Consulting analysts in tomorrow’s commodities and technologies
SFA (Oxford) is a world-renowned authority on platinum-group metals and provides in-depth market intelligence on battery raw materials and precious metals for industrial, automotive, and smart city technologies, as well as on jewellery and investment trends.
Battery Raw Materials Quarterly report
SFA has over a decade of hands-on engineering experience in battery materials, including aiding investors with project and plant due diligence in the lithium industry, on-site visits to the Democratic Republic of the Congo (DRC) or high pressure acid leach (HPAL) plants in Australasia, as well as price forecasting and market studies. Leveraging off this wealth of expertise, SFA continues to be a reliable partner for stakeholders and investors in the battery raw materials space.
The speed at which the markets are developing has spurred our clients to request regular monitoring of developments in the battery supply chain and changing dynamics within the lithium, cobalt and nickel markets and prices. Using SFA’s extensive production economics databases in these battery materials, along with our research throughout the battery value chain and cathode/anode developments, we are producing the Battery Raw Materials Quarterly report.
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Call us nowWorking across the whole industry value chain
SFA (Oxford)’s in-depth market research and integrity are underpinned by extensive consulting from mine to market to recycler. Unrivalled understanding of industry dynamics allows us to foster relationships with the most significant players across the globe, working alongside each one in partnership and with absolute confidentiality.
Miners
Processors
Fabricators
Recyclers
Investors
OEMs
Identifying windows of economic opportunity
Consulting
At the core of SFA (Oxford)’s business is bespoke upstream and downstream consulting. We provide detailed, tailored assessments of strategic investment opportunities using our extensive industry expertise. With dedicated analysts and engineers, along with our industry associates, we are able to diversify our research beyond the scope of most commodity consultancies, acting as a 'think tank' for many clients through which SFA (Oxford) has become the analytical link in clean mobility, technology and the critical commodities value chain.
- Mine valuations and competitor benchmarking
- Commercial offtake and sales due diligence
- Purchasing dynamics and pipeline mapping
- Metal price forecasting and market intelligence
- Credible independent reporting for listings and capital raisings
- Deep-dive projects for strategic decision making
A deep understanding of future transport emissions
Clean air technologies
As part of our long history of PGM research, we have been analysing and following the evolution of emissions legislation and compliance for over a decade, and this has enabled us to develop a thorough understanding of emission-cutting and fuel-efficiency technologies. SFA (Oxford) is a trusted advisor across the automotive value chain, working for car manufacturers, OEMs and raw material suppliers, and investors.
SFA (Oxford) regularly provides analysis of the impact of global emissions standards, energy policies and new technologies on key metals. Our research delves deep into automotive battery and fuel cell technology developments to derive the impact on platinum group metals and battery raw materials such as nickel, cobalt and lithium.
Long-term risks to platinum group metals identified
2040 PGM Market Outlook Report
The 2040 PGM Market Outlook Report, which has just been completely updated, is a long-term sensitivity analysis that examines, on a deep-dive basis, the changing nature of the platinum, palladium and rhodium markets and metal prices from the likely effects of automotive technological advances.
Specifically, the report highlights the potential fallout from electric car inflection point scenarios in the 2020s on palladium and rhodium demand and prices, as well as the rise of fuel cells and their impacts on platinum demand. It also analyses the fall out from metal substitution, recycling from new frontiers, and the changing nature of global supply as mature mines close and new projects (with alternative metal ratios) come to market.