Master of Technology Degree in Petrochemicals Technology
Petrochemicals are an integral component of modern industrial process and have become a basic component of day to day lives. Consequently, the sustainable production becomes critical on a local regional and global scale.
Zimbabwe is endowed with vast fossil fuel reserves, for example, coal and coal bed methane. It is noted that petrochemicals products from fossil fuels have to this day, maintained a position of significant importance within the manufacturing industry as many manufacturing processes use petrochemicals products as raw materials. Therefore, it is critical to extract and utilise fossil fuels for petrochemicals products at a national level as the bulk of petrochemicals products are imported. Consequently, the Master of Technology Degree in Petrochemicals Technology programme seeks to provide a skilled human capital with an in-depth understanding of petrochemicals raw material extraction and processing, petrochemicals manufacturing technologies, and petrochemicals design-related areas such as rapid processing and products development, and overall petrochemicals process optimisation.
The programme aims to produce petrochemicals engineers with skills to work in petrochemicals research and processing to service the Zimbabwean and international market.
Intended Learning Outcomes
- The ability and competence to utilise theoretical and fundamentals of petrochemicals raw material exploration, extraction and utilisation.
- Competence in research
- The ability to apply chemical and process engineering principles, for example, unit operation modelling and separation technology research, to optimise enhanced process control and solve problems and challenges in petrochemicals technology.
- Competent in the use of Petrochemicals software, for example, geoSCOUT for exploration geological data analysis, OSIsoft PI, for data integration and analytics to support plant and utilities with operational intelligence and analytics, Mathlab for equipment and process simulations and Design Expert for experimental design and result analysis.
Programme Structure
COURSE CODE | COURSE NARRATION | CREDITS |
SEMESTER I | ||
EMPT 7101 | Petrochemicals Economics and Business Management | 18 |
EMPT 7102 | Petroleum Refinery Engineering | 18 |
EMPT 7103 | Exploration and Petroleum Geology | 18 |
EMPT 7104 | Petrochemicals Processes I | 18 |
EMPT 7105 | Synthetic Fuels | 18 |
Electives | ||
EMPT 7106 | Advanced Mathematics in Chemical Engineering | 15 |
EMPT 7107 | Fluidization Engineering | 15 |
EMPT 7108 | Membrane Technology | 15 |
EMPT 7109 | Computational Fluid Dynamics | 15 |
SEMESTER II | ||
EMPT 7201 | Renewable Energy Technologies | 18 |
EMPT 7202 | Advances in Separation Processes | 18 |
EMPT 7203 | Petrochemicals Processes II | 18 |
EMPT 7204 | Seminar | 18 |
EST 7201 | Applied Research Methods | 18 |
Electives | ||
EMPT 7205 | Polymer Technology | 15 |
EMPT 7206 | Catalysis | 15 |
EMPT 7207 | Applied Nanotechnology | 15 |
EMPT 7208 | Computer applications in process industry | 15 |
EMPT 7209 | Advanced Process Pheomena | 15 |
SEMESTER III | ||
EMPT 8101 | Reservoir Engineering | 18 |
EMPT 8102 | Optimisation Techniques in Chemical Processes | 18 |
EMPT 8103 | Safety, Health and Environment | 18 |
EMPT 8105 | Gas Processing Engineering | 18 |
HIT 0800 | Project | 30 |
SEMESTER IV | ||
HIT 0800 | Project | 90 |