Doctoral candidate in Chemical Engineering
My research focuses on CFD modeling of pyrolysis reactors for hydrogen production from biomass, advancing sustainable energy solutions through computational fluid dynamics.
DEng candidate at Cape Peninsula University of Technology
CFD modeling of biomass pyrolysis reactors
Hydrogen production and waste-to-energy systems
I am Marisana Masha, a Doctor of Engineering (DEng) candidate in chemical engineering at the Cape Peninsula University of Technology in Bellville. My research focuses on computational fluid dynamics (CFD) modeling of a biomass pyrolysis reactor, with the primary goal of maximizing hydrogen gas production.
I earned my bachelor's degree in chemical engineering from the University of the Witwatersrand in Johannesburg. Following that, I completed a Bachelor of Laws from the same institution. I then obtained my master's degree from Stellenbosch University, where I researched a pilot-scale pyrolysis plant concentrating on the fractional condensation of tire-derived oil and the desulfurization of its fractions.
Currently, my research involves developing a novel reactor for biomass pyrolysis aimed primarily at hydrogen gas production, followed by modeling this reactor using CFD. I utilize tools like ANSYS to simulate and analyze reactor behavior under a wide range of conditions.
I am particularly interested in modeling, thermochemical processes, waste-to-energy systems, and the industrialization of underdeveloped areas. I am open to collaborations, consulting opportunities, or roles in both industry and academia.
Outside of engineering, I enjoy music; as I believe that "drums really unite men (DRUM)." I also have a keen interest in the stock market and investments.
Exploring innovative solutions in chemical engineering and sustainable energy
Doctor of Engineering Candidate
I am currently developing an innovative biomass pyrolysis reactor designed to maximize hydrogen gas production. My research involves modeling the reactor using computational fluid dynamics (CFD) techniques in ANSYS Fluent to simulate heat and mass transfer, fluid behavior, and reaction kinetics under various process conditions. The goal of this research is to enhance reactor efficiency and scalability for sustainable hydrogen production.
Master of Engineering Candidate
This project involved the operation and analysis of a pilot-scale pyrolysis plant designed to convert waste tires into fuel-grade oil. I investigated the fractional condensation process to separate various oil fractions and employed a desulfurization method to reduce impurities in the condensed products. This work contributes to cleaner waste-to-energy conversion techniques.
Consultant/Research Engineer
I provide research and technical support for short-term projects requested by industry partners who are seeking specific outputs from pyrolysis products or detailed analyses of those products. These projects are conducted using a pilot-scale pyrolysis plant and involve comprehensive process management, from material preparation to final reporting. My responsibilities include preparing feedstock, conducting sampling using coning and quartering techniques, drafting detailed project timelines, overseeing full pyrolysis plant operations, troubleshooting technical issues, documenting findings, and delivering weekly progress reports to stakeholders.
Contributing to the academic community through research publications
Master of Engineering thesis, Stellenbosch University (2024)
This thesis presents comprehensive research on improving the quality of liquid fuels derived from waste tire pyrolysis. The work focuses on fractional condensation techniques and desulfurization processes to enhance the commercial viability of tire-derived oils as alternative fuel sources.
Open to collaborations, consulting opportunities, and academic discussions
Bellville, Western Cape, South Africa
I am particularly interested in modeling, thermochemical processes, waste-to-energy systems, and the industrialization of underdeveloped areas. I welcome collaborations, consulting opportunities, or roles in both industry and academia.
Feel free to reach out through any of the platforms below to discuss research opportunities, potential collaborations, or industry partnerships.
Bellville, Western Cape, South Africa
I am particularly interested in modeling, thermochemical processes, waste-to-energy systems, and the industrialization of underdeveloped areas.
Open to collaborations, consulting opportunities, or roles in both industry and academia.
Professional network and career updates
Code repositories and technical projects
Academic profile and research publications