Faculty of Engineering, Built Environment and Information Technology
School of Engineering
Department of Chemical Engineering
Majozi, T
BSc, MSc, PhD - Associate Professor
Contact Details
Research Output
Contact Details:
Telephone number: 012 4204130
Fax number: 012 3625173
E-mail address: thoko.majozi@up.ac.za
Research Output:
Research articles in refereed specialist journals:
Majozi T: 2006. Heat integration of multipurpose batch plants using a continuous-time framework. Applied Thermal Engineering, 26, pp 1369-1377.
Majozi T: 2006. Storage design for maximum wastewater reuse in multipurpose batch plants. Industrial & Engineering Chemistry Research, 45, pp 5936-5943.
Majozi T, Friedler F: 2006. Maximization of throughput in a multipurpose batch plant under a fixed time horizon: S-graph approach. Industrial & Engineering Chemistry Research, 45, pp 6713-6720.
Majozi T, Brouckaert C J, Buckley C A: 2006. A graphical technique for wastewater minimisation in batch processes. Journal of Environmental Management, 78, pp 317-329.
Majozi T, Nyathi N: 2006. On cooling water systems design for the South African industry - two recent developments. South African Journal of Science, 102 (11/12).
Papers in refereed, published conference proceedings:
Gouws J F, Majozi T: 2006. Multicontaminant wastewater minimization in batch processes using distributed storage. In 17th International Congress of Chemical and Process Engineering CHISA 2006, Process Engineering Publisher, p. 1189.
Adonyi R, Friedler F, Holczinger T, Majozi T: 2006. Maximization of throughput over a fixed time horizon using a recently developed S-graph approach: A pharmaceuticals case study. In 17th International Congress of Chemical and Process Engineering CHISA 2006, Process Engineering Publisher, p. 1190.
Majozi T, Pattinson T: 2006. Towards the development of a new class of batch plants via the exploitation of latent storage capacity: Storageless batch plants. In 17th International Congress of Chemical and Process Engineering CHISA 2006, Process Engineering Publisher, pp 1186-1187.
Majozi T, Pattinson T: 2006. Development of a new class of batch plants via the exploitation of latent storage capacity: Storageless batch plants. In SACEC 2006: Engineering Africa in the 21st Century, South African Institution of Chemical Engineers, p. 8.
Coetzee S, Majozi T: 2006. Development of a novel technique for steam system design. In SACEC 2006: Engineering Africa in the 21st Century, South African Institution of Chemical Engineers, p. 10.
Gouws J F, Majozi T: 2006. Multi-Contaminant Wastewater minimisation in Batch Processes. In SACEC 2006: Engineering Africa in the 21st Century, South African Institution of Chemical Engineers, p. 11.
Van Vuuren J J, Mitha S, Majozi T: 2006. Combination of Graphical and Mathematical Techniques for Targeting and Design of Complex Cooling Water Systems. In SACEC 2006: Engineering Africa in the 21st Century, South African Institution of Chemical Engineers, p. 6.
Friedler F, Majozi T: 2006. A graph-theoretic approach for throughput maximization over a fixed time horizon. In SACEC 2006: Engineering Africa in the 21st Century, South African Institution of Chemical Engineers, p. 7.
Majozi T, Moodley A: 2006. Simultaneous Targeting and Design for Practically Constrained Cooling Water Systems - Resolution of Inherent Convexities. In SACEC 2006: Engineering Africa in the 21st Century, South African Institution of Chemical Engineers, p. 12.
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