LONDON, July 10, 2017 /PRNewswire/ --
Graphite demand has long been shaped by trends in steel, but this is set to change as lithium-ion battery applications surge ahead to become the No. 1 graphite market by 2026. Roskill's new report Natural and Synthetic Graphite: Global Industry, Markets and Outlook to 2026, was published in May 2017 and includes comprehensive data on producers and consumers of graphite as well as in-depth analysis and forecast prices for the next ten years.
Traditional steel-based markets include electrodes for electric arc furnace (EAF) steel making (currently the major market for synthetic graphite), refractory furnace linings (the major market for natural graphite), foundry sands for ferrous casting and steelmaking recarburisers. Rising production of crude steel in an industrialising China previously supported graphite growth but as China reaches peak steel output, global steel production has slowed and growth is expected to average just 1-2%py to 2026.
Elsewhere, graphite suppliers are buoyant with optimistic forecasts for growth in emerging electric vehicles (EV) and energy storage system (ESS) markets. The large size, high performance lithium-ion batteries used in these applications actually require far more graphite than lithium. As EV and lithium-ion ESS penetration rates rise in China and the rest of the world, Roskill forecasts total global graphite demand in battery applications to rise by 16-26%py to 2026.
Cities worldwide are coming under increasing pressure to cut pollution levels and EVs could provide an answer. Their uptake is being encouraged with impressive automotive electrification targets and new incentives worldwide. Tesla is ramping up lithium-ion battery production at its US 'Gigafactory' and is expected to announce a second factory to supply Europe later in 2017. Other large lithium-ion battery plants under development include those of BMC in Germany and LG Chem in Poland (both of which are planned to open in 2017), Samsung SDI in Hungary (which could open in 2018), SGF Energy in Sweden and a rumoured plant to be shared between Jaguar Land Rover, BMW and Ford.
Natural and synthetic graphite compete for use as a lithium-ion battery anode material, with China dominating the supply chain for both. Primary synthetic graphite is manufactured from petroleum coke on demand from the consumer with strict specifications. Since the late 2000s, China has produced an increasing amount of spherical graphite via the high level processing of natural flake graphite, which now competes with synthetic graphite for use in lithium-ion batteries. The process has a high cost of production, uses environmentally harsh reagents and results in low yields of 50-70%. Despite the high cost, spherical graphite is typically more price competitive than primary synthetic graphite, although synthetic graphite is still more widely used in China thanks to the prevalence of lower cost secondary synthetic graphite, which is sourced as a waste material from graphite electrode manufacture. Synthetic graphite prices have also fallen in recent years as a result of the weakening electrode market; prices are expected to strengthen again as an increasing amount of steel scrap availability encourages China's transition to EAF steel production methods.
Production of spherical graphite is currently confined to China because of cost and environmental concerns. Even here, flake graphite processing plant inspections are carried out frequently to improve environmental operating standards. Chinese production of flake graphite fell by around 30% in 2016 with the latest round of temporary closures.
China will continue to control lithium-ion battery supply chains over the next decade. China is the largest producer of synthetic graphite, flake graphite, spherical graphite, lithium-ion battery anode materials, anodes and the batteries themselves. Consolidation of the Chinese flake graphite market continues, with the largest anode materials manufacturer, Shenzhen BTR New Energy Material, now backwardly integrated into flake graphite production. A number of potential flake graphite producers outside of China are developing less environmentally damaging methods of spherical graphite production in an attempt to establish a supply chain outside of China but have yet to prove these methods commercially.
In January 2017, China withdrew its 20% export tax on exports of natural graphite in line with moves in other mineral industries following World Trade Organisation criticism of its system of export control. Although China accounts for around 70% of natural graphite shipments, this withdrawal has had negligible impact on the already low price of graphite through the first half of 2017. Graphite prices are expected to rise in coming years as demand begins to rise rapidly from the battery sector.
China's current high levels of overcapacity and stocks are expected to meet even the most robust demand forecasts for graphite in the short term as production levels increase from existing Chinese producers. Whether supply can meet demand in the long term, to 2026, depends on the ability for new producers worldwide to bring their graphite projects on-stream. In mid-2017, around 30 projects outside China had advanced to scoping study or beyond with a total planned capacity of 1.35Mtpy, over 1Mtpy of which could come from Africa. Syrah Resources plans to begin production of flake graphite in Mozambique in 2017, followed by a ramp up to full capacity of 380ktpy.
Major changes are happening to the structure of the synthetic graphite industry as poor performance in electrodes has led to capacity closures in Europe, Japan and North America, while new plants are opening in the emerging Asian market. An increasing amount of remaining capacity is being given over to lithium-ion battery powder production. In October 2016, the Japanese lithium-ion battery anode material manufacturer Showa Denko agreed to purchase SGL Carbon's synthetic graphite electrode business. Then, in February 2017, Imerys Graphite & Carbon acquired Nippon Power Graphite of Japan, which has a patented CVD coating technology for the production of lithium-ion battery anode materials. The largest synthetic graphite producers currently include: GrafTech International (USA), Fangda Carbon New Material and Sinosteel Engineering & Technology (China), Showa Denko Carbon (Japan), SGL Group (Germany), Graphite India, HEG (India), Energoprom Group (Russia).
The largest existing producers of natural graphite are almost all in China, including the state-owned amorphous graphite producer South Graphite and flake graphite producers Luobei County Yunshan Graphite Mining, Aoyu Graphite Group and Jixi Changyuan Mining, among many others. Nacional de Grafite is also a major existing producer of flake graphite in Brazil.
Roskill has published its new Natural & Synthetic Graphite with forecasts out to 2026. It is essential reading for anyone requiring a comprehensive overview of this sector.
Natural & Synthetic Graphite: Global Industry, Markets & Outlook, 10th Edition 2017 is now available from Roskill Information Services Ltd, 54 Russell Road, London SW19 1QL UK.
SOURCE Roskill Information Services