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CORRECTION -
11/16/07 Please see Problem Statement Section
Updated 10/26/07 -
see attachment to problem statement
Innovative Technologies for an Existing Commercial Building
Research, prioritize, develop and then demonstrate
innovative technologies that can be applied to existing commercial
buildings to improve efficiency and reduce its environmental footprint.
Unless you live in a cave, there is no way you can
avoid the widespread attention being placed on the design of “Green”
buildings today. In fact, buildings in the United States account for as
much as 36 percent of the total energy use as well as 30 percent of all
greenhouse emissions. Although there have been numerous
breakthroughs in this area, much of the focus is on new building
construction. What about existing commercial buildings? How does
an owner of a commercial building easily identify and then economically
retrofit an older building to be more efficient and thereby reducing its
environmental footprint?
Research,
prioritize, develop and then demonstrate innovative technologies that
can be applied to existing commercial buildings to improve efficiency.
Students should assume the building in question is:
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Located in Phoenix, Arizona;
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6-stories tall each having a foot print of 100,000
square feet -
corrected to reflect the attachment - 4-stories tall total footprint 100,000
square feet;
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constructed
with a flat, built-up
roof, dual-pane windows and standard fluorescent lighting; and
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equipped with low flow, manual flush toilets.
Specific design criteria are attached:
Task 1 Building Standards.pdf
The approach
and technologies chosen should:
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fully
leverage public and/or open source data and technologies on the
topic;
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be cost
effective and have a reasonable Return on Investment (ROI);
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be easy
to implement into an existing facility;
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be easy
and safe to install/use;
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meet all
regulatory standards; and
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be
consistent with EPA’s pollution prevention hierarchy.
Each team is advised to read the Participation Guide for a comprehensive
understanding of the contest evaluation criteria.
Upon your registration, WERC
will provide you with a copy of the Public Involvement Plan and
Participation Guide. Additionally, your proposed design will be
evaluated on issues identified in the problem statement.
In
addition to the general criteria given in the Participation Guide,
responses to this task statement will be evaluated on the following:
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Understanding of present industry practices;
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Practicality of proposed methods;
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Magnitude of proposed cost reduction;
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Justification of cost reduction predictions;
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System reliability and redundancy;
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Novelty of proposed methods;
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Originality in bench-scale demonstration;
and
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Use of mobile technology.
During the
contest, WERC will provide you with an opportunity to demonstrate the
proposed bench-scale. The bench-scale should highlight one or more
green technologies that would be installed in the facility to
demonstrate the environmental benefit of the technology.
Your poster
presentation should demonstrate green technologies available to reduce
the environmental footprint and projected improvements, assessment
recommendations, retrofit and operating costs over a five year period.
The written
report is the best means to demonstrate your team’s insight into the
problem, to allude to other possibilities considered but not pursued and
why and to give the reader full understanding of the magnitude of your
team’s involvement with the problem details. The report will be
evaluated for clarity, logic and coherence. Standards appropriate
for publications in technical journals apply.
In
addition to the listed requirements, the following must be included in
your report to WERC management:
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Describe approach and process steps in detail;
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Discuss advantages, disadvantages, and limitations of
the selected approach or process;
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Include recent references and sources of information;
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Address safety issues and considerations;
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Discuss the installation steps required; and
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Discuss costs.
Contact:
Barbara Valdez, Program
Facilitator
(575) 646-7821
(800) 523-5996
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