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Press
Release: July 16, 1998 |
Prestigious award recognises scientific research
and business development
A South Australian company that developed revolutionary
low-cost air conditioning technology has been recognised for its
achievements at the recent Australia Post-Australia Day Council
Business Awards.
At the award presentation luncheon on Friday, July
3, guests were told that the technology, developed at the University
of Adelaide and commercially realised by DADANCO Pty Ltd, is saving
old commercial buildings that are "dying" from poor air
conditioning, and may even influence the design of future commercial
buildings.
Bill Mitchell, General Manager Australia Post, reading
from the citation said the technology, which had been recognised
in the scientific community, has extensive ramifications for building
construction and commercial property maintenance industries.
"The patented DADANCO technology utilises the
latest in Fluid Dynamics research to greatly improve the efficiency
of induction air conditioners, common in many older commercial buildings,
dramatically lower air conditioning noise, reduce maintenance and
running costs, and lower environmental impact through reducing energy
usage," Mr Mitchell said.
"In new construction projects, this efficiency
translates into savings on ceiling space for ducting, allowing an
extra floor to be constructed for every 12 planned, in the same
building envelope, and reductions in plant room size by about half
for the same air conditioning performance."
Mr Mitchell said that from a two-person start up company
in 1995, DADANCO now has a turnover of more than $3 million each
year with a current annual growth rate of around 500%.
In accepting the certificate, a DADANCO representative
said DADANCO's first success, in 1995, was to retro-fit their newly-invented
technology into each of the 557 ceiling-mounted units in Adelaide's
thirteen storey Capita building in one weekend, reducing air conditioning
noise by 5-10dB, and increasing the system's efficiency more than
30%.
Subsequent successes, which followed extensive research
and development, include reducing the air conditioner noise level
in an 8-floor Brisbane law court by 10 dB; and allowing a stalled
Sydney building project go ahead by showing the developer how to
gain an extra floor for the same building height using a new DADANCO
system.
The technology is also being incorporated into the
$25 million upgrade of 360 Collins Street, Melbourne where it reduced
capital expenditure on services by around 50% and promises lower
running and maintenance costs.
Recently-acquired projects will see DADANCO install
their technology in the National Mutual Building, Auckland, New
Zealand and the new United World College currently under construction
in Singapore.
To meet the growing demand, DADANCO has established
a manufacturing, distribution and sales facility for their new Starline
products at Thebarton, Adelaide.
As well as exporting their technology to all Australian
States, DADANCO has set up a joint venture company in Singapore
and will soon expand to Eastern and Western Europe and the East
Coast of America.
DADANCO's staff consists of a team of dedicated professionals
with a wealth of knowledge in the design of air conditioning equipment.
Our strong Research and Development Department ensures that the
performance of all products is kept ahead of expectations without
compromising consistency and quality within each product line.
The company's product range continues to expand through
incorporation of our innovative technologies into new products,
each of which is subjected to intensive testing and manufacturing
standards of the highest quality.
DADANCO recently embarked on a $2 million 3-year research
and development program that will see DADANCO employ more full-time
research engineers to work on projects designed to further increase
our STARLINE air conditioner efficiency and reduce energy usage.
The company's aim is to provide clients with
the best possible solutions through innovative design and imaginative
use of intellectual property.
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