Opportunities
Browse government tenders, quotations, vacancies and documents across South Africa.
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The public can attend the MINTEK-SCI 2026 event where Professor Daya Naidoo will deliver a keynote speech. The event will cover themes related to science, technology, and innovation in mining and materials.
- Who it is for:
- members of the public, professionals in engineering and mining, academics, and students
- How to act on it:
- Register via the MINTEK-SCI 2026 registration page on the Mintek website
Catalysts designed for DMFC anodes with critical methanol oxidation and CO tolerance, available in two formulations: 30.2 wt% Pt / 23.5 wt% Ru or 56.7 wt% Pt / 29.3 wt% Ru.
- Who it is for:
- DMFC developers and reformate fuelled system engineers
- How to act on it:
- Contact Mintek via email or phone to request information and samples
Durable and efficient PEMFC cathodes for demanding cycles, combining PtCo alloy benefits with a corrosion-resistant graphitised support.
- Who it is for:
- applications requiring extended lifetime under harsh cycling conditions
- How to act on it:
- Contact Mintek via email or phone to request information and samples
High-performance, cost-optimised PEMFC cathodes with 27 wt% Pt and 3 wt% Co, offering superior ORR kinetics and reduced platinum content.
- Who it is for:
- PEMFC manufacturers seeking efficiency and lower platinum use
- How to act on it:
- Contact Mintek via email or phone to request information and samples
Platinum catalysts treated to improve durability at high voltages, suitable for PEMFC cathodes and electrolyser cathodes, with metal loadings from 20 to 70 wt% Pt.
- Who it is for:
- fuel cell developers needing enhanced durability under high-voltage cycling
- How to act on it:
- Contact Mintek via email or phone to request information and samples
Tailored platinum-based catalyst solutions including custom metal loadings, alloy ratios, and support treatments developed in collaboration with Mintek’s technical team.
- Who it is for:
- researchers and companies with unique performance or cost targets
- How to act on it:
- Contact Mintek via email or phone to discuss specific requirements and collaborate on custom formulations
Platinum catalysts supported on graphitised carbon for high-stability operation under harsh conditions, with a fixed 40 wt% Pt loading.
- Who it is for:
- applications requiring corrosion-resistant catalysts in demanding environments
- How to act on it:
- Contact Mintek via email or phone to request information and samples
High-activity PEMFC cathodes with lower platinum content and strong kinetics, using 27 wt% Pt and 3 wt% Ni.
- Who it is for:
- developers aiming for high performance with reduced platinum use
- How to act on it:
- Contact Mintek via email or phone to request information and samples
Long-lasting, high-efficiency PEMFC cathodes for challenging environments, combining Ni alloy activity with graphitised support durability.
- Who it is for:
- systems operating in extreme or corrosive conditions
- How to act on it:
- Contact Mintek via email or phone to request information and samples
A range of standard platinum-based catalysts suitable for hydrogen PEMFC anodes, PEMFC cathodes, and electrolyser cathodes, offering reliable performance with metal loadings from 20 to 70 wt% Pt.
- Who it is for:
- research and development teams, commercial fuel cell producers
- How to act on it:
- Contact Mintek via email or phone to request information and samples
This book offers a comprehensive overview of the synthesis, properties, and applications of polylactic acid (PLA) and its composites with carbon-based fillers. It explores the use of PLA as a sustainable and biodegradable material across various fields, addressing both challenges and opportunities in its application.
- Who it is for:
- researchers, academics, students, and professionals in materials science, polymer science, and sustainable engineering
- How to act on it:
- Purchase the book online via the NovaPublisher's website or any other online platform