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advanced technological developments. Strategic agility is<br />
important to manage those market imbalances.<br />
Industry Consolidation<br />
In <strong>Fe</strong>bruary 2011 we completed the acquisition of KB <strong>Al</strong>loys,<br />
LLC (“KB”), the leading producer of aluminum master<br />
alloys in the United States, with production facilities in<br />
Kentucky and Washington, USA, and China. This is a transformational<br />
acquisition in the aluminum alloy market. We<br />
combine our aluminum master alloy business in the United<br />
Kingdom, Brazil and China with KB and thereby establish<br />
a clear market leader with global reach and a strong<br />
presence in China. We believe this move to be low risk as<br />
we are very familiar with the products, people, markets,<br />
technology, customers and suppliers.<br />
Engineering Systems<br />
An important metric for our heat treatment series, global<br />
automotive demand for fuel efficient vehicles, is improving,<br />
and that includes the North American market where our<br />
services are especially critical to the industry.<br />
In addition to order backlog, an important metric that we<br />
follow closely at ESD is the universe of active outstanding<br />
quotes in which ESD has participated. A certain percentage<br />
of this universe will ultimately be converted into firm<br />
orders and eventually revenue and cash flow. As backlog<br />
is more of a short term indicator, total quotes outstanding<br />
are a measure of healthiness in the medium term. The<br />
trend of the universe of total quotes outstanding is a good<br />
barometer for how ESD is likely to perform over the next<br />
few years. While we do not publish the total volume of<br />
the outstanding quotes, the universe presently exceeds<br />
$2.0 billion and has experienced a double digit percentage<br />
increase over the past twelve months.<br />
350%<br />
300%<br />
250%<br />
200%<br />
150%<br />
100%<br />
50%<br />
0%<br />
6 Letter to Shareholders<br />
05 06 07 08 09 10 11<br />
This increase in quotes is reflected in the increase in<br />
order intake pictured above. The second half of 2010<br />
produced the first positive book to bill quarters since<br />
early 2008. The order intake and quotes are fairly welldistributed<br />
amongst the specialty steel, super alloy,<br />
titanium and solar industries.<br />
While external factors such as overall macroeconomic<br />
health and demand in specific geographic or industry<br />
sectors influence the size of the universe of outstanding<br />
quotes, factors related specifically to ESD’s capabilities<br />
not only influence this pool, but more importantly impact<br />
the conversion of quotes into firm orders. ESD has over<br />
2,000 furnaces installed worldwide and processed more<br />
than a million parts requiring high wear resistance heat<br />
treatment in its Own & Operate unit. Such an extensive<br />
installed base of reference accounts builds on ESD’s<br />
credibility, facilitating to securing orders across a spectrum<br />
of geographic markets. In addition, the continuous<br />
investment in new products and technologies in selected<br />
niche markets provides ESD with a distinct competitive<br />
position, making it the engineering firm of choice in most<br />
of its markets.<br />
We have made several investments in certain technologies<br />
that we expect will enhance ESD’s growth in the near term.<br />
Here are a few examples:<br />
• Heat Treatment: Conventional automotive gear manufacturing<br />
concepts rely on the separation of different<br />
operations such as soft machining, heat treatment and<br />
hard machining. We have developed a new furnace<br />
module called SyncroTherm ® which synchronizes<br />
heat treatment with machining, permitting a one-step<br />
process versus a multiple-step process. Not only does<br />
SyncroTherm ® offer significant cost reductions, but<br />
also provides a more homogenous, higher quality<br />
treatment of parts versus traditional methods. ESD’s<br />
combination of material science and furnace technology<br />
provides a truly disruptive technology in the mass<br />
production of certain automotive parts. This heat<br />
treatment technology is a key component of the fuel<br />
efficiency improvements in the transportation industry.<br />
• Solar: We have developed crystallization furnaces<br />
capable of using much larger crucibles, resulting in<br />
approximately 30% lower operating costs per kilogram<br />
of silicon and therefore lower cost of solar energy. <strong>Al</strong>so,<br />
with the acquisition of the <strong>Mo</strong>no2 technology from<br />
BP Solar, we will offer an upgraded line of furnace<br />
systems to produce monocrystalline-like ingots using<br />
traditional multicrystalline furnaces that will provide a<br />
higher sunlight to electricity conversion rate at lower<br />
cost per watt.<br />
We have also launched several initiatives in the electron<br />
beam (Blade Runner line smart coaters for turbine<br />
blades), primary melting of specialty steels with vacuum<br />
induction, secondary melting of large ingots and featuring<br />
parallel withdrawal systems, and precision casting for<br />
titanium-aluminides used in aerospace engines.<br />
Social Responsibility<br />
<strong>Al</strong>ongside our financial goals, our three core sustainable<br />
development objectives of being responsible stewards<br />
of the environment, meeting or exceeding regulatory<br />
standards and being a valued contributor to the local<br />
economies and communities in which we operate<br />
continue to guide us.