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GOOD IDEAS<br />
RECEIVE SUPPORT<br />
AIR STREAMS<br />
CONQUER<br />
THE WORLD<br />
A new, revolutionary cooling technology<br />
offers completely new heat transfer<br />
possibilities. The method is silent and<br />
extremely effective. It can make existing<br />
cooling systems better and cheaper,<br />
as well as offering new ways of cooling<br />
electronic and industrial equipment of<br />
various kinds.<br />
– One problem connected with the<br />
cooling of materials is that air is a very<br />
poor conductor of heat. A fan can be<br />
used to blow away hot air to accelerate<br />
the cooling process, but the material<br />
always retains a thin layer of air around<br />
itself that slows down the heat transfer,<br />
explains Anna Borgström.<br />
Together with her colleague Roderick<br />
Barrett she has developed the cooling<br />
technology used by Aureola Swedish<br />
Engineering. The method is based on<br />
fundamental physical phenomena that<br />
the two Royal Institute of Technology<br />
students use in a new way.<br />
– We can manipulate air molecules<br />
that are in direct contact with a heated<br />
object so that they are repelled, thus<br />
increasing natural heat transfer by a<br />
factor of eight. We can even determine<br />
the direction the molecules are moving<br />
in and thus create circulation without a<br />
fan, says Roderick Barrett.<br />
A broad patent has been applied for,<br />
and both inventors are still secretive.<br />
All they will say is that the method does<br />
not require surface treatment or moving<br />
parts, that it is silent and uses almost<br />
no energy. The VINN NU award was the<br />
first of many.<br />
– The money came in very useful, but<br />
above all we got a lot of publicity. Several<br />
of the companies that we are collaborating<br />
with today called us after the competition,<br />
says Anna Borgström. They have<br />
great plans for the future. Cooling technology<br />
is a multibillion euro industry, and<br />
she believes that one of their cooperation<br />
ventures with interested companies will<br />
soon result in their first product.<br />
The technology offers new possibilities<br />
for the electronics industry, for<br />
example when it comes to cooling<br />
laptop computers or flat-screen TV<br />
sets. Large industrial structures that<br />
require extensive fan systems and more<br />
efficient air heating are other potential<br />
applications.<br />
Quick help at sea<br />
ject was Torbjörn Henriksson, managing<br />
director of Kockum Sonics.<br />
– We started with people spread out<br />
everywhere, but they had a very interesting<br />
mix of skills, says Torbjörn Henriksson.<br />
As project leader, his first task<br />
was to produce order out of chaos and<br />
achieve effective cooperation in order to<br />
make the best possible use of everyone’s<br />
skills. Evidently he succeeded. Today a<br />
working prototype has been installed in<br />
M/S Skåne, a ferry operating the Trelleborg-Rostock<br />
route.<br />
SCS is an active security system<br />
which, in the event of a leak on board or<br />
cargo displacement, automatically starts<br />
evaluating the stability of the ship and<br />
simultaneously predicting its condition<br />
at various intervals, in particular its final<br />
condition. An automatic alarm is also<br />
connected to the shipping company’s<br />
on-call team so that people on land can<br />
also receive up-to-date information about<br />
From “chaos” to an exciting innovation.<br />
Kockum Sonics’s new prototype Safety &<br />
Cargo System shows how the twists and<br />
turns of an innovation process can lead<br />
to success in the end.<br />
But such a project often needs one<br />
or more driving forces to see it through.<br />
One of these driving forces in this prothe<br />
condition of the ship. This project<br />
is included in VINNOVA’s safety at sea<br />
programme, which was launched in 2001<br />
in order to build up research and development<br />
in this area. It is financed with funds<br />
that were left over when the burial of M/S<br />
Estonia was called off.<br />
Keys to security<br />
A pin-on-card is a smart card; you enter<br />
the pincode in a keypad on the card itself.<br />
It can be used, among other things,<br />
as a pass card and bank card. Security<br />
is guaranteed since the code is saved<br />
on the card and not in a computer that<br />
reads it, which would make it possible to<br />
trace the number. The product is based<br />
on a new intelligent technique called<br />
RFID (Radio Frequency IDentification),<br />
which was developed by the Swedish<br />
company Cypak. The pin-on-card won<br />
the European IST prize in competition<br />
with 430 products from 29 countries!<br />
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