The Beijing Olympic Torch boasts strong Chinese characteristics, and
showcases Chinese design and technical capabilities. It embodies the concepts of
a Green Olympics, a High-tech Olympics and the People's Olympics.
The Key Facts about the Torch
The torch is 72 centimetres high, weighs 985 grams and is made of aluminium. The
torch is of a curved surface form, with etching and anodizing being used during
its production. A torch can usually keep burning for approximately 15 minutes in
conditions where the flame is 25 to 30 centimetres high in a windless
environment. The torch has been produced to withstand winds of up to 65
kilometres per hour and to stay alight in rain up to 50mm an hour. The flame can
be identified and photographed in sunshine and areas of extreme brightness. The
fuel is propane which is in accordance with environmental guidelines. The
material of its form is recyclable.
The Artistic and Technical Features of the Torch
The torch of the Beijing Olympic Games has a very strong Chinese flavour. It
demonstrates the artistic and technical level of China. It also conveys the
message of a Green Olympics, a High-tech Olympics and the People's Olympics. The
shape of the paper scroll and the lucky clouds graphic, expresses the idea of
harmony. Its stable burning technique and adaptability to the environment have
reached a new technical level. The torch of the Beijing Olympic Games is
designed, researched and produced in China. BOCOG owns all intellectual property
rights.
The Fuel for the Torch
Under the concept of a Green Olympics, environmental protection was a key
element listed in the invitation documents to the design companies, by BOCOG.
The fuel of the torch is propane, which is a common fuel which also comes with a
low price. It is composed of carbon and hydrogen. No material, except carbon
dioxide and water remain after the burning, eliminating any risk of pollution.
The Burning System
Its stable burning technique and adaptability to the environment have reached a
new technical level. It can stay alight in severe weather conditions such as
strong wind, rain, snow, hail, etc. The flame can also be identified in sunshine
and areas of extreme brightness so as to satisfy the requirements of capturing
photographic images and video footage
