Graphite Supply Chain 2016 | The world’s new meeting place for the natural graphite industry
As industrial minerals go, graphite can be as exciting as it gets (no disrespect to US frac sand developers in the mid-2000s!).
There are few commercially developed sources, distinct grade development and specifications are required, and processing and logistics can be tricky if you don’t get them right.
The market is dominated by a few long-established mature end uses requiring large volumes, and several specialist applications requiring lower volumes.
Then, along comes the promise of a game changer in the energy industry – Li-ion batteries – which could potentially require a great deal of graphite in the future.
Oh, and as a sideshow in the graphite world, there has been the emergence of the “wonder material” graphene, which is apparently set to revolutionise manufacturing technology for a wide range of applications.
All told, a heady mix if you’re involved in the black stuff of graphite.
To make sense of it all, and gain knowledge of the latest market trends and developments, while at the same time networking with the leading players of the industry, you need to attend:
New source potential energised by battery growth
The rise of the lithium ion battery market has unleashed a torrent of investors and developers keen to ride this new market wave.
According to Benchmark Mineral Intelligence, demand for graphite used as anode material in lithium ion batteries is set to increase by over 200% in the next four years as global cell production surges on the back of maturing pure electric vehicle demand and the inception of the utility storage market.
Benchmark forecasts the battery anode market – which is nearly exclusively served (98%) by naturally sourced spherical graphite and synthetically produced graphite – to increase from 80,000 tpa in 2015 to at least 250,000 tpa by the end of 2020, while the market could be as large as 400,000 tpa in the most bullish of cases with no supply restrictions.
Taking the most conservative case, Benchmark estimates that over 360,000 tonnes of medium flake graphite will be needed as a feedstock source for the spherical material by 2020. This is nearly a doubling of the flake concentrate market in 2015 should the natural-to-synthetic demand proportions remain the same in 2020.
Unsurprisingly, such developments have instigated a serious upsurge in graphite project developments among new and established graphite players in order to meet this potential new demand.
Also driving the quest for new graphite sources has been the continuous difficulties arising with Chinese graphite supply in recent years – historically the world’s largest supplier accounting for around 60% of world flake graphite production.
That said, it is notable that much of the anticipated Li-ion battery manufacturing capacity is expected to be located in China, and certainly Asia overall.
Natural vs synthetic graphite
Around 65% of all battery anode material is sourced from natural spherical graphite, 33% from synthetic graphite material, and the remaining 2% from other alternatives such as lithium titanate, silicon and tin used in very small amounts.
Simon Moores, Managing Director, Benchmark Mineral Intelligence, commented: “So basically the future’s bright for anyone in graphite for batteries. The only question remains over the market share of natural versus synthetic.”
“With natural much cheaper to produce, by up to 50%, the only question is whether the natural spherical capacity – in the right qualities – will be on stream in time to service the increasing battery demand. It probably won’t be, which is why synthetic graphite will continue to command a reasonable share 25-35% between now and end-2020. ” said Moores.
Analysing consumption trends over the last 10 years, Benchmark concludes that there is little doubt that battery consumers prefer naturally sourced graphite, which is much lower cost to produce and has a lower environmental impact than synthetic graphite.
Market realism: what of the “traditional” graphite markets?
There is no doubt that the battery market for graphite has grown, from around 9% in 2012 to 19-20% in 2015.
Should forecast demand for graphite in batteries play out, then it is expected to take over from refractories as graphite’s leading end use market by 2020.
However, graphite remains a primary workhorse raw material required by the metallurgical industry: used in magnesia-carbon refractories for steelmaking; as a recarburiser in steelmaking; and in crucibles and coatings in the foundry sector.
The material is also still in demand as a lubricant and in a host of smaller volume uses such as in the oilfield, polymer, agriculture, and nuclear industries.
These markets should not be overlooked by project developers, since they are likely to remain the meat and drink consumers for any graphite producer until the Li-ion battery market really takes hold, and even after that (just take a look at the forecast graphite demand chart below).
Moreover, steel and metal manufacturing, while tied to the vagaries of overall economic performance (ie. construction, automobiles, shipbuilding, manufacturing), has a strong future and might remain more stable than the new era of energy provision.
How to make sense of it all
Just how realistic is the battery market potential for graphite?
How should the graphite supply market react, and what of its outlook?
Which projects are most likely to come to fruition?
Which grades are in most demand?
What solutions are there to processing challenges?
How are the industrial markets for graphite performing and trending?
Should battery demand for graphite increase markedly, what impact will that have on industrial markets demand?
How are and will graphite prices be influenced by market demand?
Brought to you by IMFORMED and Benchmark Mineral Intelligence, Graphite Supply Chain 2016, 13-15 November 2016, Newport Beach, LA, will bring together a host of leading graphite experts to discuss these issues and more.
Join us for 3 days of presentations, workshops and networking events all dedicated to examining the present and future of the natural graphite industry.
The graphite supply chain: the rising criticality of niche minerals versus commodities
Mike O’Driscoll, Director, IMFORMED, UK
Graphite: An independent supply/demand forecast for 2017 onwards
Simon Moores, Managing Director, Benchmark Mineral Intelligence, UK
Refractories: Global trends and the future for graphite’s biggest market
Dr Paschoal Bonadia Neto, Mineral Technology Manager, Mineral Technology Centre, Magnesita Refratários SA, Brazil
North America review of graphite supply & demand
Stephen Riddle, Asbury Carbons, USA
New major near term supply outlook
Tolga Kumova, Syrah Resources, Australia
Batteries: An independent market overview and forecast to 2022
Sam Jaffe, Managing Director, Cairn Energy Research Associates , USA
The evolving use and applications of graphite in the foundry industry
Richard Clark, Senior Technical Specialist, Morgan Advanced Materials, USA
Expandable Graphite: meeting supply for an evolving growth market
Thomas Junker, Managing Director, Graphit Kropfmühl, Germany
Flake graphite price outlook
Andrew Miller, Analyst, Benchmark Mineral Intelligence, UK
Other topics to include:
• The surging lithium-ion battery market: the next 5 years
• Recaburiser market outlook
• China: the future for graphite supply and demand
• Europe review of graphite supply & demand
• New suppliers in the pipeline
• 2 x Workshop & Discussion: Batteries | Industrials
• Concurrent exhibition
• Receptions, lunches, coffee breaks specifically designed for networking
• Private meeting space service and facilities
• and a stunning beach proximal location in California…
Early Bird Registration US$1500
Closes 31 August 2016
Contact: Ismene Clarke
T: +44 7905771494 firstname.lastname@example.org