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Md Masud Rana Bhuiyan

Also known as: Md Masud Rana

Lancaster University, King's College London

ORCID iD 0000-0001-7438-7138
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Employment

  • Lancaster University
    2022 - Present

Education

  • Lancaster University
  • King's College London PGCE in Chemistry

Projects & Funding

Projects & funding information is unavailable.

Publications (14)

  • Optimised Alkene Epoxidation and Efficient Separation Using Polymer-Supported Mo(VI) Catalysts
    IChemE Fluid Separations Special Interest Group (FSSIG) organised symposium - "What’s New in Fluid Separations?", Edinburgh, United Kingdom, 29/05/26 2026
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  • Green and Efficient Epoxidation of 1,7-Octadiene Using Polybenzimidazole-Supported Mo(VI) Catalyst in a Continuous-Flow Reactor Optimised by Response Surface Methodology
    The 3rd International Conference on Energies, 12/05/26 2026
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  • Sustainable Epoxidation of 1,5-Hexadiene in a Continuous Flow Reactor
    ChemEngDayUK Sheffield2025, Sheffield, United Kingdom, 24/04/25 2025
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  • Comparative Study of Greener Alkene Epoxidation Using a Polymer-Supported Mo(VI) Complex: Performance Evaluation and Optimisation via Response Surface Methodology
    Reactions 2025 DOI: 10.3390/reactions6020022
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  • Optimisation of sustainable epoxidation process using polybenzimidazole supported Mo(VI) complex as a catalyst via response surface methodology
    IEX 2024: Ion exchange for a sustainable future, Cambridge University, UK, Cambridge, United Kingdom, 10/07/24 2024
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  • Green epoxidation of 1,7-octadiene with polymer-supported Mo(VI) catalyst via response surface methodology
    FST Celebration of Science Poster Compitition, 16/04/24 2024
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  • Optimization of greener epoxidation process catalysed by polymer-supported Mo(VI) complex via response surface methodology
    #RSCPoster 2024, 5/03/24 2024
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  • Optimisation of greener and more efficient 1,7-octadiene epoxidation catalysed by a polymer-supported Mo(<scp>vi</scp>) complex via response surface methodology
    Reaction Chemistry & Engineering 2024 DOI: 10.1039/d3re00461a
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  • Optimisation of greener alkene epoxidation via response surface methodology for effective separation of epoxides from the reaction mixture
    IChemE Fluid Separations Special Interest Group (FSSIG) organised one day symposium - What’s New in Fluid Separations?, Lancaster, United Kingdom, 28/06/23 2023
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  • Optimisation of Greener Alkene Epoxidation Catalysed by Polybenzimidazole Supported Mo(VI) Complex via Response Surface Methodology
    ChemEngDayUK2023, Belfast, United Kingdom, 30/03/23 2023
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