study of Geopolymer Based Oxygen Carriers for Carbon Capture and Hydrogen Production | Dr. Mohammad Ismail | Khaleda Chowdhury Rinee | 2021 | ||
Masters | Eco-friendly Electricity Production from Locally Available Biomass via Microbial Fuel Cell | Dr. Mohammad Ismail | Rabu Akter | Waste Management, Biofuel |
2020 | |
Masters | Iron-rich Complex Oxides and Perovskites Oxygen Carriers for CO2 Capture and Hydrogen Generation | Dr. Mohammad Ismail | Dr. Saiful Islam | Ali Ahmed | Carbon Capture and Hydrogen Production |
2020 |
Masters | Production and characterization of bio-oil from non-edible Jarul (Lagerstroemia speciosa) seed and a study of biofuel sector development and its policy implication in Bangladesh | Dr. Mohamamd Ismail | Professor Dr. Saiful Islam | Md. Faysal Tareq and Md. Imtiaj Uddin Khan Hasnain | 2019 | |
Masters | Production and characterization of bio-oil & biodiesel from potato (Solanum tuberosum) peel and pithraj (Aphanamixis polystacya) seed | Dr. Mohammad Ismail | Professor Golam Mortuza | HD. Raju Ahmad | 2019 | |
Masters | Production, Characterization & Evaluation of Biodiesel from Verenda (Ricinus communis) Seed and Waste Cooking Oil | Dr. Mohammad Ismail | Dr. Abdul Quaiyyum | Anik Prodhan | Biofuel |
2017 |
Masters | Study of the Fe-based Mixed Oxide Oxygen Carriers for CO2 Capture and H2 Production via Chemical Looping Combustion in Power Plants | Dr. Mohammad Ismail | Md. Abdullah Al Mamun | Carbon Capture, Clean Fuel |
2017 |
Subject | Project Name | Source of Fund | From Date | To Date | Collaboration |
---|---|---|---|---|---|
Air Pollution Control | Removal of Particulate Matters of Sal (Shorea robusta) Forest by Air Pollution Tolerance Index Technology | Dhaka University Grant | 01-07-2023 | 30-06-2024 | |
Hydrogen Production and Carbon Capture | Renewable Hydrogen Production and Carbon Capture (ReHyCC) from Biogenic Wastes of Bangladesh | Centennial Research Grant, University of Dhaka | 03-01-2021 | ||
Hydrogen Production from Biogenic Wastes | Renewable Hydrogen Generation with Carbon Recycling (ReHyCaRe) from Biogenic Residues of Bangladesh | U.S. Agency for International Development (USAID) | 01-01-2021 | Collaboration | |
Solar Micro-grid | Hybrid (solar, wave) Powered Micro-grid for Remote Areas using Second- Life Li-ion Batteries (LiBs) | GCRF | 01-09-2019 | Queen Mary University, London | |
Biofuel & Clean fuel | Eco-friendly Biofuel Production from Municipal Solid Waste and Non-edible Seeds | Ministry of Education | 02-09-2018 | 30-09-2019 | With BUET |
Carbon Capture | Nano-composite Oxygen Carriers for Multicycle High Temperature CO2 Capture and H2 Production in Power Plants | TWAS | 01-07-2017 | 30-06-2019 | |
Carbon Capture and Hydrogen Production | Synthesis & Evaluation of Novel Oxygen Carriers for CO2 Capture & Hydrogen Production in Power Plant | Ministry of Science and Technology | 01-07-2017 | 30-06-2019 |
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For excellent academic result |