ASHRAE Journal - July 2019 - 110

Cambridge Engineering Is Helping Leaders Create Better
Working Environments For Hard-Working People
The North American evaporative cooling
market was valued at USD 1.41 billion in
2017, and is expected to reach USD 1.74
billion by 2023, recording a CAGR of
3.71%, over the forecast period of 20182023. The industrial application of
evaporative cooling accounted for the
maximum share of 47.9%, by generating a
revenue of USD 0.67 billion, in 2017, and
is expected to generate a revenue of USD
0.81 billion by 2023.

Idaho have semi-arid climates, with
temperatures going above 80°F) have
utilized DEC technology to provide
better IAQ in commercial and industrial
facilities.
The Cambridge E-Series DEC unit is
engineered to provide cool, fresh,
tempered air for facilities to create a
more comfortable and productive work
environment while using up to 70% less
energy than conventional mechanical
cooling systems.

Direct Evaporative Cooling (DEC) has The E-Series unit has 10 models,
traditionally been used in hot and dry
conditions where humidity levels are
relatively low - typically a great solution
for environments west of the Rocky
Mountains. If the outside air is humid,
the cooling effect produced by direct
evaporative technologies is limited. For
decades, the dry, hot and arid western
states (such as Wyoming, Utah,
Washington, Montana, Oregon, and

supplying from 10,000 to 80,000 CFM of
outside air. These compact units are built
in modular sections with a continuous
perimeter base frame. They can be
rooftop or grade mounted. They ship in
one section for quick and easy installation
saving both time and money.
With advances in Indirect Evaporative
Cooling (IEC) and two-stage evaporative

Cooling Systems That
Improve Your IAQ

cooling technologies, the ability to apply
evaporative cooling solutions in the
Midwest and Eastern U.S. has increased.
States, such as Illinois, Pennsylvania,
Kentucky, West Virginia and Delaware
have humid climates where Indirect
Evaporative Cooling could provide
better IAQ in commercial and industrial
facilities.
Although Indirect Evaporative Cooling
cannot achieve the Delta T that mechanical cooling can, IEC still has the
ability to provide a solution for tempered
cooling in facilities where there is a lot of
exhaust air and are working to achieve a
"do not exceed" temperature.
The Cambridge ESC-Series evaporative
cooling unit is a semi-custom fabricated
air handler that has 14 models ranging
from 2,450 to 58,800 CFM and is
designed for industrial, commercial, and
institutional buildings.

You've known us for our high quality heating and
ventilation products. Now, we can keep your hard-working
team cool with our new line of E-Series and ESC-Series
evaporative cooling products.
With advances in Indirect Evaporative Cooling (IEC) and
two-stage technologies, applying evaporative cooling
solutions throughout the entire U.S. have dramatically
increased. We have a solution that will work for you.
To ﬁnd your rep, simply go to:
www.cambridge-eng.com
and click on this icon:

FIND A REP

Superior Heating, Ventilating,
and Cooling Solutions.
S-Series HTHV Heaters * M-Series Makeup-Air Units * ESC-Series Evaporative Cooling
http://www.cambridge-eng.com
ASHRAE Journal - July 2019

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