issue 1 - Roland Berger
issue 1 - Roland Berger
issue 1 - Roland Berger
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p industry report<br />
trends and sectors<br />
The shape of things to come<br />
Gas to liquids, T-rays, public transportation and polytronics: current trends,<br />
analyses and research reports shed light on the markets of the future.<br />
gas to liquids<br />
Liquid fuel from natural gas, or “gas to liquid”<br />
(GTL) as it is known in the industry, is becoming a<br />
real alternative to “black gold.” The reasons: In a<br />
time of rising crude oil prices, GTL helps conserve<br />
oil reserves and limits the amount of harmful emissions<br />
when burned. The GTL process is based on<br />
the Fischer-Tropsch method, developed in Germany<br />
in 1920. It transforms natural gas and unusable<br />
companion gases into synthetic oil. A field test by<br />
Shell and Volkswagen showed that GTL reduces<br />
the emission of unburned hydrocarbons by 63<br />
percent, of carbon monoxide by 91 percent and<br />
of carbon dioxide by 4 percent. According to<br />
DaimlerChrysler, by 2010, GTL will be irreplaceable<br />
at the pump.<br />
In addition, GTL can help fully exploit isolated<br />
natural gas reserves, a market that could well be<br />
worth hundreds of billions of barrels of GTL. Just<br />
these resources would be sufficient to cover global<br />
energy needs for 25 years, according to <strong>Roland</strong><br />
<strong>Berger</strong> Strategy Consultants. The large oil companies<br />
are already in the GTL business. For example, Shell<br />
has been producing GTL since 1993 in Malaysia<br />
(below) and is currently building a new facility in<br />
Qatar that is expected to produce 3 million tons of<br />
GTL annually.<br />
t-rays<br />
Ubiquitous and yet barely detectable, mysterious T-<br />
rays are currently objects of developers’ desire, as<br />
they try to wring useful market-ready products from<br />
them. Terahertz waves lie between microwaves and<br />
infrared light, and are considered one of the last<br />
unexplored parts of the electromagnetic spectrum.<br />
T-rays draw great interest because of their qualities.<br />
For example, without the side effects of X-rays, they<br />
can penetrate clothing and packaging, or even illuminate<br />
teeth in the search for cavities (see photo).<br />
Researchers consider T-rays revolutionary for biomedicine.<br />
Because cancer cells grow faster than normal<br />
t<strong>issue</strong>, they contain more blood and water. These<br />
attributes mean cancer can be made visible by T-rays<br />
at a stage that could not otherwise be diagnosed. The<br />
British firm Teraview, a spinoff from Toshiba Research,<br />
is already selling machines for cancer diagnosis.<br />
T-ray scanners can also recognize dangerous biological<br />
or chemical compounds when scanning packages.<br />
British manufacturer Qinetiq is testing machines that<br />
can identify ceramic knives and plastic explosives<br />
during security checks. T-rays themselves are also<br />
causing new security needs: Privacy advocates see a<br />
danger for the confidentiality of mail, with every<br />
letter now legible through its envelope.<br />
38<br />
think: act