Abstract
Spring 2005 saw vanadium prices rise to all-time record levels. Strong demand
from the steel industry in 2004, especially in China and the USA, depletion of
large vanadium pentoxide stockpiles and speculative activity, all pushed
prices of vanadium pentoxide up to US$27/lb in March 2005, while those of
ferrovanadium peaked at US$126/kg in April 2005. Prices at these elevated
levels were unsustainable. Vanadium supply increased in 2005, while high
prices led to some substitution of ferro-vanadium by ferro-niobium in special
steels. The vanadium market remained broadly in balance during 2006, with
world steel production continuing to rise, while there was little further
substitution by ferro-niobium. World vanadium demand is estimated to have
risen by over 8% in 2006, and supply by 12%, reducing the market deficit below
1,000t. Forecast growth in the vanadium market and high prices since 2004 have
resulted in proposals for new projects, which could have a significant impact
on world vanadium supply. As new capacity is brought on-stream, the vanadium
market is forecast to move into surplus in 2008/09, and prices are expected to
fall back to average historical levels of US$4.50/lb vanadium pentoxide and
US$20-22/kg ferro-vanadium towards the end of the decade. This downward
movement in prices is likely to limit the increase in vanadium supply.
The key trends, issues and developments in the market are analysed in this
major new report from Roskill. It provides a clear insight into the industry
and its trends, and an authoritative analysis of the prospects for the future.
What the report gives you
- Independent, in-depth research and analysis
- Essential market intelligence for successful business planning
- Detailed survey of production and processing in 36 countries
- Up-to-date profiles of the activities of over 80 vanadium producing
companies and potential projects, including Highveld Steel and Vanadium,
Xstrata, OAO Vanady Tula, Panzhihua New Steel and Vanadium and Precious Metals
Australia
- Forecasts for end-use consumption and world supply and demand
Report highlights
Following modest average growth of around 1%py through the 1990s, world
vanadium consumption has risen significantly since 2002, reflecting both
higher world steel production and higher unit vanadium consumption as the
share of high-strength steels in total steel output rises. Despite the
set-back resulting from high prices in 2005, world demand for vanadium rose by
7.5%py from 79,800t V2O5 equivalent in 2003 to a peak level of 98,900t in 2006.
The outlook for vanadium consumption through 2010 appears optimistic. World
consumption may show short-term fluctuations in line with steel production,
but is forecast to show underlying growth of 5-6%py to reach 118,600t V2O5
equivalent in 2010. High-strength steels will continue to provide the main
area of growth as increasing emphasis is placed on life-cycle costs in the
construction industry, on reducing weight and improving fuel efficiency in the
transport industry, and on the use of higher-performance materials to
withstand aggressive environments in the oil and gas industry.
In Australia, Precious Metals Australia (Windimurra) will commission
production of 6,000tpy ferro-vanadium by mid 2008. Aurox Resources (Balla
Balla) has commissioned a bankable feasibility study that examines production
of around 5,000tpy ferro-vanadium by 2010. In China, Panzhihua and Chengde
Xinxin plan to raise capacity by some 8,000tpy ferro-vanadium and 6,000tpy
vanadium pentoxide by 2011. In South Africa, the potential combined increase
in capacity by Highveld Steel and Vanadium and Xstrata is over 6,500tpy
vanadium pentoxide.
One change in structure of the vanadium industry in 2006/7 was the acquisition
by Evraz Group of a 73% stake in Strategic Minerals of the USA, and of a 79%
stake in Highveld Steel and Vanadium of South Africa. Following a competition
enquiry by the EU commission, Evraz agreed to divest an equity interest in
Highveld' s vanadium mining and processing operations, while retaining an
interest in vanadium steel slag.