Project Works

Process Simulation-Based Project(Feb 2025-Jun 2025)

University of Castilla-La Mancha (UCLM), Spain

Project 1: Simulate Biodiesel Production from Vegetable Oil using UNISIM Design R500 Software.

Supervisor:

Prof. Jesus Manuel Garcia Vargas,

Department of Chemical Engineering, UCLM, Spain

Project 2: Propose an ERC Advanced Research Grant on Sustainable Nanoencapsulated Phase Change Materials: Polyol Esters and Tannic Acid from Wine Industry Waste for Enhanced Thermal Regulation in Electronics.

Supervisor:

Prof. Juan Francisco Rodriguez Romero,

Department of Chemical Engineering, UCLM, Spain

Projects Activity: First, it involves simulating an alkali-catalyzed (NaOH) transesterification process in UniSim Design R500 to develop a continuous biodiesel production flowsheet from virgin rapeseed oil. Second, it explores upcycling wine industry waste into bio-based phase change materials (PCMs) for thermal regulation in electronics, using green synthesis of TAM-SiNPs to enhance conductivity and stability. Both approaches aim to optimize process efficiency, enable resource recovery, and contribute to sustainable industrial practices. For more [Project 1]; [Project 2].

Research Methodology-Based Project(Sept 2024-Jan 2025)

At Dept. of Chemistry,

Wrocław University of Science and Technology (WUST), Poland

Project Title: Time-dependent Recovery of Antiproliferative Compounds from Neem Leaf by Pressurized Liquid Extraction—A Parametric Analysis.

Keywords: Biomass, Pressurized Liquid Extraction, Polyphenolic flavonoids, Statistical Analysis, Time Optimization, Response Surface Methodology.

Supervisor:

Prof. Izabela Michalak,

Department of Advanced Material Technologies, WUST, Poland

Anna Jakubiak-Marcinkowska, Assistant Professor,

Department of Chemistry, WUST, Poland

Project Activity: This project aims to investigate the time dependency in the extraction yield of antiproliferative polyphenols and flavonoids from neem leaves using PLE. By employing a design of experiments and response surface methodology approach with statistical analysis, the aim is to optimize extraction parameters to achieve maximum yield, a properly predicted extraction model, and purity of bioactive components. For more...

B.Sc. Engineering Project Work(July 2021-Jan 2023)

At Dept. of Applied Chemistry and Chemical Engineering,

University of Rajshahi (RU), Bangladesh

Project Title: Study on ecofriendly and cost-effective adsorbents for heavy metal removal from surface wastewater.

Supervisor:

Sha Md. Shahan Shahriar, Associate Professor,

Department of Applied Chemistry and Chemical Engineering, RU, Bangladesh

Project Activity: Study on the sensing and absorbing/adsorbing of the mechanism of metal/non-metal components from wastewater by the organic, inorganic, or C allotropes materials.

H2O2 Pilot Plant Demo Design(Feb 2023)

This project work was designed to represent the Applied Chemistry and Chemical Engineering Departmental 3rd Alumni Reunion-2023.

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