GEM of a result
A global healthcare company is
saving £36,000 a year in energy costs
since installing Thermal Energy
International’s GEM steam traps at
one of its sites. A total of 85 steam
traps have been installed at the
process plan
A global healthcare company is
saving £36,000 a year in energy costs
since installing Thermal Energy
International’s GEM steam traps at
one of its sites. A total of 85 steam
traps have been installed at the
process plan
Thermal Energy International is launching its Opal GEM steam trap. Like all other GEM Traps, it uses the high density condensate within its specially configured orifice to hold back steam. As GEM Traps have no moving parts to wear out or fail, maintenance of steam systems converted to GEM Traps is reduced to simple annual inspection and, if necessary, cleaning.
After a full site conversion to GEM Traps at a major pharmaceutical facility in Australia, steam generation costs dropped by more than 25%.
Steam can account for as much as 40% of a company’s fuel
bill. Here, Grant Bailey of Thermal Energy International,
explains the importance of efficient steam traps
In addition to steam being used to heat
raw material
Energhe S.p.A. has made Thermal
Energy International’s GEM venturi
orifice steam traps its steam trap of
choice following rigorous testing at
parent company, Ferrero Group’s HQ
in Alba, Italy. To date 150 GEM steam
trap
Metered tests carried out on
Thermal Energy International’s
GEM steam traps by Italcables,
producer of wire strands for prestressed
concrete and post-tensioned
structures, have shown steam savings
of up to 30% compared
Thermal Energy International
(TEI) will be showing its range
of energy efficiency products
that include GEM venturi orifice
steam traps and flue gas condensing
heat recovery economisers.
Instead of a valve mechanism t
The Royal Albert Edward Infirmary
in Wigan, better known as Wigan
Infirmary, anticipates it will avoid
spending £48,847 per annum in fuel
and maintenance costs following the
installation of 157 Thermal Energy
Internatio
Thermal Energy International has
received an order worth £246,000
from Salisbury District Hospital
Trust to install a CHP exhaust stack
condensing heat recovery system for
use on its heating and hot water
system. The or
Thermal Energy International will
be introducing its Ceramic
Microfiltration System (CMF) to
visitors at Maintec 2010. Said to be
capable of providing a return on
investment in less than two years, the
CMF reduces water
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