HySA Catalysis is one of the three Centres of Competence that form part of the South African Department of Science and Technology’s
National Hydrogen and Fuel Cells Technologies Flagship project, branded as Hydrogen South Africa (HySA).
The overall aim is to establish a fuel cell related market in South Africa, adding high value to the country’s mineral wealth.
HySA Catalysis’ mandate includes the components in the early part of the value chain, catalysts and catalytic devices.
HySA Catalysis combines the expertise of the Centre for Catalysis Research of the University of Cape Town and South Africa’s national
mineral research organization, Mintek.
HySA Catalysis has world-class laboratories.
Facilities include a state-of-the art analytical suite, surface science facility,
MEA preparation equipment, eight fuel cell test stations, potentiostats for electrochemical analysis,
reactor units in different configurations and a high throughput synthesis and testing facility. HySA Catalysis comprises over 30 people.
This group is ever expanding and combines the skills of renowned international fuel cell experts and local researchers.
Mintek is South Africa’s national mineral research organization and is one of the world’s leading technology organizations specializing in mineral processing, extractive metallurgy and related areas.
At Mintek, we possess a comprehensive range of capabilities and operations encompassing research, development, and innovation throughout the minerals value chain. Our services encompass exploration, extraction, mineral processing, refining, production of metal-based products, process development, and post-mining support. Our product line extends from end-user consumer products to physical and virtual solution-based products and services.
We follow a focused approach that emphasises scientific excellence and technological breakthroughs, establishing clear connections to real-world industry applications. From scholarly journal articles to safeguarded trade secrets, we consistently strive to push the boundaries of what is achievable.