Sasol Research

Sasol Research
Name	Sasol Research
Type	Research and development
Industry	Chemistry; Energy; Petrochemicals
Founded	1950s
Headquarters	Johannesburg, South Africa
Key people	Gert Joubert; Fleetwood Grobler; Andrew Binns
Products	Catalysts; Fischer–Tropsch fuels; chemical intermediates
Parent	Sasol

Sasol Research Sasol Research is the R&D arm of Sasol, focused on applied chemical, energy and materials research to support industrial operations across South Africa, Mozambique, United States, Germany and Japan. It integrates process development, catalyst science and environmental engineering to advance technology transfer into commercial assets, working with national laboratories, universities and multinational corporations to scale innovations from bench to plant.

History

Sasol Research traces origins to early efforts by Sasol to commercialize the Fischer–Tropsch process and coal-to-liquids technology in the 1950s and 1960s, influenced by developments at institutions such as Imperial College London, Max Planck Institute for Coal Research, and University of Cape Town. In subsequent decades it expanded alongside projects like the Secunda CTL plant, collaborations with ExxonMobil and technology exchanges with Chevron and TotalEnergies. Major milestones include catalyst breakthroughs parallel to work at Oak Ridge National Laboratory, process intensification projects with Massachusetts Institute of Technology partners, and environmental studies conducted with CSIR (South Africa) and Council for Scientific and Industrial Research (CSIR) affiliates.

Research Facilities and Laboratories

Facilities include central laboratories at the Sasol Technology Centre in Sandton and pilot plants at the Secunda site, with specialized units for catalysis, surface analysis, and reaction engineering similar in capability to those at Argonne National Laboratory, Lawrence Berkeley National Laboratory and National Institute of Standards and Technology. The centre houses analytical equipment comparable to that at CERN facilities for materials characterization and partners with university labs at University of the Witwatersrand, Stellenbosch University and University of Johannesburg for spectroscopy, microscopy and pilot-scale testing. International testing and benchmarking are conducted via arrangements with Fraunhofer Society, RWTH Aachen University and Kyoto University.

Key Research Areas

Research programmes cover catalyst development for the Fischer–Tropsch process, gas-to-liquids and coal-to-liquids chemistry; carbon capture, utilisation and storage projects similar to CCS initiatives at Sleipner; process intensification and heat integration inspired by work at ChevronTexaco refineries; alternative feedstock conversion including biomass and natural gas upgrading which align with projects at Shell and BP. Other priorities include materials science for corrosion resistance relevant to ArcelorMittal operations, advanced process control linked to work at Siemens and ABB, and environmental monitoring informed by standards from ISO and research at United Nations Environment Programme.

Collaborations and Partnerships

Sasol Research maintains strategic collaborations with academic institutions such as University of Cape Town, University of Pretoria, North-West University and international partners including Imperial College London, MIT, ETH Zurich and Fraunhofer Society. Industrial partnerships include R&D agreements with ExxonMobil, TotalEnergies, Shell, Chevron, BASF and Johnson Matthey for catalysts and process licensing. Public-sector and multilateral links have been forged with Department of Science and Innovation (South Africa), European Commission research programmes, World Bank technical assistance and project financing from entities like African Development Bank.

Innovations and Commercialization

Sasol Research contributed to commercialization of Fischer–Tropsch catalysts and proprietary reactor designs implemented at plants including Secunda and downstream chemical complexes supplying customers such as Illovo Sugar and Safripol partners. Licensing and technology transfer activities mirror models used by DuPont and Dow Chemical, while joint ventures have been established with companies like Sunoco and PetroSA for product off-take. Spin-offs and patents have targeted specialty chemicals, high-value lubricants and waxes, comparable to portfolio strategies at Procter & Gamble and 3M.

Environmental and Safety Research

Environmental research emphasizes emissions reduction, lifecycle assessment and water management, building on methodologies from UNEP programmes and academic studies at University of Cape Town. Safety research integrates process safety concepts from Center for Chemical Process Safety and occupational health best practices aligned with World Health Organization guidelines, and participates in regulatory dialogue with agencies such as the Department of Mineral Resources and Energy (South Africa). Carbon management efforts include pilot carbon capture trials and collaborations with Carbon Trust and International Energy Agency initiatives.

Funding and Organizational Structure

Funding derives from corporate investment by Sasol supplemented by competitive grants from National Research Foundation (South Africa), collaborative industry consortia, and international programmes like Horizon 2020 and EUREKA. The organizational structure consists of thematic research divisions—catalysis, process engineering, materials science, environment and analytics—reporting to a chief technology officer and coordinated with commercial units, resembling R&D governance at Shell and BASF.

Category:Research institutes in South Africa Category:Chemical industry