Commercial
and Industrial Energy Efficiency Optimization
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Induced draft fan at Davao Union Cement, Davao, Philippines.
Inlet dampers on the left side are an excellent opportunity for
optimization.
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We understand the need for quick, high impact projects in today's
competitive environment. Our first priority is to look for projects that pay for themselves in three years
or less – a 30% to 100% return on investment. And that's not counting the productivity increases
that inevitably result from optimization.
Why optimize?
It's simple:
Optimized systems perform better. They provide:
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Lower operating costs |
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Higher profits |
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Less maintenance |
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More reliability and less downtime |
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Higher productivity |
Good optimization candidates
often exhibit three typical
symptoms:
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Maintenance or production-related problems |
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Failure to keep up with demand |
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Problems controlling the system |
Find out
more about...
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Fans.
Fans are in every facility, but are often not
operating at their peak efficiency.
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Motors.
There are a number of ways that motor systems can be
optimized for efficiency.
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Other Systems. Compressed air, pump
systems, HVAC, lighting. These systems can
benefit from optimization, especially if they are
oversized or use potentially wasteful devices such as
throttling valves, inlet dampers or bypass control.
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