Harro von Blottnitz (Pr.Eng.)
BSc (ChemEng), Cape Town, BSc Hons O.R., Unisa, MSc (Eng), Cape Town, Dr.-Ing. RWTH Aachen
Department of Chemical Engineering
Faculty of Engineering and the Built Environment
Email: Harro von Blottnitz
My research profile and publications lists are available on Google Scholar and on ResearchGate.
Enjoying a settled academic position in a highly dynamic and successful department, I define my research and teaching interests by the multiple challenges of sustainable development in developing countries, esp. as these pertain to resource flows. My interests span topics in the fields of Sustainability and Systems Analysis, Renewable Fuels Processing (biogas, biodiesel and bio-ethanol), Waste Management and Sustainable Consumption. Since joining the University of Cape Town in 1998, 49 Masters and 4 PhD students have completed their theses under my supervision, and we have published some 50 peer-reviewed papers or book chapters. I have taught widely in the undergraduate curriculum and have introduced sustainability into the curriculum at both the undergraduate and postgraduate level. In 2009, I led a team that hosted the 4th international Life Cycle Management conference in Cape Town. As of 2016, I am the Deputy Head of the Department of Chemical Engineering.
From 1995 until May 1998 I was employed at the Chair for Mineral Processing, Beneficiation and Waste Treatment at the Aachen University of Technology in Germany. There, I also completed my doctoral dissertation, in which I developed an extension of the sampling theory of particulate solids for applications in recycling operations. The doctorate in engineering was awarded summa cum laude in 1999.
With my roots in South Africa's Eastern Cape and in Namibia, I commenced my academic career with a BSc in Chemical Engineering (first class honours) from the University of Cape Town in 1990. After two years as a process engineer on a PVC production plant, I returned to UCT in 1993, obtaining an MSc.Eng. in 1994 for a dissertation that studied options for hazardous waste management in steel making by a life cycle assessment.