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S e p t e m b e r 2 0 1 1
Green Construction Trends: Energy efficiency drives design and construction
w w w . m e t a l a r c h i t e c t u r e . c o m
Also inside: + Sunshades and South-facing Walls + Awarding Sustainability + Greenbuild and METALCON Previews
METL-09-008-3 ©2010 Metl-Span LLC - A BlueScope Steel Company. All rights reserved.
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P i o n e e r i n g i n s u l a t e d M e t a l P a n e l t e c h n o l o g y
THE BEAUTY OF LOGIC.
74242_OC_OC0-296.inddBeth Powell / Greg Parsons2-11-2010 12:52 PM bpowell_G5_06681
ClientJob #Prefi xTrimBleedLiveLine ScreenProduct CodeUnitCaption
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Visit us at Booth #6547 - GreenBuild 2011.
www.metalarchitecture.com September 2011 METAL ARCHITECTURE 3
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Circle #3 on reader service card.
At the Metal Construction Association semi-annual meeting last
month in Raleigh, N.C., Michael Deane, LEED AP BD+C, vice president and
chief sustainability officer at New York City-based Turner Construction Co., discussed
sustainability and green buildings in a speech titled “Sustainable Practice from the
Builder’s Perspective.”
Deane mentioned that the green market is still growing and is expected to
reach between $120-135 billion by 2015. Sixty-five percent of the total green market
is made up of education, health care, government and office projects. Turner Con-
struction has been leading the charge in green building since 2004 and is the largest
builder of green buildings in the nation. The company has completed 200 LEED certi-
fied projects and has an additional 230 LEED registered projects in progress.
In this month’s cover story, “Green Construction Trends,” starting on page 16,
Deane weighs in on the how the desire for carbon-neutral and net-zero buildings are
driving the construction and design market. “I think green practice, sustainable prac-
tice, is going to become more prevalent and more standard practice,” Deane says. “I
think the percentage of our work that is going to be certified as a green building by
some independent third party, such as LEED, is going to continue to grow.”
Keeping with the theme of energy efficiency, starting on page 22, Senior Editor
Mark Robins discusses how utilizing sunshades on south-facing walls can help cut
down on solar heat and glare, while still allowing daylight to brighten the interiors and
keep views unobscured.
Two of the industry’s biggest tradeshows—Greenbuild and METALCON—are
taking place next month, and Metal Architecture has all the information you need so
you know what to expect before you hit the show floor. The Greenbuild preview is on
page 26, and METALCON show highlights can be found on page 28.
Finally, make sure you check out how metal is playing a role in the health care
industry, with a variety of projects starting on page 30.
Marcy MarroManaging Editor
Sustainable Practices
METAL ARCHITECTURE (ISSN-0885-5781) is published monthly by Modern Trade Communications Inc., 7450 N. Skokie Blvd., Skokie, IL 60077. Subscriptions are free for those in the metal construction industry in the United States. For those outside the industry, the subscription price is $45 per year, in the United States; $75, in Canada and Mexico; and $150 per year, in all other countries. Periodicals class postage paid at Skokie, IL, and additional mailing offices. POSTMASTER: Address service requested. METAL ARCHITECTURE, 7450 N. Skokie Blvd., Skokie, IL 60077.
Editor’s Corner
www.metalarchitecture.com September 2011 METAL ARCHITECTURE 5
v o l u m e 2 7 n u m b e r 9
September 2011Contents
features16 Cover Story: Green ConStruCtion trendS The construction and design industries are being driven by the desire for high performing, energy-efficient buildings.
20 AwArdinG SuStAinAbility A look at the winners of the 2011 North American Copper in Architecture Awards, sponsored by the Copper Development Association.
22 SunShAdeS And South-fACinG wAllS Sunshades are an effective way to increase a building’s energy efficiency.
26 SpeCiAl report: Greenbuild preview A sneak peak at what’s in store at the 2011 Greenbuild show in Toronto on October 4-7.
28 SpeCiAl report: MetAlCon 2011 preview A preview of what to expect on October 11-13 at METALCON 2011 in Atlanta.
departments3 Editor’s Corner
8 Firm Strategies
9 LEEDing the Way
10 Ted’s MCM Corner
12 Industry News
30 Market Feature: Health Care
44 Featured Products
47 Ad Index
48 Top Honors
22
S e p t e m b e r 2 0 1 1
Green Construction Trends: Energy efficiency drives design and construction
w w w . m e t a l a r c h i t e c t u r e . c o m
Also inside: + Sunshades and South-facing Walls + Awarding Sustainability + Greenbuild and METALCON Previews
On the cover: The new three-story expansion at Barnes-Jewish St. Peters Hospital near St. Louis features a dramatic sunscreen created with perforated metal panels from Tampa, Fla.-based McNICHOLS Co.
30
16
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www.metalarchitecture.com September 2011 METAL ARCHITECTURE 7
v o l u m e 2 7 n u m b e r 9
September 2011Online Contents
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Features• Industry experts weigh-in on codes, regulations and standards in a special
MA roundtable.
• Discover how natural light changed one winery’s design aesthetic.
• Learn how zinc changed the entire process of one historical renovation.
Top Stories • Find out what are the latest design innovations on college and university campuses.
• See how a new modern addition mixes with the oldest museum in the
western United States.
Industry News
• Check for the latest updates from the AIA, EPA and more.
• Do you practice integrated design? Are you practicing integrated design correctly?
Social Media• Have you “liked” us on Facebook?
• “Followed” us on Twitter and LinkedIn?
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8 METAL ARCHITECTURE September 2011 www.metalarchitecture.com www.metalarchitecture.com September 2011 METAL ARCHITECTURE 9
By Thomas Taylor
recently, i was asked by a general contractor to
review proposed contract language for a project in
which leed certification was to be pursued. the pur-
pose of the review was to provide comment on any
items that could increase the contractor’s liability and
identify areas of assigned responsibility that might
add cost to the “General Conditions” portion of the
contractor’s bid. My firm has performed this activity
many times over the past six years, and this task gives
us the opportunity to see firsthand how owners are
responding to the evolving legalities of leed.
Roles and ResponsibilitiesEach member of the team, including the owner, ar-
chitect, engineer, contractor and end user, has a part
in the delivery of a project that will one day receive
LEED certification. Because of this, it is vitally impor-
tant that those involved in the delivery of LEED proj-
ects understand their roles and responsibilities. The
project I recently reviewed was a lump sum general
contract in which the contractor had no responsibility
for the design of the project. In the terms and condi-
tions section of the contract, the language related to
LEED certification led the reader to believe that the
owner may not have been fully aware of which mem-
bers of the delivery team were responsible for the
various activities required on a LEED project. The first
indication of this came with the following statement:
Contractor shall have on staff a LEED
Accredited Professional who has experience
in constructing LEED certified projects and
shall, as requested by the owner, administer
the LEED certification process using its best
efforts to cooperate with architect and assist
the owner to achieve the desired LEED
certification for the project.
When we see proposed contractual language such
as this, several questions must be asked, including:
• What is the owner’s definition of cooperation?
• How much effort will it take to assist the owner
in achieving the desired level of LEED certification?
The terms cooperate and assist can take on a
variety of different meanings depending on whom you
ask. These terms can also take on a different meaning
depending on the phase of the project. At the start of
most projects, there is generally an optimistic feeling
among the entire team that everything related to the
project is going to work out as exactly planned. As the
project moves from design to construction, budgets
are tested, value-engineering exercises are required,
schedules are sometimes disrupted and the drivers of
the project shift. How an owner defines cooperation
and assistance at the beginning of a project can change
drastically when faced with the extreme stressors that
often occur at the end of a project. A practical approach
to alleviate potential problems that could arise with the
use of vague terms such as cooperate and assist is to
specify the exact activities required by the contractor or
to provide an allowance of hours that may be expended
to assist the owner with LEED-related tasks.
LEED and Contract DocumentsDuring our recent review of contract language, the
second red flag went up when we read the following:
Contractor shall perform the work in
accordance with the LEED checklist to the
extent that such checklist and criteria therein
are consistent with the requirements of the
contract documents, including but not limited
to, LEED criteria which relate to procurement
of materials, on-site installation practices and
construction waste management.
This type of proposed contract language is
problematic for a variety of reasons. One of the
main issues involves using a LEED checklist as
a contract document. A LEED checklist should
be used as a tracking tool, not a basis of contrac-
tor performance. A LEED checklist indicates the
prerequisites and credits contained in the LEED
rating system and provides information regarding
the credits that are anticipated to be achieved by
the specific project. A checklist may also indicate
whether the prerequisite or credit is defined as a
Design or Construction phase submittal by US-
GBC. This last piece of information, if included on
the checklist, can create challenges for project
teams. USGBC designates prerequisites and cred-
its as either “Design” or “Construction” phase.
These designations provide a guide as to who may
be responsible for the documentation of those
corresponding prerequisites and credits. While
the designations generally provide an accurate
depiction of when the prerequisite or credit can
be documented, assigning full responsibility of a
prerequisite or credit based on this designation is
not always a perfect fit. Therefore, it is critical for
contractors preparing lump sum cost proposals for
projects seeking LEED certification to understand
all of the requirements of the LEED rating system.
The following example illustrates the potential
issues which can arise from assigning sole responsi-
bility for a LEED prerequisite or credit to one project
team member. Energy and Atmosphere Prerequisite 1
delineates specific requirements for fundamental com-
missioning of the building energy systems. USGBC
designates this prerequisite as a Construction phase
submittal. The inference from this designation is that
the contractor is responsible for commissioning the
building energy systems. However, further examina-
tion of the LEED Reference Guide reveals that the
first of 12 individual steps required to comply with this
prerequisite is that the Commissioning Authority (the
person responsible for the commissioning activities)
be designated during the design phase of the project.
In all, six of the 12 required steps for compliance with
the commissioning prerequisite must take place be-
fore the start of the construction phase of the project.
USGBC provides further guidance that if a project
is larger than 50,000 square feet, a member of the
contractor’s team cannot carry out the commissioning
activities. While the checklist may indicate that this
prerequisite is a Construction phase submittal, and it is
true that the contractor must take an active role in the
commissioning process, it is clear that the responsibil-
ity starts with the design team.
Read the Contract—and the LEED Requirements! The proposed contract language I recently reviewed
went on to include many other examples of these
types of issues—many more than I am able to cover
here. The point is that when it comes to providing
lump sum bids for projects that are pursuing LEED
certification, proposing contractors would be wise to
understand the extent of the responsibilities to which
they are obligating themselves. Contractors are often
reminded to “RTC”—Read the Contract! In the case
of a LEED project, it is equally important to read the
LEED requirements and understand how they may
become a part of your contract documents, unless
you take steps to make sure your scope of work care-
fully and explicitly defines your LEED role.
Thomas Taylor, a 29-year veteran of the construc-
tion industry and noted expert on sustainability, is
the general manager of St. Louis-based Vertegy. His
recent book, “Guide to LEED 2009: Estimating and
Preconstruction Strategies,” provides step-by-step
information about the LEED 2009 for New Construc-
tion process. To learn more about Vertegy or Taylor’s
new book, visit www.vertegyconsultants.com for
more information.
Contractual Considerations of LEED
LEEDing the WayFirm Strategies
By Ronald A. McKenzie
In Search of LeadershipThis is an ongoing story of encounters between the
King, everyone’s favorite owner; his architect, Slide
Rule; and his contractor, Igor. Characters are inspired
in part by Gary Larson’s Far Side.
“Altogether now, one, two, three … keep
your mind on your driving …”
“Your Majesty, I have a problem,” said Slide
Rule, the No. 1 architect of the Castle, interrupt-
ing the King’s presentation.
The King was at the front of the small group
of Knights and business owners that worked the
marketplace and other gathering areas to sell
their wares. The King had been leading them in
a management exercise. “What is that Slide?”
asked the King.
Everyone stood as if they were a frozen
statue, as someone had dared to address the
King. “Well,” said Slide, “I was talking with Igor
and he said he doesn’t get what you’re doing.”
“Hey, don’t bring me into this,” said Igor, the
King’s No. 1 contractor.
“Okay. Let’s take a break.” The King slapped
his hands together, almost expecting the lights
to go out.
Everyone sort of disbanded and they went
to sit in the shade. Watered down wine was im-
mediately served to the King. He glanced at the
group and waved his hand. Magically, wine was
served to everyone.
“What part don’t you get?” asked the King.
“I don’t get any of it,” answered Igor. “I have
no idea what’s going on.”
“So the situation is status quo,” said Slide in
a mocking voice.
Everyone in the room turned and looked at
Slide in fear, including the King. There were no
sounds to be heard.
“That’s a good one,” said the King in a laugh-
ing voice. Everyone breathed a sigh of relief.
“What we have been talking about is leader-
ship. A business person must have leadership in
their company just like a Knight needs to have
leadership on the battlefield.”
“Your Honor, tell us more about leadership.”
“It is my pleasure. First
of all, what I’m worried about
is the lack of leadership in
today’s modern society. The
gossip and rumor mills are
filled with many stories where
managers are letting down their em-
ployees, even small companies of around 25
employees. It’s unbelievable that so many man-
agers don’t have a clue what leadership means.”
The King continued, “There are three main
considerations concerning leadership: What is it,
where did it go, and how do we get it back?”
Igor raised his hand out of politeness. “I’ll
get things started. What is leadership?”
“Very good Igor. Leadership is the ability to
manage the big picture, such as future mar-
ket positioning, all the way down to the small
picture. It’s the ability to relate to their largest
customers, as well as to the janitor that sweeps
the floor. It’s the ability to set in place processes
that provide a structure for multiple employees
to do their job. Quite frankly, leadership is all
about respect in all areas of the business. It’s
also about reacting to new threats. It’s lacking in
most companies.”
“Respect?” said Slide.
“Yes, respect. So often the leaders of a com-
pany cannot identify with the challenges of their
employees, both on a business and a personal
level. Being a leader and demonstrating leader-
ship means you understand and have empathy,
and you, the leader, are there to help them. Say-
ing things like, ‘this is not working’ to someone
means that you have failed to lead. Leadership is
about people.”
“Wow,” said Slide. “I had no idea that lead-
ership was about people. But, where did it go?”
“Leadership has given way to the financial
report. It’s often said there are two ways to
manage a company. One way is from a market-
ing aspect, which is more closely aligned with
people. The second way is from a financial over-
view. While financials are absolutely necessary
in making decisions, it’s not a substitute for tak-
ing people out of the equation. True leaders lead
people, not numbers. The numbers are simply a
score card. Leadership is absent in most compa-
nies and the score card is in its place.
“In good times companies are led from a
marketing perspective, in bad times they are led
from a financial perspective. The real dirty little
secret of business is that it always should be
led from a marketing perspective. That’s what a
leader does.”
“So, how do we get it back?” asked Igor.
“You must fight for it. You must be a Knight
in shining armor. You must manage from the bot-
tom.”
Slide raised his hand. “Your Honor, what
does ‘manage from the bottom’ mean?”
“It means you must always lead even if
those above you are a confused tangled web
of decision making with no direction or even a
concept of leadership. You must never become
a roadblock when others depend upon you.
You must set an example. You must train those
around you even though they have no idea you
are training them.”
“But, what’s the point?”
“The point is, you know you have done the
right thing. You have leadership with what you
have responsibility for, and you try and mange
those above you trying to point out the right
direction. Even if you fail, you have won.”
“How is that?” asked Slide.
“It’s all about respect for yourself and going
home at night knowing that you are doing more
than the best job possible. You are a leader of
leadership.”
With the exception of an occasional guest
appearance by the author, any similarity to actual
events or people living or dead is purely coincidental.
Ronald A. McKenzie is president of COMPASS
Consultants Corp., a strategic planning and mar-
keting company specializing in developing busi-
ness growth. He is a published author and has
made nationwide presentations on the subject
of strategic planning and marketing. He can be
reached at (630) 740-4434 or ramckenzie.com
10 METAL ARCHITECTURE September 2011 www.metalarchitecture.com
How to Choose a Great MCM Fabricator
Ted’s MCM Corner
By Ted S. Miller
Last month we began our discussion on
“How to Choose a Great MCM Fabrica-
tor.” This month we will examine the area
of experience in more detail.
in order to score the highest number of points towards
becoming a premium MCM fabricator as certified by
the Metal Construction Association for the parameter of
experience, a fabricator must prove it has produced at
least 150,000 square feet of architectural MCM panels for
at least five years.
Why 150,000 square feet and why five years? This level of production and persistent involvement in making MCM panels demonstrates that the fabricator does these types of panels on a continuing basis and does not just jump in and out of the market when they feel they can “knock off” a job. A fabricator that does these types of pan-els on a continuing basis will have established processes that ensure consistent fabrication techniques and quality assurance provisions so that a quality project is delivered. Just like a good weekend golfer may post a par score occasionally, pro golfers do that consistently because they work on their game every day. Similarly, those fabricators that do this work every day are better than those that do it only every once in a while. How does the MCA make sure that the Premium MCM Fabricator has actually produced this level of work over a con-sistent basis? It requires that the fabricator provide documen-tation directly from the MCM sheet manufacturers on the amount of MCM that has been purchased and for what time period. This gives the program “teeth” to assure architects, general contractors and building owners that the fabricator is indeed experienced. Bottom line: You can obtain a quality project for a competi-tive price by utilizing an experienced Premium MCM Fabricator. Why not insist on quality?
Ted S. Miller is the CEO of The Miller Clapperton Partnership Inc., Austell, Ga. For more information, visit www.millerclapperton.com.
Part 1: Experience
Children’s Museum of Arts and Science, Daytona Beach, Fla. A NEW DIMENSION
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Circle #7 on reader service card.
Barneys of New York, Scottsdale, Ariz.
Boca Raton Cancer Research Center, Boca Raton, Fla.
Jade Beach, Miami
12 METAL ARCHITECTURE September 2011 www.metalarchitecture.com
Industry News
www.metalarchitecture.com September 2011 METAL ARCHITECTURE 13
A multitude of factors are preventing a recovery for
the beleaguered design and construction industry.
Lenders that have been extremely reticent to finance
construction projects, budget shortfalls at all levels
of government, the ripple effect of overbuilding, a
depressed housing market and rising costs of key
construction commodities are all contributing to what
projects to be a decline of 5.6 percent in spending this
year for nonresidential construction projects.
“Consumer and business confidence is poor
and the overall economy has yet to pull out of the
downturn that began in 2008, which both add to the
general sense of anxiety and uncertainty in the real
estate market” says AIA Chief Economist, Kermit
Baker, Ph.D., Hon. AIA. “Spending on renovations
of existing buildings has remained strong, but the
depressed demand for new construction isn’t likely
to improve until next year, led by the commercial
sector: offices, retail and hotels.”
The American Institute of Architects semi-annual
Consensus Construction Forecast survey of the na-
tion’s leading construction forecasters, also projects a
6.4 percent increase of spending in 2012.
Market Segment Consensus Growth Forecasts
2011 2012
Overall nonresidential -5.6% 6.4%
Commercial/industrial -6.5% 11.8%
Hotels -17.9% 18.0%
Industrial -15.8 8.4%
Office buildings -6.1% 9.8%
Retail -3.1% 11.8%
Institutional -3.4% 4.4%
Religious -10% 6.3%
Education -5.2% 2.6%
Public safety -2.5% 0.9%
Amusement/recreation -0.3% 5.9%
Health care facilities 1.8% 7.1%
Decline in nonresidential construction spending expected in 2011 with modest growth projected for 2012
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October 4-7Greenbuild International Conference and ExpoMetro Toronto Convention Centre, Toronto(866) 579-8413 I www.greenbuildexpo.org
October 11-13METALCON International Georgia World Congress Center, Atlanta(617) 965-0055 I www.metalcon.com
Events
Circle #8 on reader service card.
Piqua, Ohio-based Classic Products Inc. has
announced a new corporate name of Isaiah
Industries Inc.
According to company President Todd Miller,
“The name change is to reflect our identity as
a Kingdom Business. Because the core values
[that] guide us have been unchanged for some
time, our past and present customers will notice
no difference in the way we operate. Additionally,
this does not represent any change in ownership.
It is entirely a name change to reflect who we are
as a company.”
Isaiah Industries markets its products through
three separate and wholly owned divisions: Clas-
sic Metal Roofing Systems, Kassel & Irons and
Green American Home.
New name for Classic Products Inc.Fourteen structural steel building projects have
earned national recognition in the 2011 Innovative De-
sign in Engineering and Architecture with Structural
Steel awards program (IDEAS2). Conducted annually
by the American Institute of Steel Construction, the
IDEAS2 awards recognize outstanding achievements
in engineering and architecture on steel-framed build-
ing projects throughout the U.S. The award is the
highest honor bestowed on building projects by the
structural steel industry in the U.S.
A panel of design and construction industry
professionals identified National and Merit winners
in three categories, based on constructed value:
projects less than $15 million; projects $15 million
to $75 million; and projects greater than $75 mil-
lion. In addition, the panel awarded a Presidential
Award of Excellence to one project for structural
engineering accomplishment.
Each project was judged on its use of structural
steel, with an emphasis on creative solutions to
project requirements; design innovation; aesthetic
and visual impact of the project; innovative use of
architecturally exposed structural steel; technical or
architectural advances in the use of the steel; the use
of innovative design and construction methods; and
sustainable design and construction.
Projects Less than $15 Million
National Award: Rio Roca on the Brazos religious
facility, Palo Pinto, Texas
National Award: Buckner Companies Home Of-
fice, Graham, N.C.
National Award: Cutting Horse Ranch facility,
North Texas
Merit Award: The Power Plant at Rocketts Landing
commercial adaptive reuse, Richmond, Va.
Merit Award: Montecito Residence, Montecito, Calif.
Merit Award: House of Air commercial adaptive
reuse, Presidio Building 926, San Francisco
Merit Award: Lady Bird Lake Hike and Bike Trail
Restroom, Austin, Texas
Projects $15 Million to $75 Million
National Award: Gateway Center, Westchester
Community College, Valhalla, N.Y.
National Award: National Renewable Energy Labo-
ratory Research Support Facility, Golden, Colo.
National Award: Hypar Pavilion at Lincoln Center,
New York
Projects Greater than $75 Million
National Award: Mineta San Jose International
Airport Terminal B and Concourse, San Jose, Calif.
National Award: National Alabama Corporation
Railcar Manufacturing Facility, Cherokee, Ala.
Merit Award: 510 Madison Avenue, New York
Presidential Award of Excellence in Engineering
Ottawa Street Power Station commercial adaptive
reuse, Lansing, Mich.
Innovative structural steel building projects earn national awards
Austell, Ga.-based YKK AP America Inc. launches
its Rapid Building Envelope Program. By ship-
ping from a single location, YKK AP now makes
its architectural products available for shipment
in as little as 72 hours. The new Rapid Building
Envelope Program covers multiple configurations
for 20 YKK AP product lines. It also incorporates
all standard profiles and accessories associated
with eligible product lines to meet the needs of
projects containing special conditions, including
corners and receptors.
YKK AP launches rapid building envelope program for architects
Circle #8 on reader service card.
June marked the third consecutive decline in rev-
enue at U.S. architecture firms as measured by
the Architecture Billings Index. The AIA reported
the June ABI score was 46.3, almost a full point
from a reading of 47.2 the previous month. This
score reflects a continued decrease in demand
for design services (any score above 50 indi-
cates an increase in billings). However, the new
projects inquiry index was 58.1, up sharply from a
mark of 52.6 in May.
Key June ABI highlights:
• Regional averages: West (51.7), Northeast
(47.5), South (47.3), Midwest (44.6)
• Sector index breakdown: mixed practice
(51.5), commercial/industrial (50.0), multi-
family residential (49.6), institutional (45.9)
• Project inquiries index: 58.1
Another setback for the Architecture Billings Index
Santa Ana, Calif.-based Acralight International Sky-
lights announces the completion of a significant ac-
quisition thereby adding a major, new manufacturing
facility in Dallas to the company’s California opera-
tions. Operating as Acralight International Skylights,
Texas Division, the acquisition of these assets estab-
lishes Acralight as the only full line manufacturer of
skylights in the U.S. with manufacturing and shipping
locations east and west of the Rocky Mountains.
Acralight International Skylights announces acquisition/geographic expansion
Tecta Solar, a division of Skokie, Ill.-based Tecta
America Corp., has opened a new office just
outside of Philadelphia in Fort Washington, Pa., to
provide its expanding team a sustainable, local of-
fice for its solar development, finance and engineer-
ing operations. Increasing demand for solar tech-
nology from East Coast clients has also prompted
three new hires in the region for Tecta America. The
expanded team will provide regional and national
clients with a center of expertise for solar solutions
based on clients’ unique goals and full capture of
local and federal incentives.
Tecta Solar expands East Coast presence
As part of its planned market expansion, Tubelite
Inc. has opened two offices in South Carolina and
Texas and added six experienced employees to its
team. Both locations are fully operational to support
clients’ needs for storefront, curtainwall, entrance
and daylight control systems. These offices also ex-
tend support for the markets Tubelite already serves
through increased sales representation in Virginia,
the Carolinas and Georgia, as well as south Texas.
Tubelite expands into South Carolina and Texas
See us at GreenBuild Booth #544N.
www.metalarchitecture.com September 2011 METAL ARCHITECTURE 1514 METAL ARCHITECTURE September 2011 www.metalarchitecture.com
Industry News
Circle #10 on reader service card.
Insulated Metal Panels keep you cool when the heat is on
Vicwest and AWIP: Joining forces to serve the IMP market better
Vicwest and All Weather Insulated PanelsTOGETHER… how cool is that? From sub-zero cold to dry heat or humidity, Mother Nature tests the very limits of building envelopes. Vicwest / AWIP Insulated Metal Panel Systems are engineered to maintain interior climate control, regardless of the weather. Plus, they allow for a one step pass around the building for faster installation and reduced labor costs. Available in various profiles, colors, sizes and finishes, Vicwest / AWIP Insulated Panels are the way of the future. www.awipanels.com www.vicwest.com
Circle #9 on reader service card.
Architect compensation stagnant as recession lingersAs the construction industry continues
to suffer the effects of a prolonged
economic downturn, the architecture
profession has been hit especially hard.
Consequently, the declining demand
for design services has resulted in an
average increase in total compensation
of only $1,600 between 2008-2011 for
staff architecture positions, according to
the 2011 American Institute of Architects
Compensation Survey.
“In addition to reducing benefits
offered to employees, architecture firms
have been faced with devastating condi-
tions and had to make difficult reductions
in expenses,” says AIA Chief Economist,
Kermit Baker, Ph.D., Hon. AIA. “Salary
freezes or reductions, scaled back hours,
the conversion of full-time to part-time
or contract positions, and mandatory
furloughs have all taken a toll on the
compensation of architects.”
Average compensation Senior design/
project management staff
2011 $94,900
2008 98,800
2005 85,800
Architects/designers
2011 $71,600
2008 71,600
2005 57,700
Interns
2011 $47,300
2008 45,400
2005 38,800
Maroon 5 to headline opening celebration at Greenbuild 2011Grammy award-winning band, Maroon 5, will perform for more
than 25,000 members of the green building community at the
upcoming Greenbuild International Conference Expo, hosted by
the U.S. Green Building Council. Greenbuild, the world’s largest
conference and expo dedicated to green building, will take place
Oct. 4-7 in Toronto.
“We’re thrilled to host one of music’s biggest bands, Maroon 5,
for what will be an unforgettable evening of inspiration and celebra-
tion,” says Kimberly Lewis, vice president, conferences events, US-
GBC. “The green building community has so much to celebrate, and
there is no better place to let loose then at this can’t-miss event!”
“The band and I are looking forward to heading to Toronto for
Greenbuild 2011,” says Maroon 5’s Adam Levine. “The environ-
ment is a cause that the entire band deeply cares about and we are
excited to help kick off the 10th anniversary of this important event.”
The concert, taking place the evening of Oct. 5 at the Air Canada
Center, will follow an inspiring keynote by Pulitzer-Prize winner
Thomas Friedman, and a panel on USGBC’s Resiliency Agenda,
featuring medical anthropologist and physician Paul Farmer, and ABC
News political commentator Cokie Roberts.
3A Composites USA names marketing manager for architectural, corporate business segments Moorseville, N.C.-based 3A Composites USA
Inc. announces the appointment of Douglas A.
Twitchell as marketing manager for the company’s
Architectural/CID (Corporate Identity) business
segments. Twitchell will be responsible for adver-
tising, public relations, sales tools and electronic
media content for these business segments.
Twitchell has worked for 3A Composites (formerly
Alcan Composites) since 1999 and most recently
served as business development manager, corporate
identity, for Alucobond ACM in the architectural mar-
ket. Previously, he served as northwest district sales
manager for the graphic display market.
Firestone Energy Solutions welcomes new senior sales engineerIndianapolis-based Firestone Building Solutions
welcomes Michael Sexton as the company’s new
senior sales engineer. Sexton will oversee the de-
velopment of Firestone Energy Solutions’ in-house
operations and services, PV product selection and
roofing system design for PV applications. Sexton
will also provide field support for the Firestone sales
organization and roofing contractors installing PV on
Firestone roofs.
Previously, Sexton served as the single ply
systems/accessories engineer for Firestone Building
Products’ roofing division. Prior to joining Firestone,
Sexton held a variety of technical and engineering po-
sitions involving roofing product and system research
for multiple companies and government organizations
including the National Research Council Canada.
Meeker joins Englert as corporation counselCourtney Meeker has been named corporation
counsel for Perth Amboy, N.J.-based Englert Inc. As
corporation council, Meeker will be responsible for
a wide range of legal matters for Englert including
contracts, employment issues, patents and trade-
marks and other business matters.
Prior to joining Englert, Meeker practiced patent
law for 11 years at two Washington, D.C.-based
law firms. Meeker is a member of various law
associations including the National Association of
Women Lawyers.
Varco Pruden names western region district managerRonnie Schmitz, who has been involved in the con-
struction industry for more than 18 years, has been
named a western region district manager by Mem-
phis, Tenn.-based Varco Pruden Buildings, a division
of BlueScope Buildings North America Inc. Schmitz
will be responsible for the sales and marketing of
Varco Pruden products in Arizona, Nevada and Utah.
He will be based in Phoenix.
Schmitz comes to Varco Pruden from a large
metal building contractor in Phoenix where he
served as an operations manager. He also worked
for six years as a district manager of a major pre-
engineered metal manufacturer and six years as
partner, vice president and managing partner of op-
erations for a design-build contractor in Mississippi.
Industry News: personnel
16 METAL ARCHITECTURE September 2011 www.metalarchitecture.com Circle #8 on reader service card.
the construction and design industries are still
dealing with the effects of the nation’s economic
situation, and according to the most recent Con-
sensus Construction forecast by the American
institute of Architects, spending for nonresiden-
tial buildings will have a modest recovery in 2012
of 6.4 percent. while overall business has been
down for many architectural and construction
firms recently, the number of leed and sustain-
able projects continue to grow.
“I think it’s a testament to the perception that
green buildings are better buildings. And in times of
scarcity, when you have limited resources, those firms
that were able to build during the economic downturn
obviously wanted the most bang for their buck and
recognized the relative value of green buildings. Our
observation was anybody that was building during
[2007 to 2009], was continuing to build green because
it was a better product,” says Michael Deane, LEED
AP BD+C, vice president, chief sustainability officer at
Turner Construction Co., New York City.
The Push for High Performing Buildings
With green building on the rise, clients are not only
looking for LEED certified projects, but are pushing
sustainability boundaries by aiming for buildings
that are net-zero energy and water, and are even
carbon neutral.
Mark Kranz, AIA,
NCARB, LEED AP, design
principal at Phoenix-based
SmithGroup, notes that its
firm is seeing more RFPs
for zero-energy buildings
popping up in the market-
place and that some of its
clients are even writing
performance criteria for energy and daylighting into
their contracts. “We’re seeing our most sophisticated
clients expecting higher and higher levels of sustain-
ability on all aspects of their projects,” he says. “The
fiscal side of sustainability continues to steer the boat,
but clients have started to get the fact that it’s about
energy consumption, and that’s what impacts their
bottom line. More energy-efficient buildings cost less
in the long run and we’re being asked to prove that
our buildings are doing what we say they’re doing.”
Tony Cosentino, project design coordinator at
Perini Building Co., Henderson, Nev., agrees, saying:
“Most clients want buildings that are less expen-
sive to build and operate. To achieve that we look to
the design professionals to design structures that
use less materials and will consume less energy.
Sometimes it’s a matter of in-depth design exer-
cises to determine how to frame a structure using
fewer connections, less parts and less labor. These
become leaner buildings than their cousins.”
“One of the things that we’ve noticed over the
years is that when people set out to meet some
sustainable benchmark—whether it’s LEED certified
or LEED Gold or net-zero energy—the people who
are leading the market—the early adapters and the
high achievers—are going for higher achievement,
and today those things are carbon-neutral, net-zero
for energy and net-zero for water,” explains Deane.
“As those benchmarks are achieved by the early
adapters and the benefits become manifest, then
more people in the mid-range of the building market
will begin to adapt those higher standards. And
that’s how we evolve a better building over time.”
Looking Beyond LEED
The U.S. Green Building Council’s LEED certifica-
tion program is the most common performance
benchmark for energy efficiency. However, through-
out the recent years of the recession, many archi-
tects and builders have noted that while energy
efficiency is still at the top of the list for client
wants, many are opting not to go through the LEED
certification process.
“Most clients today aren’t interested in the
plaque on the wall, but they are interested in reduc-
Cover Story
Green Construction TrendsBy Marcy Marro, Managing Editor
The desire for energy-efficient buildings drives design and construction
ing energy use and ongoing expenses,” Cosentino
explains. “Clients recognize the need to reduce
operational costs, and to some extent provide for a
better living and working environment, but they are
not interested in the certification.”
“I think that the main thing that LEED has
done is that it has developed a key awareness
of everybody—from the people that use build-
ings to rent building to the landlords, owners and
developers—that energy efficiency and sustain-
ability are important things that should be done in
buildings,” explains Ron McKenzie, president of
COMPASS Consultants Corp., Bloomingdale, Ill.
“LEED attempts to take a holistic approach to
sustainability that goes beyond energy efficiency,”
says Kranz. “Energy conservation has become
the single most critical aspect of sustainability
because of its impact to affect climate change
and one where there can be tremendous financial
benefits to an owner to pursue. We should never
ignore the holistic approach but put a greater em-
phasis on the energy side because that is where
we can affect the greatest change.
“Working toward designing net-zero energy
buildings or even energy positive buildings is about
the reduction of energy produced by fossil fuels and
it goes beyond the financial aspects to owners and
towards creating buildings that have a positive con-
tribution to society and the environment in terms of
climate change and the health of our planet.”
“When you say that you’re goal is to achieve
net-zero energy, you don’t abandon LEED and then
suddenly do something else, you try to achieve
that level of energy efficiency within the context
of LEED, and in fact, I think LEED is a good way
to keep track of how you’re doing because in the
energy and atmosphere category there are specific
strategies and then specific benchmarks that you
must demonstrate and document for increasing
levels of energy efficiency as you approach net
zero,” Deane says. “I think they’re sort of synergis-
tic. Net zero is a goal that can lead you to a high
level of achievement within the LEED system.”
Performance Benchmarks
While LEED is currently the largest green building
certification system available, the USGBC also
stands behind the Living Building Challenge and
Architecture 2030’s 2030 Challenge.
Comprised of seven performance areas that
address development at all scales, the Living Build-
ing Challenge is a performance-based standard
that requires buildings to be net-zero energy and
net-zero water, amongst other advanced standards
for materials for a goal of lasting sustainability. Cer-
tification is achieved after a building has performed
as modeled for one year. (To learn more about the
Living Building Challenge, see the sidebar.)
“One of our clients is pursuing [LBC], and
has asked that all of their new facilities subscribe
to that set of guidelines,” says Mark Dewalt, AIA,
principal at Valerio Dewalt Train Associates Inc.,
Chicago. LBC goes even further than just energy
efficiency, “because it talks about not just build-
ings, but the site that they sit on, the landscaping,
the communities that these buildings are in. How
do we design buildings to be more in harmony
with their site? It’s a more holistic approach.”
Also adopted by the American Institute of
Architects and the U.S. Conference of Mayors,
the 2030 Challenge looks to dramatically reduce
the climate-change-causing greenhouse gas emis-
sions of the building sector by changing the way
buildings and developments are planned, de-
signed and constructed. This is accomplished by
meeting energy reduction targets through 2030
and beyond. (For more information on the 2030
Challenge, see the sidebar.)
“Since energy and building performance can
have such a critical impact on climate change
and the fact that buildings are the major source
for contributing to that picture through energy
The Living Building ChallengeLaunched in 2006 by the Cascadia Green Building
Council, the Living Building Challenge goes beyond
LEED and other programs by providing a strict stan-
dard for creating buildings that are restorative and
balanced. In May 2009, Cascadia created the Interna-
tional Living Building Institute to oversee the Living
Building Challenge and its auxiliary programs. The
International Living Building Institute was renamed
the International Living Future Institute in April 2011,
and became the umbrella organization for both the
Living Building Challenge and the Cascadia Green
Building Council.
The Living Building Challenge is a philosophy, ad-
vocacy tool and certification program that addresses
development at all scales. It is comprised of seven
performance areas—site, water, energy, health, ma-
terials, equity and beauty—that are subdivided into a
total of 20 imperatives, each of which focuses on a
specific sphere of influence.
Viewed as the most rigorous green building
standard in the world, the Living Building Challenge
brings together the most progressive thinking from
architecture, engineering, planning, landscape design
and policy. The program defines the most advanced
measure of sustainability in the built environment
possible today and acts to diminish the gap between
current limits and ideal solutions.
The program features a red list of chemicals and
materials that cannot be used in any LBC building.
The list include products such as mercury, asbestos,
PVC, formaldehyde and lead that through studies
have been linked to unhealthy indoor air quality.
To be recognized as a Living Building, a project
must be self-sufficient for energy and water, in addi-
tion to meeting advanced standards for material use
and indoor environment quality. Before becoming
certified, a building must perform as modeled for one
year and have requirements proven through a third-
party audit.
The program is fully recognized and endorsed
by the U.S. Green Building Council as a national pro-
gram and is not viewed to be a competitor with the
LEED Green Building Rating System.
Learn more about the Living Building Challenge
at www.ilbi.org/lbc.
PHOTOS: Top: The Energy Systems Integration Facility (EFIS) at the National Renewable Energy Laboratory in Golden, Colo., utilizes Galvalume and Zinc panels to create a highly articulated energy-efficient rain screen system. Left: The project at Central Arizona College-Maricopa Camps, Maricopa, Ariz., utilizes Corten steel plate panels and perforated Corten panels. Right: The Integrated Education Building at GateWay Community College in Phoenix features Copper and Red ACM panels.
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18 METAL ARCHITECTURE September 2011 www.metalarchitecture.com
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metal_arch_kent_architect_10.375x13_fc.indd 1 8/10/11 3:29 PM
Circle #11 on reader service card.
generation and the fact that we as a firm are part of
the global community, we cannot sit back and not be
engaged in that effort,” Kranz explains. “This is why
we have committed to the [2030] Challenge and why
we are involved in organizations such as the AIA and
their commitment to the challenge, working side by
side with other firms to find solutions to the chal-
lenge and the future. We are attempting to under-
stand how every design decision we make affects
energy consumption and starting to inform those
early decisions more and more through modeling.”
Energy Conservation
While net-zero and carbon-neutral are becoming
goals for more and more buildings nowadays, archi-
tects and builders are striving to make decisions to
design the most energy-efficient buildings they can.
“Whether the client wants to pursue [LEED]
or not, we use our best thinking and our best
strategies to make the buildings as efficient as
possible,” Dewalt says. Kranz agrees, saying, “We
strive to approach all of our projects from a sus-
tainability mindset whether or not there are any
project related requirements.”
“This isn’t just about changing criteria, or
new and innovative technologies, or new materi-
als,” notes Dewalt. “It’s about changing the way
that fundamentally people think about the uses of
energy as they relate to buildings, and the use of
water as it relates to buildings.”
“Building energy efficiency is not a new un-
explored territory,” says Kranz. “Energy efficiency
has always been a design driver. What is new to
the arena is that owners and the building com-
munity are becoming more aware of how their
buildings are performing.”
Issued by Architecture 2030, a non-profit, non-partisan
and independent organization that was established
in response to the climate change crisis by architect
Edward Mazria in 2002, the mission of the 2030
Building Challenge is to rapidly transform the U.S. and
global building sector from being a major contributor
of greenhouse gas emissions to becoming a central
part of the solution to the climate change, energy
consumption and economic crises.
The goal is to achieve a dramatic reduction in
the climate-change-causing greenhouse gas (GHG)
emissions of the building sector by changing the way
buildings and developments are planned, designed
and constructed.
The 2030 Challenge asks the global architecture and
building community to adopt the following targets:
• All new buildings, developments and major
renovations shall be designed to meet a fossil
fuel, GHG-emitting, energy consumption perfor-
mance standard of 60 percent below the re-
gional (or country) average for that building type.
• At a minimum, an equal amount of existing
building area shall be renovated annually to
meet a fossil fuel, GHG-emitting, energy
consumption performance standard of 60
percent of the regional (or country) average
for that building type.
• The fossil fuel reduction standard for all new
buildings and major renovations shall be
increased to:
o 70 percent in 2015
o 80 percent in 2020
o 90 percent in 2025
o Carbon-neutral in 2030 (using no fossil fuel
GHG emitting energy to operate).
These targets may be accomplished by imple-
menting innovative sustainable design strategies,
generating on-site renewable power and/or purchas-
ing (20 percent maximum) renewable energy.
The 2030 Challenge has been adopted by the
American Institute of Architects, U.S. Green Build-
ing Council, U.S. Conference of Mayors, American
Society of Heating, Refrigerating and Air-Conditioning
Engineers, American Society of Interior Designers
and many more universities, businesses, professional
offices and organizations nationwide.
For more information, visit www.architecture2030.org.
2030 Building Challenge
Cover Story
PHOTOS: Top: Erich Kunzel Center for Arts and Education at the School for Creative and Performing Arts in Cincinatti. Left: Columbia University Northwest Corner Science Building in New York City. Right: Kresge Foundation Headquarters in Troy, Mich.
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20 METAL ARCHITECTURE September 2011 www.metalarchitecture.com www.metalarchitecture.com September 2011 METAL ARCHITECTURE 21Circle #11 on reader service card.
Feature: Natural Metals
Awarding Sustainability
the copper industry has selected the recipients of the
2011 north American Copper in Architecture Awards.
this year’s entries include educational facilities,
houses of worship, private residences, performing
arts and recreational centers among other commend-
able architectural applications of copper. in addition
to showcasing the beauty, longevity and workability
offered by mankind’s oldest metal, sustainability was
a running theme among the project submissions,
proving that now more than ever, sustainability is a
focal point when choosing copper for a commercial or
residential project. the projects were judged by a panel
of architectural and copper industry experts. entries
were evaluated based upon overall building design,
integration of copper, craft of copper installation and
excellence in innovation or historic restoration.
“Once again, we are encouraged by the number of
architects using architectural copper for both new and
existing residential and commercial projects,” says Andy
Kireta Jr., CDA vice president of building & construction.
“This year we wanted to focus on the sustainable side of
copper and all of the projects do a great job in showcasing
why copper is one of the greenest metals.”
For more information, visit www.copper.org.
2011 North American Copper in Architecture Awards focus on sustainability
New Construction:Arizona State University of Nursing and Health Innovation Phase 2, PhoenixApplication: The copper panels on the outside
of the building utilize three different profiles in a
randomly repeating pattern to create texture and
unique shadowing.
Architect: SmithGroup, Phoenix
General contractor: DPR Construction, Phoenix
Copper fabricator/installer: Kovach Inc., Chan-
dler, Ariz.
Copper wall panels: Firestone Metal Products,
Anoka, Minn., www.unaclad.com
Apollo Development Corporation Riverpoint Center, PhoenixApplication: Three types of copper panels—
vertical standing seam, vertical flat seam and
horizontal flat seam—were used to accentuate
the verticality of the building façades.
Owner: Apollo Group Inc., Phoenix
Architect: SmithGroup and Carpenter Sellers
Del Gatto Architects, Phoenix
General contractor: Sundt, Tempe, Ariz.
Sheet metal contractor: Kovach Inc., Chandler, Ariz.
Copper: Revere Copper Products Inc., Rome,
N.Y., www.reverecopper.com
Hylton Performing Arts Center at George Mason University, Fairfax, Va.Application: The copper work involved a
unique architectural design consisting of curved
and angled walls while the roof is fully cladded
in copper.
Sheet metal contractor: The James Myers Co.
Inc., Beltsville, Md.
Principal engineer: Restoration Engineering
Inc., Fairfax, Va.
Copper: Revere Copper Products Inc., Rome,
N.Y., www.reverecopper.com
Laird Norton Addition at the Winona County History Center, Winona, Minn.Application: The exterior copper cladding is a
series of custom panels having an exposed mill
finish that allows the copper to weather gradu-
ally for its natural patina.
Architect: HGA, Minneapolis
General contractor: Alvin E. Benike Inc., Roch-
ester, Minn.
Sheet metal contractor: M.G. McGrath Inc.,
Maplewood, Minn.
Copper: Alcoa Architectural Products, Eastman,
Ga., www.alcoa.com
Massachusetts House, Lenox, Mass.Application: Copper is featured both on
the project’s interior and exterior, with copper
clad roof, dormers and chimney. Copper is
also used for the fireplace and box bays
containing bookshelves in the living room.
Architect: McInturff Architects, Bethesda, Md.
General contractor: Quadresign, Chatham, N.Y.
Sheet metal contractor: D.J. Wooliver & Sons
Inc., Lanesborough, Mass.
Copper: Revere Copper Products Inc., Rome,
N.Y., www.reverecopper.com
Beaty Lundin Visitor Centre, Britannia Beach, British Columbia, CanadaApplication: The new Centre is clad in a combina-
tion of dark-stained horizontal wood cladding and
pre-patinated copper panels.
Architect: TRB Architecture Inc., Vancouver,
British Columbia
General contractor: Parkwood Construction Ltd.,
Burnaby, British Columbia
Copper fabricators: KPS-Keith Panel Systems,
North Vancouver, British Columbia
Design artists: Felt Studio, Toronto, British Columbia
Copper: KME America Inc., Oak Brook, Ill.,
www.kme.com/en/kme_america
Trent Community Sport & Recreation Centre, Peterborough, Ontario, CanadaApplication: This LEED Silver building used copper
to define a large folded roof element, as well as for
re-cladding parts of the building, enabling the bound-
ary between new and old to be further blurred.
Architect: Shore Tilbe Perkins + Will, Toronto, Ontario
General contractor: Graham Construction and
Engineering Inc., Alberta, Ontario
Sheet metal contractor: Commercial Sheet Metal
Inc., Mississauga, Ontario
Copper: Canadian Brass & Copper, Concord,
Ontario, www.canadianbrass.ca
Restoration/Renovation:Boulder House, Boulder, Colo.Application: The residential project includes copper
half round gutters with hidden brass hangers, solid
copper entry doors, copper garage doors, as well as
copper trim around all windows.
Architect: Steven Dodd Architect Inc., Boulder
Contractor/installer: Trimac West LLC,
Longmont, Colo.
Copper: Englert Inc., Perth Amboy, N.J.,
www.englertinc.com
H.S. 615 Chelsea Vocational High School, New York CityApplication: The detailed copper work includes
14,000 square feet of 20-ounce copper in the cor-
nices, integrated gutters and downspouts, vertical
standing seam panels on the interior face of the
parapets, flashing and snow guards.
Project manager: OMNI Architects P.C., New York
City
General contractor: Technico Construction Services
Inc., Long Island City, N.Y.
Sheet metal contractor: B&B Sheet Metal Inc.,
Long Island City
Copper: Luvata Buffalo Inc., Buffalo, N.Y., www.
luvata.com; Hussey Copper Ltd., Leetsdale, Pa.,
www.husseycopper.com
Church of St. Andrew and St. Paul, Montreal, Quebec, CanadaApplication: The 77-year-old copper roof was re-
placed with a 17,500-square-foot copper batten seam
roof with notable custom detail.
Architect: DFS Inc. Architecture & Design, Montreal
Sheet metal contractor: Couverture Montreal Nord
Ltee., Saint-Leonard, Quebec
Copper: Revere Copper Products Inc., Rome, N.Y.,
www.reverecopper.com
Ornamental Applications:Loeb Visitors Center, Newport, R.I.Application: The railing of the grand stairs is made
of nickel silver (a copper alloy, white in color) tubing,
bent to a graceful curve.
Architect: Northeast Collaborative Architects LLC,
Newport
General contractor: H.V. Collins Co., Providence, R.I.
Fabricator: South Side Design & Building,
Brooklyn, N.Y.
Copper: Julius Blum & Co. Inc., Carlstadt, N.J.,
www.juliusblum.com
Hawaiian Temple Remodel, HonoluluApplication: For a recreation of the baptismal
font for the temple, the entire platform was
created from a combination of fully machined
bronze components, cast bronze components
and glass.
Architect: Allen Architectural Inc., Talladega, Ala.
Copper: Julius Blum & Co. Inc., Carlstadt, N.J.,
www.juliusblum.com; Lewis Brass & Copper Co.
Inc., Middle Village, N.Y., www.lewisbrass.com
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1: Apollo Development Corporation Riverpoint Center2: Beaty Lundin Visitor Centre 3: Arizona State University of Nursing and Health Innovation Phase 2 4: Boulder House 5: H.S. 615 Chelsea Vocational High School 6: Hawaiian Temple Remodel 7: Laird Norton Addition at the Winona Community House 8: Church of St. Andrew and St. Paul 9: Trent Commu-nity Sport & Recreation Centre 10: Hylton Performing Arts Center at George Mason University 11: Loeb Visitors Center12: Massachusetts House
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A sunshade is a metal louver installed horizon-
tally over a window and/or vertically in front of a
window to prevent the infiltration of solar heat or
glare while allowing daylight views. initially met-
al sunshades were called “eyebrows” and simply
added an additional dimension to a relatively flat
surface. they were seen as more of a building’s
aesthetic feature than a functional feature. they
were also one of the first products pulled off of
the building to reduce cost to the owner.
“Since 2007 the terminology associated with
sunshades has changed, now they are being re-
ferred to more often as sun control devices, letting
the owner know that there are benefits other than
aesthetics associated with the product,” says Brian
Clifford, director of business development architec-
tural metals division, C.R. Laurence Co. Inc., Los An-
geles. “On south-facing walls they will block sunlight
in summer months, when the sun is higher in the
sky reducing heat gain into the building, while allow-
ing sunlight to enter the building in winter months,
when the sun follows a lower path in the sky, thus
allowing heat gain into the building.”
Over the past several years, metal sunshades
have expanded to be a design and functional ele-
ment for natural daylighting in modern medical,
government, university and school building enve-
lopes. “In addition to standard horizontal sunshades,
new styles integrate into the design of the build-
ing, focusing on temperature management, solar
energy collection and lighting functionality,” says
Tom O’Malley, vice president of Doralco Architec-
tural Metals, Alsip, Ill. “Sunshades can be used to
mitigate temperature spikes during the day, to regu-
late spatial lighting for intense daylight scenarios or
reflect indirect daylight further into rooms.”
Sunshades can shield not only windows, but
also walls, air intakes and air conditioning units from
solar gain. “Sunshades produce blockage of the
sun rays that reduces the solar gain to the building,
lowers cost of window glazing, reduces peak electri-
cal demand, improves light quality through glare
reduction, and increases the visibility in and out of
the building without using dark tint window glazing,”
says Curtis Yancey, national sales manager, United
Enertech, Chattanooga, Tenn.
Sunshades can either be attached directly to the
building structure or to the façade. “Single blade and
outrigger-type sunshades are more prevalent, but
there are other varieties available,” says Jot Chahal,
product manager, Kawneer Co. Inc., Norcross, Ga.
“Most sunshades are passive in nature—that is they
do not change orientation based on environmental
factors—but active sunshades hold promise for
the future.” To provide additional shading, creative
designers have even developed interior light shelves
that direct natural light further into occupied spaces,
enhancing the occupants’ connection with the out-
side environment.
Material choices
Extruded aluminum is the material choice for louver
sunshades. It is an extremely versatile material for
engineering and constructing building products. It
has a smooth surface and superior resistance to
corrosion.
“Aluminum is 23.2 times stiffer than vinyl and
7.2 times stiffer than wood,” says Steve Fronek, P.E.,
LEED Green Associate and vice president of techni-
cal services, Wausau Window and Wall Systems,
Wausau, Wis. “It is not susceptible to the instability
and deterioration caused by shrinking and swelling.
A workable rule-of-thumb for aluminum is its thermal
expansion will equal 1/8-inch in 10 feet for a 100-de-
gree temperature range. This exceptional material is
extremely lightweight, and is quick and simple to ex-
trude, machine and fabricate into virtually any form.
These characteristics contribute to lower costs of
finished aluminum parts, as well as lower shipping
and handling expenses.
“Custom-extruded cross-sectional profiles give
designers the ability to economically add an excit-
ing bespoke element to their building envelope. It
makes an excellent base for high-quality coatings
that ensure a long-lasting, easy-to-maintain appear-
ance. Aluminum accepts a wide range of surface
finishes and protective coatings. It is recyclable and
environmentally safe.”
Besides aluminum, many other materials have
been used for sunshade devices, including stainless
steel, galvanized steel, corrugated steel and pre-cast
concrete. All can be used to block the sun and an
architect may choose a particular building material
based on its aesthetic appeal. “Your design is never
limited and with all of these options you can put a
unique and distinguished flair on your building …
really make it stand out while also being efficient,”
says O’Malley.
“The use of and installation of each material
type will affect the overall project cost,” says Richard
Braunstein, director of product development, YKK
AP America Inc., Austell, Ga. “There is no singular
‘correct’ choice with respect to material specification.
Depending on the method in which sunshades are
attached to a building, the thermal efficiency of dif-
fering materials could influence the overall building’s
thermal performance. For that reason it is important
for the design team to review the impact of their ma-
terial choice. This can be significant if the sunshades
are directly attached to the fenestration system.”
Savings and south-facing walls
South-facing walls impact energy efficiency because
heat gain from solar radiation is greatest from south-
ern elevations. Because of this, architects must
design sunshades specific to a building’s orientation,
latitude, glazing size and purpose.
“A lot of this ‘solar control’ is an effort to reduce
the peak electrical demands on a building and the
electrical infrastructure in general,” says Eric Wied-
man, LEED Green Associate and R&D manager
of architectural louvers, grilles and sunshades,
Construction Specialties Inc., Cranford, N.J. “Heat
is gained and lost through all the elevations of a
building during the course of the year. Three sides of
the building will contribute more to the energy cost
of running a building than the south side by itself.
The problem is the peak cost of electricity during
the summer cooling months. Utilities actually have a
huge overcapacity of electrical generating stations,
but most are kept in reserve for the spike in demand
during the summer months. That wasted capacity is
Feature: energy-efficient design
Sunshades and South-facing WallsBy Mark Robins, Senior Editor
A solar strategy with sustainability and savings
22 METAL ARCHITECTURE September 2011 www.metalarchitecture.com www.metalarchitecture.com September 2011 METAL ARCHITECTURE 23
reflected in the cost of summer ‘peak’ pricing
that all utilities charge between May and Sep-
tember. You see it on your residential bills just
like commercial buildings do on a much greater
scale. Controlling glare and the heat spike that
comes with it is frankly harder to control on the
east and west elevations than the south, but
the south gets the attention since the heat gain
can be so fast.”
With energy costs increasing for North
America, many building owners are learning the
value of sunshades. Lighting accounts for 40
percent of the energy used in a typical com-
mercial building. A complete daylighting system
including metal sunshades on south-facing
walls can reduce HVAC peak loads with corre-
sponding reductions in mechanical equipment
capacity and carbon footprint.
“Costs of exterior sunshades are offset
over the life of the building by savings in several
areas [like] HVAC ‘first cost’ savings from
reductions in peak load capacity and HVAC
operating cost reductions from lower solar heat
gain. Both are supplemented by reductions
in heat generated by artificial lighting,” says
Fronek. “Energy modeling tools, such as COM-
FEN by the Department of Energy’s Lawrence
Berkeley National Laboratory, can help design-
ers quantify savings and explore alternatives for
perimeter zones of office buildings in several
U.S. climate zones.”
AMCA publication 530, a study by the
University of Minnesota, shows south-facing
walls energy savings have been calculated to
be as high as 22 percent in Chicago, 25 percent
in Houston, and 27 percent in Los Angeles and
Washington, D.C. “These comparison values
will vary depending on the size of windows,
overhang distance and window glazing,” says
Dane Carey, director of engineering at United
Enertech. “These numbers are comparing two
pane clear windows without any overhangs.”
To further boost energy efficiency, new
technologies and improvements are being
integrated into sunshades, including photovol-
taic panels and automation to better track the
sun. “This allows the sunshade to open and
close as needed,” says Brett Reinhardt, market-
ing manager, Industrial Louvers Inc., Delano,
Minn. “These technologies are more prevalent
in European countries but are gaining some
traction here in the U.S. There are thousands
of configurations that can be used to provide
energy-saving solutions. I believe that we have
only begun to scratch the surface and as more
information becomes available the use of sun-
shades will become a necessity rather than an
option for building owners.”
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Vertical Sunshades at Tarrant County College, Fort Worth, Texas.
The 1600 Wall System1 with 1600 SunShade and custom vertical sunshades are installed on the Hot Springs Intermediate School, Hot Springs, Ark.
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Feature
24 METAL ARCHITECTURE September 2011 www.metalarchitecture.com
Metal Architecture magazine asked three archi-
tects to describe in their own words their criteria
for designing with sunshades and optimizing
south-facing walls.
We typically begin by computer modeling the
building’s façades to simulate the sun’s seasonal
angles for our latitude, and adjust the depth or shape
of the shading device to allow some direct sunlight to
penetrate during the cooler winter months but limit
its penetration during the hotter summer months. This
is then verified using energy software for calculat-
ing heat gain and loss through the particular glazing
system with shading. Daylight modeling is then used
to confirm sun penetration into the space to identify
any issues with glare or over illumination.
Because glass is so desirable in current design
trends, the need to control heat gain is paramount
in maximizing energy efficiency. This is especially
critical in commercial buildings where the greatest
amount of energy is used cooling the building for
its occupants. The introduction of sunshades and
high-efficiency glass coatings has allowed architects
the flexibility to bring daylight into the building to
lessen the need for artificial light which also results in
tremendous energy and cost savings. Proper daylight-
ing is used in conjunction with lighting controls to
maximize energy efficiency. Obviously, south-facing
walls are the concern in the northern hemisphere
whereas the north facing façade would be critical in
the southern hemisphere.
Matthew Wells, AIA, principal, ARCHITECTS hanna
gabriel wells, San Diego
Critical factors include orientation and transparency.
Since the angle of the sun varies throughout the
day, the position of the sunshade must account
for that. The south façade is the easiest to shade
(in the northern hemisphere) because the angle
of the sun is so high relative to the building. Here
louvers can run horizontal, creating a minimum
interruption in views. The east and west facades,
however, require shading that is nearly in front of
the window, creating a challenge for allowing light
and views while minimizing the incidence of sun
on the window/wall surface. Here angled
vertical fins are much more effective.
It is the overall design concept that
most influences the selection. What is the
building trying to relate to its occupants?
What is the connection to its context and
surroundings? These questions are critical
in determining the method of shading. The
fact is that shading is necessary—it’s a
matter of how to accomplish it.
Proper building orientation is fun-
damental to energy efficiency. South-facing walls,
especially here in Arizona, are preferred because the
sun can be easily mitigated and taken advantage of
throughout the year. Shading is easily accomplished by
horizontal projections, while in the winter months, sun
can be easily allowed to enter the building. By contrast,
large exposures to the east and west are inherently
more difficult to shade, so it fundamentally makes
sense to minimize these facades.
Jeff Kershaw, associate, Orcutt | Winslow, Phoenix
The most critical considerations are the effectiveness
of the design in terms of energy savings and aesthet-
ic improvement of the interior environment (pleasant
natural light) and the cost of the solar louver/sunshade
device. There is a quantifiable savings in lighting and
cooling lighting that can be modeled by computer
programs evaluating these devices; this can be used
to compare the first cost of the solar louver/sunshade
with the value of energy savings over a given period
of time. That payback period, or return on investment,
is the critical point of consideration for most owners.
Other incentives can be achievement of LEED goals
undertaken by owners and their architects, and a
desire to be environmentally responsible; to design a
building that saves resources and still provides an ex-
cellent architectural interior (as opposed, for instance,
to just making windows smaller or darker). The more
pleasant, naturally illuminated space has been shown
to be a more productive, healthier, happier environ-
ment for human activity, including work.
The term south-facing walls is commonly used
today. Most likely because a south-facing wall will
always “have sun” exposed to it. Why is this so impor-
tant to you as an architect when designing a building
in terms of energy efficiency? The southern exposure
is highly valued by architects and planners because on
earth, the sun appears to move symmetrically about a
north-south axis as it rises, shines and sets each day.
As such, it follows an arc in the heavens that is highest
at noon, when the sun crosses the axis. The angle of
the sun’s rays at noon is lower in the winter than in
the summer, but for each day is steeper at noon than
any other time of the day. So, the relative steepness
of this angle of sunlight coming from the south, and
the variation of that angle from steeper in the summer
to less steep in the winter provide an opportunity to
control the direct sunlight on the southern exposure. A
relatively small overhang on the south façade above a
window will allow that overhang to shade the window
from direct sunlight during the hottest times of the day
and year (hours around noon during the summer).
Conversely, in cooler climates the length of the
overhang can be sized such that it allows the lower
winter sun angles to penetrate the building through
a window, thus contributing by passively heating
the interior. The southern exposure is valued for the
longer hours of sunlight that shine on that exposure.
This is good for collecting energy from the sun
(passive and active solar collection and daylight col-
lection); it is also good for making an interior space
pleasant. Daylight is the most efficient form of light
for the eye, and daylight is necessary for psychologi-
cal well being (depression accompanies daylight
deprivation), and has sanitizing qualities in the envi-
ronment. As humans we naturally like spaces that
are day lit and they are better for us.
Robert R. Balke, principal, director of the design for
learning studio, tvsdesign, Atlanta.
Ask the Architects LEFT
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At ODU’s Engineering Science building, Moseley Architects attached C/S custom cantilevered airfoil sunshades to the building’s curtainwall to reduce glare on the south and east elevations.
The Federal Credit Union building in Charleston, S.C., utilizes YKK AP America Inc.’s YHC 300 OG curtain- wall and ThermaShade sunshades.
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www.metalarchitecture.com September 2011 METAL ARCHITECTURE 2726 METAL ARCHITECTURE September 2011 www.metalarchitecture.com
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R E S T O R I N G A N I C O N
Greenbuild—the largest expo dedicated to
green building—will be held oct. 4-7 in to-
ronto at the Metro toronto Convention Center.
toronto is the perfect location to celebrate
Greenbuild. why?
• This year is the 10-year anniversary of
Greenbuild, so this year Greenbuild goes
international.
• Toronto boasts more commercial construction
projects than any other city in North America
other than New York City.
• More than 20,000 attendees will meet with
more than 1,000 exhibitors from the green
building industry to discuss and do business.
Greenbuild Highlights
• This year’s Greenbuild theme is NEXT which
means looking beyond the marketplace and
asking, “What’s next for the industry?”
• Attendees will have the chance to explore
Toronto, including the city’s historic buildings
to the sustainable wineries in nearby Niagara.
To find out more about the city such as the
location of green restaurants, housing and
transportation go to www.greenexpo.org.
• Greenbuild’s Opening Keynote & Celebration,
“The USGBC’s Resiliency Agenda,” will feature
a panel of experts who will discuss resiliency
and demonstrate how all industries can play
a role in community rebuilding efforts in Haiti
and around the globe.
• In the evening, entertainment will be provided
by internationally-known recording artist,
Maroon 5.
• Learn more about LEED with the Greenbuild
Master Series where attendees hear the
latest straight from the USGBC, as well as
find out what’s next and new in the industry
from innovators such as author Frans
Johannson and MIT Media Lab Director
Neri Oxman.
• Have a need to ask the experts? Greenbuild’s
Knowledge Bar puts attendees face to face
with USGBC and GBCI experts.
Educational Series
Apart from the Master’s Series, Greenbuild’s
Educational Programs will provide workshops on
14 key items including:
• Technology
• Corporate social responsibility
• Performance/energy/benchmarking
• Communities
• Revitalization
• Infrastructure
• High-performance projects
• and more
2011 Greenbuild International Conference & Expo Preview
Special Report: Greenbuild Preview
Summits
Greenbuild offers a number of interesting and educational summits on a
diverse array of topics including:
• Affordable Housing: This summit will focus on innovative policy
efforts as well as design and construction to create better living
conditions for low-income families across the nation.
• Green Jobs: Industry leaders and innovators will gather to discuss
creating a shared plan of action to promote and increase the
creation of green jobs in a sustainable, energy efficient economy.
The summit will also address the challenges and solutions in driving
demand for green jobs.
• International: Hear what industry experts from around the world
have to say on major topics such as climate change, infrastructure,
regionally informed design and natural resources.
• Residential: Explore all the possibilities found in green-built
residential design from architects, contractors, designers and
manufacturers. Discover everything you can about creating
sustainable residential communities from marketing to remodeling.
• Green Tech: How are venture capitalists and cleantech companies
creating sustainable solutions for the industry? Find out and network
at this exciting panel.
• Legal Forum: What attendees need to know about the legal issues
surrounding green building liability. This summit will focus
specifically on green building litigation, financing, insurance, and
the implications of legal issues on future business relationships.
Retired Gen. Colin Powell addressed Greenbuild 2010 attendees at the opening plenary session Wednesday, Nov. 17, 2010, in Chicago.
U.S. Green Building Council President, CEO and Founding Chair Rick Fedrizzi addressed Greenbuild 2010 attendees at the opening plenary session.
Circle #13 on reader service card.
28 METAL ARCHITECTURE September 2011 www.metalarchitecture.com
Special Section: Metalcon Preview
MetAlCon is in constant evolution, reinventing
itself every year to accommodate the metal
construction industry’s fast-paced growth. in
encompasses sustainable, eco-friendly, energy
efficient, solar and green technology products
and education.
At MetAlCon you’ll find answers to ques-
tions, solutions to problems and the newest
technology to hit the market. it’s the place to
learn, network and establish relationships you
wouldn’t otherwise, because as tradeshows go,
MetAlCon is recognized worldwide for metal
construction professionals as the place to meet!
New Product Harbor
Maximize your time at METALCON and head for
the New Product Harbor, the one place on the
exhibit floor where you’ll see the newest technology
hitting the metal construction and roofing
markets. Be it solar, green, energy efficient or
retrofit technology, you’ll find innovations that help
you build or roof smarter by using the newest
products available.
Green Island
Keep current with rapid advancements in green
technology, products and tax incentives for your
projects at METALCON’s Green Island. You’ll learn
retrofit techniques and see insulation, cool roofing,
coatings, photovoltaic technology, process controls
and software products designed to conserve energy.
Navigate your way through the challenging aspects
of integrating green technology into the metal build-
ing envelope and find products that qualify buildings
for LEED certification.
Solar Bay Pavilion
Solar Bay Pavilion is where solar technology meets
metal roofing and wall systems. You’ll see the
newest solar products on display and learn that
metal roofing and solar technologies are the perfect
energy-efficient solution given that a metal roof will
outlast a traditional asphalt roof. The unique inherent
properties of metal make metal wall systems
an excellent platform for solar technologies due to
effective energy cost reduction. Solar Bay Pavilion is
the only place where experts and product engineers
from both industries show you the best methodolo-
gies to integrate solar technology into your metal
roofing and construction projects.
Solar Bay Live
See just how compatible metal and solar technology
really are at Solar Bay Live. Complete with full-scale
solar roof mock-ups, this show floor learning center
is where you’ll find the newest solar integration
technologies for the metal roofing and building en-
velope. See rooftop-mounted solar power systems,
solar heat recovery systems on roof and walls,
solar-thermal water heating technologies and learn
about federal, state and local solar energy funding
incentives. Solar Bay Live is where world renowned
experts from two emerging industries give you the
tips, tools and trade secrets on metal and solar
technology.
MCA Demos at METALCON 2011
Be sure to visit the Metal Construction Association
Demos for up close and detailed demonstrations
METALCON 2011Show Highlights October 11-13, Atlanta
of residential roof, commercial roof and wall panel
systems along with commercial grade tools. Like last
year, the entire demonstration area will be open for
attendees to walk through during all exhibit hall hours.
New for this year
• Separate tool demonstration sessions added
to the schedule.
• A larger seating area that is centrally located
so you can easily watch and listen to the
outstanding contributors.
• Some shorter demonstration sessions were
added to accommodate your busy agenda.
You’ll be able to ask questions and have
one-on-one discussions with experts to learn more
about each application. These detailed demonstra-
tions of the metal panel installation in both roof and
wall applications are designed to give you more use-
ful information to take back and use in the field.
Residential Roofing
MCA’s residential roofing member companies will
focus on the basics of roofing with metal. Emphasis
will be placed on proper deck preparation prior to
installation and how to waterproof roof penetrations
such as ventilation pipes, skylights and chimney
openings. Learn the differences of detailing with
vertically applied panels versus horizontally applied
shingle products.
Commercial Roofing
Commercial roof member companies of the MCA will
focus on retrofit opportunities with metal. Come see
how an existing flat roof can be converted to a sloped
metal roof system, how to properly address re-roof-
ing of aged metal roof systems, as well as integration
of new energy-efficient technologies such as cool
roofing, above sheathing ventilation and photovoltaic
systems. Also learn about the detailing used with
natural metal materials such as copper and zinc.
Metal Wall Panels
One of the fastest growing market segments is
metal wall panels. Member companies will present
the latest in wall panel designs and systems. Prod-
ucts such as Metal Composite Materials (MCM),
Insulated Metal Panels (IMP), Single Skin Systems,
natural metals such as zinc and Sun Shading Sys-
tems will be shown. Learn the latest in waterproof-
ing techniques and obtain a better understanding of
rain screen principles.
Tools
Come see the latest in tool technology used for
both metal wall and roof systems. You will be able
to see and actually work with the latest in commer-
cial grade tools for bending, cutting and fastening.
Safety devices used with metal roof systems will
also be displayed.
Live-Action Demo Schedule October 11
12:15-1:15 p.m. Commercial Roofing
1:30-2:30 p.m. Residential Roofing
2:45-3:45 p.m. Wall Panels
4-4:45 p.m. Tools
October 12
12:15-1 p.m. Tools
1:15-2:15 p.m. Residential Roofing
2:30-3:30 p.m. Commercial Roofing
3:45-4:45 p.m. Wall Panels
October 13
10:15-11 a.m. Commercial Roofing
11:15 a.m.-Noon Wall Panel
12:15-1 p.m. Residential Roofing
1:15-2 p.m. Tools
Circle #14 on reader service card.
Market Feature: Health Care
Curve Appeal when Barnes-Jewish St. Peters Hospi-
tal near St. Louis added a three-story,
66,000-square-foot expansion to its main
hospital, the designers envisioned an attrac-
tive link to its new addition.
According to Robert Meyer, project architect for Pratt Design Studio of Chicago and St. Louis, creating a high impact, yet contextual transition between the two brick structures was vital to the overall design. Because the connector, a glass-enclosed elliptical structure, would be adjacent to the hos-pital’s main entry and used as public waiting and circulation, “it is an important element to how the building functions,” he says. Such prominence, combined with its curved glass design and south-facing orientation, required an aesthetically pleasing, yet functional buffer to reduce the heat and mechanical load created by the solar influence on the glass. “We wanted a simple but strong modern statement to accentu-ate the building,” notes Meyer. Pratt Design Studio’s solution was to design a dramatic and contemporary sunscreen created with perforated metal panels from Tampa, Fla.-based McNICHOLS Co. The panels are designed in 0.125-gauge aluminum with 1/2-inch holes in a 1.9-inch straight row pattern with a solid metal border. Covering a 20- by 30-foot section of the glass area, the curved sunscreen is comprised of 112 anodized perforated aluminum panels, each measuring 12 inches by 5 1/2 feet. The structure is built on a 40-degree curve that matches the radius of the glass. Four-inch horizontal gaps separate the panels, which are embellished with three horizontal alumi-num bands that transition to horizontal sunshades that accentuate the curve of the connector. The same louvered sunshades are also used at the windows on the south façade of the new building. The panels are secured to intricately designed vertical aluminum channels by stainless steel screws which are placed in decoratively strategic spots. The channels were buttressed and bolted to the building’s structural columns. At the base are lights that illuminate the metal after dark. “The perforation limits the direct sunlight into the space, while still providing visual access to the
exterior,” says Meyer, while “the curves and slats add a nice level of detail at night.” Together with McNICHOLS’ design team and CAD operator, the team laid out the panels on the aluminum channel grid. “There were a lot of details to consider, including connecting the dif-ferent metals,” recalls Curt Allen, project manager for St. Charles, Mo.-based Industrial Sheet Metal Erectors, who worked in association with Image Building Products, St. Charles, to fabricate the sunscreen. The general contractor was Tarlton Corp., St. Louis. During the six weeks from design to installa-tion, Allen and his fabrication team, using exact field dimensions, devised a system for attaching the aluminum channels to the structural steel to avoid metal contact corrosion. “We used stainless steel bolts with a rubber membrane to separate the two metals,” notes Allen. “Then we prepared the structural steel members to receive the bolts.” Because of the size and positioning of the panels along the vertical channels, the perforated metal needed no bending to create the curve, ac-cording to Allen, whose team installed the panels in the field. A catwalk was built between the glass curve and the sunscreen using structural plates secured to the channels, creating a 3-foot access for clean-ing and maintaining the glass located behind the metal screen. The completed expansion is home to new inpatient beds, medical offices and a pharmacy. The attractive 2,400-square-foot multi-story glass connector houses public waiting rooms on the second and third floors, with a pedestrian corridor on the first floor. The sunscreen, built for function and aesthetics, has become the memorable im-age associated with the hospital campus. “The simplicity of the design belies its intricacy,” says Meyer. “Part of the success of this installation is the attention to detail in which a complex assem-bly of pieces creates a simple, yet powerful element that relates well with the whole design.”
McNICHOLS Co., www.mcnichols.com, Circle #40
Want to see more projects? www.metalarchitecture.com/articles/projects/healthcare.aspx
By Patricia Brehm, Associate Editor
30 METAL ARCHITECTURE September 2011 www.metalarchitecture.com www.metalarchitecture.com September 2011 METAL ARCHITECTURE 31
Jay
Ryh
erd
Pho
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aphy
Sunscreen adds curve to hospital’s new wing
32 METAL ARCHITECTURE September 2011 www.metalarchitecture.com
The Kosair Children’s Medical Center in Browns-boro, Ky., is designed to bring a specialized level of care to children in the Louisville, Ky., metropolitan area and surrounding region. Building elements such as appropriately sized doors for children, vibrant colors and playful interiors are designed to bring a sense of calming to the young patients that the facility serves. Approximately 7,500 square feet of 0.80-alumi-num panels in Berkshire Blue from Holland, Mich.-based Dri-Design, clad the new building.
Design for the project was provided by Laughlin Millea Hillman Architecture, Louisville. According to Ray Winter, project architect, the facility was designed to be playful, yet energy conscious with elements such as insulated concrete form walls, a fully integrated geothermal mechanical system, and fenestration specifically located to bring natural light into public spaces and a TPO roof system for increased solar reflectance.
The construction manager on the project was Messer Construction Co., Louisville, in partnership with The Mardrian Group, Louisville. Spohn Associ-ates, Indianapolis, was the Dri-Design distributor.
Colorful metal panels play key role in design of new children’s hospital
Dri-Design, www.dri-design.com, Circle #41
Market Feature: Health Care
Circle #15 on reader service card.
The exterior of your building is just as vital as a human’s skin. Choose ATAS metal panels for your roof or walls to help protect your building’s vital internal assets. ATAS products can with stand Mother Nature and keep your building exterior looking as good as you do. Panels are easily integrated with insulation and solar thermal systems to increase sustainability. Visit www.atas.com to see healthy options for your next project.
ATAS International, Inc. | 800.468.1441 | www.atas.comVisit us at Greenbuild 2011 | Booth # 842Needham Public Safety Building, Needham, Mass. Architect - Winter Street Architects Inc., Salem, Mass.; Distributor - Beacon Sales, Worcester, Mass.; Installer - Weston Architectural Products, North Oxford, Mass.; Products - Versa-Lok in Champagne, Metafor in Antique Patina and CastleTop in Coppertone.
You invest time into your health.
Have you thought about the health of
your building?
Circle #16 on reader service card.
The three-building Christiana Center in Newark, Del., owned by the Blood Bank of Delmarva, is an addition to a complex of three existing buildings from Star Building Systems, Oklahoma City. The project was designed by ABHA Architects, Wilmington, Del., and built by Nowland Associates Inc., Newark, who also built the existing buildings. The 8,370-square-foot addition rounds out the 60,000-square-foot complex. The project was started in March 2009 and completed in November 2010. Star provided design and materials for all primary and secondary framing for each building, which allowed for the integration of other components for the coverings. The project also features a 24-gauge, 18-inch-wide structural standing-seam roof along with 22-gauge, 30-inch-wide insulated wall panels by others. The roof panels were turned down at the eaves to create a continuous look to a specific height at the sidewalls. The roof panels transitioned to the insulated wall panels along the sidewalls and the gabled ends were full height insulated wall panels. The new buildings were attached to various end walls of the existing Star buildings. The entire project has some unique geometric shapes with a J-shaped building included in the new portion utilizing the design of valley beams.
Building up a blood bank
Star Building Systems, www.starbuildings.com, Circle #42
34 METAL ARCHITECTURE September 2011 www.metalarchitecture.com www.metalarchitecture.com September 2011 METAL ARCHITECTURE 35
Circle #17 on reader service card.
Circle #18 on reader service card.
Hole Metal Designs
The west wing of the Barnes-Jewish Hospital in St. Peters, MO, is wrapped in bands ofMcNICHOLS® Perforated Metal that act as a sunshade.
McNICHOLS® Designer Metalsmcnichols.com/ma • 866.754.5144
McNICHOLS® DesignerPerforated Metal 1/2” rnd on1.191” str row centers
Architects and contractors look to McNICHOLS® Designer Metalsfor sustainable, functional and aesthetic solutions for their projects.
McNICHOLS offers endless design opportunities with their DesignerMetal series of products. Selections include perforated and expanded metal,wire mesh, and grating in a myriad of materials and styles.
Our highly trained Architectural Design Consultants are ready to assist with your next design project. We look forward to serving you!
McNichols 2011 MetArch#2:Layout 1 1/26/11 2:54 PM Page 1
Circle #19 on reader service card.
VISIT US AT METALCON BOOTH #1341
Circle #20 on reader service card.
As part of the Samaritan Regional Health System, several doctors work from the Miller Building in Ashland, Ohio. The historic site was renovated in 2010 with a new roof from ATAS International Inc., Allentown, Pa. The 12,409-square-foot roof is covered in 0.032-inch aluminum Techo Tile in Mission Red. The roofing contractor was Raber Construction, New Lexington, Ohio, and the distributor was Keim Lumber, Charm, Ohio. Techo Tile is selected for many historic renovations because the metal tiles mimic the look of Spanish clay tiles, with a deep ‘S’ configuration. The metal tiles are installed vertically up the slope of a roof, with exposed fasteners on either an open frame or solid substrate underlayment. “The building owner selected these tiles because they are lightweight, running eave to ridge with a real-istic tile look and shadow lines,” notes Jim Bush, vice president of sales for ATAS.
Meeting historic requirements
ATAS International Inc., www.atas.com, Circle #43
Market Feature: Health Care
Completed in December 2011, the Slidell Cancer Center in Slidell, La., was developed as an offshoot of the Slidell Memorial Hospital. Providing citizens with leading-edge diagnostics and treatment protocols with a multispecialty approach, services will include radiation therapy including high-dose radiation brachy-therapy, image-guided radiosurgery and radiation therapy, and stereotactic radiotherapy. The three-story, 51,483-square-foot center also features an infusion center, full-time pharmacy, an appearance center and cancer resource center. Architectural firm, AE Design, Marietta, Ga., and the general contractor, Citadell Builders, Metairie, La., utilized 8,344 square feet of 4-mm-thick ALPOLIC aluminum composite material panels with an FR core in Silver Metallic from Mitsubishi Plastics Composites America Inc., Chesapeake, Va. Altech Panel Systems LLC, Cartersville, Ga., was the fabricator; Applicated Images, Brandon, Miss., was the installer; and GM-Horne, Jackson, Miss., was the dealer.
Construction helps create space to combat cancer
Mitsubishi Plastics Composites America Inc., www.alpolic-usa.com, Circle #44
36 METAL ARCHITECTURE September 2011 www.metalarchitecture.com www.metalarchitecture.com September 2011 METAL ARCHITECTURE 37
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Circle #21 on reader service card. Circle #22 on reader service card.
Visit us in October at Greenbuild booth #7042S
Just when you thought itcouldn’t get any better...
To find out more, call 888-825-3432 Or visit www.S-5-solar.com/ma
S-5!® has made cutting edge innovations to the industry standards for attaching solar panels using the S-5-PV Kit!
UL Listed 2703, a brand new subject for bonding and mounting! ETL Listed to UL 1703.
The new stainless steel mounting disk is designed to ensure conductivity with module frames. Now, the S-5-PV Kit provides module-to-module continuity within a string of modules. When the S-5-PV Kit is properly installed, ground lugs and copper wire will only be necessary to connect module strings and ground the system. In most cases, that cost savings is sufficient to pay for the entire S-5! clamp/S-5-PV Kit setup! The S-5-PV Kit continues to be the easiest, most cost-effective way to install solar panels directly to standing seam metal roofs, remaining the most popular choice worldwide.
Circle #23 on reader service card.
P E R F - E C T P R O D U C T S FOR YOUR NEXT ARCHITECTUR AL PROJECT!
ERDLE PERFORATING
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Perforated and fabricated parts from concept to fi nished product.
Erdle offers a wide variety of perforated products that will meet your functional or visual architectural applications.
Perforated for lighting, sunscreens, ceilings, signage, grilles, wall coverings, fi xtures and more.
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Circle #24 on reader service card.
St. Joseph Mercy Health Center in Canton, Mich. has opened the Center for Advanced Medicine & Surgery. The 53,000-square-foot outpatient facility offers a variety of advanced services. Several profiles from Elk Grove Village, Ill.-based Petersen Aluminum Corp. were selected to meet the design objectives for the $20 million project. Approximately 13,200 square feet of 24-gauge, 18-inch Snap-Clad panels were utilized on the main por-tion of the roof, in addition to 3,800 square feet of 24-gauge, 16-inch Tite-Loc panels utilized to clad the barrel roof and entrance canopy. Additionally, approximately 2,800 square feet of 12-inch Flush panels were used for soffit and trim applications; while Composite wall panels were used in fascia and column cover applications. All panels were finished in Hemlock Green. Installation of the Petersen panels was done by
Lutz Roofing Co., Shelby Township, Mich. “The ra-dius panels were long—60 feet. The challenge was getting them up to the roof,” remarks Jim Borgiel, project manager. “And, of course, we had a tight timeframe but we’re accustomed to that. The job turned out great.” HKS Architects, Farmington Hills, Mich., was the architect, and George W. Auch Co., Pontiac, Mich., was the general contractor.
Multiple profiles selected for surgery center
Petersen Aluminum Corp., www.pac-clad.com, Circle #45
Project leaders for the new Veterans Development LLC Parking Garage in Cleveland, selected Mentor, Ohio-based W.S. Tyler’s Stainless Steel Doka-Mono Woven Wire Mesh for use on the building façade because it was affordable, functional and offered aesthetic value. W.S. Tyler offered its services, from development through installation, and supported all involved. Architect David A. Kaplan of Kaczmar Architects Inc., Cleveland, notes, “With open parking struc-ture design, ventilation is important, so we needed something that would provide air infiltration. However, we also wanted a ‘panelized’ look on the building that would provide more interest on the façade. The mesh panels were located within a framework of steel, and the intent was to have these look as abstract ‘win-dows’ on the building. Also of importance is that when spanning panels from tier to tier on a parking structure, one has to accommodate for the movement of the building. The mesh proved to be the ideal solution to achieve all of these goals.” The panels also pick up the sunlight. “The stain-less steel fabric of the mesh provides some light re-flectivity which I think creates a very interesting effect as one travels past the building,” Kaplan says. “This is particularly noticeable on the south façade, where we have a very large mesh panel centered on the façade. The general contractor was Donley’s Inc., Cleve-land, and the subcontractor was Burghardt Metal Fabricating, Akron, Ohio.
V.A. hospital garage adds ‘windows’ façade
W.S. Tyler, www.wstyler.com, Circle #46
Market Feature: Health Care
Market Feature: Health Care
38 METAL ARCHITECTURE September 2011 www.metalarchitecture.com www.metalarchitecture.com September 2011 METAL ARCHITECTURE 39
Expanded Metal Gives You the Versatility to Exercise Complete Design Freedom
One word best describes Expanded Metal: versatile. New applications are discovered every day for its use in industry, offices and homes. Expanded Metal allows you the freedom to exercise maximum creativity and enhances your ability to address any specification needs you require. Expanded Metal is also green-friendly, since it is recyclable, leaving virtually no waste.
For greater detail on Expanded Metal and its limitless applications, visit our Continuing Education program at:www.ronblank.com/cgi-bin/info.pl?action=course&id=137 or visit our website: www.emma-assoc.org
Circle #25 on reader service card.
Metal Snow Guards for Metal Roofs
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Circle #26 on reader service card.
The recently completed parking garage for Yale-New Haven Hospital in New Haven, Conn., boasts an exterior beautifully wrapped in a variety of versatile stainless steel metal fabrics from Cam-bridge, Md.-based Cambridge Architectural. Yale-New Haven Hospital regularly ranks among the best hospitals in the U.S. and is nationally rec-ognized for its commitment to teaching and clinical research. With a rich history and a robust offering of care in more than 100 medical specialty areas, Yale-New Haven Hospital is a leading institution with high standards. When building a new parking garage for the hospital, the project team turned to Cambridge for an exterior façade reflecting both the tradition and innovation of the facility it would serve. A Cambridge Architectural Parkade system en-hances the garage’s aesthetic appeal, using texture and color to create an innovative exterior design.
Three different stainless steel mesh patterns com-bine to create a unique façade emphasizing innova-tion and strength. The inherent nature of the mesh panels also allows them to endure Connecticut winters and to facilitate ventilation. The mesh’s open-yet-closed nature shields occupants from the elements while providing a panoramic view of New Haven. “We’ve come to expect a solution that both is appealing aesthetically as well as functional from Cambridge mesh products, which is why we utilized their material for our project,” says Peter Darby, as-sociate and project manager with Boston-based ar-chitectural firm Spagnolo, Gisness & Associates Inc. “Functionally, the mesh facilitates natural ventilation while wrapping the structure to satisfy the City of New Haven’s request to provide an aesthetically appealing building wrap to the garage structure.”
Cambridge also worked with the architect to implement linear LED lighting into several vertical structural channels alongside the mesh panels. At night, the mesh is splashed in warm, colored lights to create a sophisticated and engaging aesthetic. The Parkade system was engineered with mesh in Cambridge’s modified Cubist, Mid-Balance and Scale patterns and installed using Cambridge’s J-hook tension attachment hardware. Construction was completed in October 2009. Intercontinental Real Estate Corporation, Boston, was the general contractor, and General Welding & Fabrica-tion, Watertown, Conn., was the steel subcontractor.
Patchwork of metal fabric adorns hospital parking garage
Cambridge Architectural, www.cambridgearchitectural.com, Circle #47
Having been called ‘the crown jewel’ of Mendota, Ill., the new Mendota Community Hospital will readily accept future expansion and could anchor develop-ment of other health care-related services and facilities on the remainder of the 40-acre site. The new hospital is a pronounced improvement over its 79,000-square-foot predecessor built in the 1940s. The 107,000-square-foot, acute-care facility equipped with state-of-the-art diagnostic technologies offers 25 private patient rooms, overnight sleeping accommodations for family members, four ICU rooms, surgery, lab, numerous specialty outpatient clinics, re-hab, 24-hour emergency department, a heliport and a contiguous medical office building. The new facility is located on a 22-acre site and functions more efficiently in serving the more than 44,000 patients a year. The structural steel package for the project demonstrates the Building Information Modeling and plant fabrication capabilities of Butler Manufacturing, Kansas City, Mo. The architectural floor layout required significant non-modular, nonaligned steel framing, with chevron type bracing. The skewed linear footprint instilled architectural definition across the frontage and was a response in part to the site usage. The entry, framed to support the space’s elevated arched roofline, presents yet another architectural detail not routinely associated with a project supplied by a metal building manufacturer. Joseph P. Pyatek, AIA, Ballwin, Mo., served as the hospital’s planning and design consultant; Oculus Inc., St. Louis, was the project architect; and Phalen Steel Con-struction Co., Mendota, served as the general contractor.
Hospital projects an added dimension in fabrication
Butler Manufacturing, www.butlermfg.com, Circle #48
40 METAL ARCHITECTURE September 2011 www.metalarchitecture.com www.metalarchitecture.com September 2011 METAL ARCHITECTURE 41
Located in Greenville, N.C., the 120,000-square-foot Family Medicine Center at East Carolina University features 60 exam rooms, including 12 rooms for geriatric treatment. It has areas for X-rays and minor procedures, including two procedure rooms with equipment for a wide range of medical needs. The new center also has a large pharmacy and areas for physical therapy and sports medicine. Baker Roofing Co., Raleigh, N.C., installed the 26,332 square feet of Perth Amboy, N.J.-based Englert Inc.’s Series 2500 mechanically seamed
standing-seam metal panels in weathered zinc. BBH Design, Research Triangle Park, N.C. designed the complex, and Barnhill Contracting Co., Raleigh, was the general contractor.
Metal expands medical center
Englert Inc.,www.englertinc.com, Circle #49
Completed in August 2010, Mapes Canopies LLC, Lincoln, Neb., supplied a 60-square-foot Flat Soffit hangar rod can-opy in Bronze baked enamel for Chesterfield Optometric in Chesterfield, Va. The canopy is 11 feet, 6 1/8 inches wide with a 5-foot projection, and has flat soffit extuded decking and 8-inch style G fascia. The structure was a de-sign element chosen by Cornerstone Architects, Richmond, Va., and installed by RVA Construction, Richmond.
Canopy adds flair to optometric practice
Mapes Canopies LLC, www.mapes.com/canopies, Circle #50
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Circle #29 on reader service card.
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Circle #27 on reader service card.
Circle #28 on reader service card.
The new Helen DeVos Children’s Hospital by Spectrum Health has dramatically altered the sky-line on Michigan Street’s “Medical Mile” in Grand Rapids, Mich., and announced its intention to trans-form health care for children. Sharing this vision, the children of Rich and Helen DeVos plus more than 6,000 donors contributed to the $286 million facility. Opened on Jan. 11, 2011, this state-of-the-art facility encompasses 440,000 square feet of dedi-cated, pediatric operation rooms, a pediatric emer-gency department and pediatric radiology depart-ment. The new 206-bed, 14-story hospital nearly quadruples the size of its predecessor to serve more than 1 million children throughout Michigan. Designed to meet LEED criteria, this healing envi-ronment highlights natural elements such as land, sky, sun and water. Colored in blue and silver, the exterior’s metal panels interweave to give the space the aesthet-ic of ocean waves. Architectural Metals Inc., Portland,
Mich., manufactured the custom-fabricated panel system and Wausau, Wis.-based Linetec finished the material in large, continuous sections at its factory. “There were 746 individual ‘wave’ panels on the project ranging from 5 to 10 feet long and 6 inches to 6 feet tall,” recalls Chad Comps, vice president of Architectural Metals Inc. “The waves were made from 3/8-inch-thick aluminum plate.” Linetec’s finishing facility safely and efficiently captures and destroys the volatile organic com-pounds present in liquid solvent-based paints. “Fin-ishing the material in our shop allows us to ensure consistent color, optimal performance and environ-mentally-responsible application,” explains Tammy Schroeder, Linetec’s senior marketing specialist and LEED Green Associate. Linetec finished and shipped the aluminum pan-els in scheduled phases to Architectural Glass and Metals Inc., Byron Center, Mich. The field team in-
stalled approximately 50,000 square feet of finished panels and integrated aluminum louvers as part of the hospital’s overall, high-performance, unitized, aluminum curtainwall system. The project architects included John Bailey Design LLC, Dallas, and the Rockwell Group, New York City, with consulting architect/MEP engineer of record URS Corp., New York City. The general contractor was Turner Construction Co., Detroit, and Wolverine Building Group, Grand Rapids, Mich., served as the project’s construction manager.
New facility promotes family-friendly environment
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Market Feature: Health Care
Architectural Metals Inc., www.archmetalsinc.com, Circle #51
Linetec, www.linetec.com, Circle #52
42 METAL ARCHITECTURE September 2011 www.metalarchitecture.com
Market Feature: Health Care
Circle #30 on reader service card.
A decade after Bethel Park, Pa.-based D-M Prod-ucts Inc. installed Wausau, Wis.-based Wausau Window and Wall Systems’ curtainwall on the University of Pittsburgh Medical Center’s Pas-savant Hospital in McCandless, Pa., DM-Prod-ucts returned to deliver the same performance and familiar aesthetic for the hospital’s new seven-story tower. The new UPMC Passavant Pavilion is certi-fied to meet LEED standards and includes features such as natural lighting and outdoor views. UPMC Passavant Pavilion provides increased capacity for advanced tertiary cancer care, ad-vanced cardiovascular and neurosurgical treat-ments, and emergency medical care. The hospital’s inpatient volume has grown more than 30 percent over the past six years. The number of inpatients and outpatients who come to UPMC Passavant from outside of Allegheny County and outside of the state has doubled during this time period. Specifically addressing the community’s needs, the new facility adds capacity for 88 new hospital beds, bringing the total beds to 399; adds 27,000 square feet to the Cancer Center, tripling the current size; and adds 21,000 square feet to the emergency department, doubling treatment capacity. Officials project that 300 health care jobs will be created by the expansion of UPMC Passavant, for a total of 2,500 employees hospital-wide. The $100 million Passavant Pavilion project followed a strict, four-year design and construction timeline. Pittsburgh-based P.J. Dick Inc. served as the project’s general contractor, bringing to life
UPMC’s vision as designed by the Butler, Pa.-based architectural firm, Burt Hill. The project is part of a master plan to develop a more functional, sustain-able and efficient future for UPMC’s McCandless campus and community. UPMC Passavant Pavilion relied on building information modeling tools to preview the project in three dimensions, while it was still on the draw-ing board. The BIM tools and early discussions are credited by building team members as contributing to the successful coordination between the archi-tectural design and the complex engineering. The 220,000-square-foot expansion was final-ized in February and the 30,000-square-foot renova-tion is expected to be completed in September. The resulting efforts reconfigure the hospital’s main entrance around its key architectural features: the glass rotunda and naturally lit interiors. Utilizing the airport concept of separating arrivals and depar-tures, Passavant’s entrances are positioned to natu-rally funnel visitors into the main registration area where they will be greeted by customer service representatives and directed to their destination. D-M Products installed 37,565 square feet of Wausau Window and Wall Systems’ 8250 Series aluminum-framed curtainwall featuring a 2.5-Inch narrow sightline and 8.25-inch depth to clad the UPMC Passavant Pavilion. Fabricated by Santa Monica, Calif.-based Oldcastle BuildingEnvelope, a clear anodize finish by Wausau-based Linetec highlights the metallic tones and low-maintenance durability of the system.
On the building’s interior, the curtainwall maxi-mizes daylighting with staff lounges situated by the outside walls for infusion of natural light. Within the enhanced and expanded Cancer Center, windows also are installed in all chemo profusion rooms to allow improved access, visibility and natural lighting. “Daylight and outdoor views have proven benefits to health care facilities,” notes Lisa May, Wausau’s health care market manager. “In addition to the improved sense of wellbeing and improved morale, studies report patients heal more quickly and use less pain medication when they have access to window views, daylight and maintain a sense of control over such comforts as lighting, ventilation and indoor temperature.” “As a leading health care facility north of the city, UPMC Passavant’s vision is to build the ‘hospi-tal of the future’ for residents living in the communi-ties north of Pittsburgh and beyond,” says Teresa G. Petrick, president, UPMC Passavant.
LEED-certified hospital expansion’s curtainwall matches reliability of existing facility’s glazing system
Linetec, www.linetec.com, Circle #53
Oldcastle Building Envelope, www.oldcastlebe.com, Circle #54
Wausau Window and Wall Systems, www.wausauwindow.com, Circle #55
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Reformulated Garland StressPly E High-Tensile Roofing Membrane even more eco-friendly
Garland’s newest StressPly E bitumen mem-
brane offers 500 pounds per force per inch
of tensile strength in a variety of post- and
pre-consumer recyclable materials and rapidly
renewable resources for increased sustain-
ability. This high-strength, puncture and fatigue-resistant membrane makes an ideal
waterproofing and reinforcement layer for applications demanding a high level of
environmental responsibility.
In addition, the membranes can be installed using Garland’s Green-Lock
Membrane Adhesive for 100 percent VOC-free, odor-free application. As the
robust weathering membrane in a multi-ply system, StressPly E membranes
provide the security and longevity of multi-ply construction with the flexibility and
elongation of an elastomeric system. StressPly membranes, which can be hot
or cold applied, are designed as the top component in built-up roof applications
demanding superior strength. They may also be used to add extra durability in a
two-ply flashing system or to repair splits, cracks and other deteriorated areas in
existing asphalt-based roofing systems.
www.garlandco.com | Circle #56
44 METAL ARCHITECTURE September 2011 www.metalarchitecture.com www.metalarchitecture.com September 2011 METAL ARCHITECTURE 45
New & Featured Products
Atlas Roofing Corp. announces Pristine Shingles featuring Scotchgard Protector from 3M
Atlas Roofing Corp. announces
Pristine Shingles featuring
Scotchgard Protector from 3M.
The Pristine Shingles line in-
cludes Pinnacle, StormMaster Slate, and StormMaster Shake.
Pristine Shingles, featuring Scotchgard Protector, eliminate
black stains and streaks caused by algae on roofing installed
in high humidity areas. Atlas Pristine Shingles come with a
limited lifetime warranty for all colors and styles. By featuring
Scotchgard Protector, Atlas now guarantees the shingle’s life-
time appearance as well as its structural integrity. Atlas Roof-
ing Pristine Shingles Lifetime Limited Warranty is transferrable
and contains certain system and coverage requirements.
www.atlasroofing.com | Circle #61
NewProducts
Powers Fasteners introduces the new Smart DI+ Drop-in Anchor
The Smart DI+ is an all-steel internally
threaded anchor specifically designed
with safety, reliability and speed in mind
from Powers Fasteners. The Smart DI+
design reduces the force required to set
the anchor. What used to take approxi-
mately 20 hammer blows on a typical
3/8-inch diameter part can now be accomplished in approximately five blows,
reducing overall labor costs by approximately 50 percent.
www.powers.com | Circle #57
SnoBlox-SnowJax introduces new clamp product
The new RoofClamp is
available in two styles—
RoofClamp RC and
RoofClamp RCT. They can
be used to install roofing
components such as service
walks, satellite dishes, HVAC
equipment, pipes/conduit, signage and PV solar modules.
The RoofClamp RC works on most snap-lock and seamed-
together roofs while the RoofClamp RCT works on bulb-shaped
and T-shaped panels. The clamps are made up of durable 6061-
T6 aluminum and incorporate three 1 1/4- by 3/8-inch cupped
nose set screws that clamp onto the standing-seam metal roof.
www.snojax.com | Circle #59
Simpson Strong-Tie launches new product line for cold-formed steel
Simpson Strong-Tie has developed a new
line of connectors for use with curtainwall
steel-stud framing. The new line of slide and
fixed-clip connectors has been engineered
and tested to eliminate time-consuming
calculations required of designers. The Simp-
son Strong-Tie pre-engineered connectors
accommodate many different bypass framing
applications in stand-offs as large as 11 1/4
inches. For deflections greater than one inch,
or stand-offs greater than 11 1/4 inches,
Simpson Strong-Tie can provide custom clips
to suit most framing needs.
www.strongtie.com | Circle #60
ATAS International Inc.
ATA-Solar from ATAS International
Inc. is a factory-applied system that
consists of three parts—the metal
roof panels, thin-film amorphous
silicon laminates and appropri-
ate electrical components. When
selecting an ATA-Solar roof, panel
options include ATAS Field-Lok
FLM165 and FLS180 and Dutch
Seam MRD194, available in steel or
aluminum. The laminates are avail-
able in 18- or 9 1/3-foot lengths,
and are 15 1/2 inches wide. Unlike
crystalline panels, the flexible laminates are hail and damage resistant, can be walked on, are
shade tolerant and can be fitted to curved roofs. The kilowatt capacity of ATA-Solar depends on
the roof layout and panel type, but a range from 1 to 120 kW or a customized system is available.
www.atas.com | Circle #65
AMICO
AMICO’s Expanded APEX Mesh is an
ideal material for facades. Both the New
Museum of Contemporary Art in New York
and the Young Vic Theatre in London used
APEX Mesh for their external cladding.
Expanded metals, perforated metals and
gratings manufactured by AMICO are ex-
ceptional products to help reduce the solar
gain into buildings, reducing the amount of
energy required to run HVAC systems.
www.amicoarch.com | Circle #63
Direct Metals Co. LLC
Direct Metals Co. LLC carries a complete line
of perforated metal and expanded metal archi-
tectural products that can be used in a variety
of end applications. Direct Metals can perforate
most any metal, plastic or rubber material with
round, square, slotted, decorative or architectural
holes. Furthermore, Direct Metals provides a
protective U-edging for both its perforated and
expanded metal lines. Its line of expanded metal
products can be adapted for use in just about any
project, including guards, fencing, panels, grating,
stairs, grills and screens. It is a multipurpose and
economical product made from a sheet of metal
that has been uniformly die cut and stretched.
Expanded metal comes in raised or flattened
diamond patterns with a large selection of
gauges, opening sizes, materials and sheet sizes.
The company stocks expanded metal in various
patterns and can custom fabricate the material to
unique shapes such as circle, rectangle or oblong.
www.directmetals.com | Circle #62
Crystal Windows & Door Systems offers broad aluminum color palette
Crystal Window & Door Systems now
offers a broad selection of popular architec-
tural colors for its aluminum window and
door products. The company’s “Architec-
tural Colors” guide chart highlights 20 of
the most frequently ordered stock, standard
and special colors. All of Crystal’s powder
coat paint finishes meet the rigorous AAMA
2604 durability standard. Upgrading to the
AAMA 2605 standard is also an option.
Beyond the 20 most popular colors,
Crystal’s capabilities for custom colors are limitless. All stock and standard
colors, in large orders, come without any additional charges. For smaller or-
ders, the basic bronze and white colors are no charge, while for other palette
selections a very modest upcharge applies.
www.crystalwindows.com | Circle #58
GAF Materials Corp.
Solar panels are dark objects that can
reach temperatures as high as 200 F, lead-
ing to the risk that the roofing membrane
could fail prematurely. GAF addresses this
issue by developing EverGuard Extreme
TPO single-ply roofing. This new grade of
EverGuard TPO membrane is designed
with higher reflectivity and heat resistance
and can withstand conditions that far
exceed even the most rigorous proposed
ASTM standards. EverGuard Extreme
TPO can survive more than 180 days at
280 F before failure occurs.
www.gaf.com | Circle #64
Englert Inc.
The Solar Sandwich uses a top layer of thin film photovoltaic laminates to generate electricity from
dawn to dusk. Englert Inc.’s standing-seam metal roof system reflects heat away from the building
and extends the life expectancy of the roof due to less expansion and contraction. Finally, a Solar
Thermal System installed under the standing-seam roof absorbs energy from the roof into a con-
cealed collection system through a glycol, protected, closed loop recirculating system to a conven-
tional heat and distribution system where it is transferred to provide energy for the building’s heat
and hot water. The system also automatically cools the roof making the BIPV more effective.
www.englertinc.com | Circle #66
Expanded and
Perforated Metals
Solar Roofing
Solutions
Solar Roofing
Solutions
Want to see more products? www.metalarchitecture.com/articles/products.aspx
46 METAL ARCHITECTURE September 2011 www.metalarchitecture.com
New & Featured Products
www.metalarchitecture.com September 2011 METAL ARCHITECTURE 47
www.metalarchitecture.com
Modern Trade Communications Inc.7450 N. Skokie Blvd., Skokie, IL 60077Phone: (847) 674-2200 Fax: (847) 674-3676www.moderntrade.comwww.metalarchitecture.com
Paul Deffenbaugh, Editorial [email protected] Marro, Managing [email protected] Robins, Senior [email protected] Brehm, Associate Editor [email protected] Brown, Production [email protected]
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John S. Lawrence, Chief Executive [email protected] Paul Lawrence, [email protected] Tina Lawrence, [email protected] Higgins, Regional Sales [email protected] Mazzone, Regional Sales [email protected] Morrissey, Regional Sales Manager
Editorial Advisory BoardTony Cosentino, AIA, project design coordinator for Perini Building Co., Las VegasMark Dewalt, AIA, principal with Valerio Dewalt Train Associates, ChicagoMark Kranz, AIA, principal and design leader for the Phoenix office of SmithGroup’s Higher Education and Science and Technology Design StudiosRonald McKenzie, president of COMPASS Consultants Corp., and monthly Metal Architecture columnistJames Edward “Ed” Ablard, attorney and public policy consultant
For subscription inquiries or change of address, go to www.metalarchitecture.com or contact Blanca Arteaga at [email protected] or (847) 674-2200.
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Ad Index
Company Page Phone Website Circle #Accurate Perforating 32 (866)260-9116 www.greenperf.com 15
Airolite Co. LLC 13 (715)841-8757 www.airolite.com 8
ATAS International 33 (800)468-1441 www.atas.com 16
Aviation Building Systems 36 (866)454-1800 www.aviationbuildingsystem.com 21
CENTRIA 19, 36 (800)229-5427 www.centria.com 11, 22
Doralco 29 (888)44-DORALCO www.doralco.com 14
Dri-Design 11 (616)355-2970 www.dri-design.com 7
East Coast Lightning 39 (888)680-9462 www.icebrakes.com 26
Erdle Perforating 37 (800)627-4700 www.erdle.com 24
Flex-Ability Concepts 41 (866)443-3539 www.flexabilityconcepts.com 29
Hendrick Architectural Products 15 (877)840-0881 www.hendrickarchproducts.com 10
Lamtec Corp. 6 (800)852-6832 www.lamtec.com 5
LiteSteel Beam 25 (877)285-2607 www.litesteelbeam.com 12
LMCurbs 35 (800)284-1412 www.lmcurbs.com 20
McNichols Co. 35 (866)754-5144 www.mcnichols.com/ma 19
Metl-Span IFC (877)585-9969 www.metlspan.com 1
NAAMM 39 (630)942-6591 www.emma-assoc.org 25
New Metals Inc. 34 (888)639-6382 www.newmetals.com 17
Ornametals Manufacturing 27 (256)255-0190 www.ornametals.com 13
Owens Corning 1 (800)GET-PINK www.bandedliner.com 2
Petersen Aluminum Corp. BC (800)PAC-CLAD www.pac-clad.com 32
R & M Steel Co. 40 (866)454-1800 www.rmsteel.com 28
Roof Hugger Inc. 34 (800)771-1711 www.roofhugger.com 18
S-5! 37 (800)825-3432 www.s-5.com 23
Sheffield Metals 2 (800)283-5262 www.sheffieldmetals.com 3
Sno-Gem 40 (888)766-4367 www.snogem.com 27
SnoBlox/SnoJax 7 (800)SNOJAX1 www.snoblox-snojax.com 6
The Metal Initiative 43 (847)375-4718 www.themetalinitiative.com 30
Thermal Design 4 (800)255-0776 www.thermaldesign.com 4
U.S. Green Building Council IBC (800)795-1747 www.usgbc.org 31
Vicwest 14 (905)825-2252 www.vicwest.com 9
Lyon Metal Roofing
Lyon Metal
Roofing an-
nounces its
new snow
guard prod-
uct line.
Lyon Metal
Roofing is
now manufacturing and powder coating
snow guards in 22 popular colors. They
are stamped from prime quality G-90
galvanized steel. The materials used in
production enable the snow guards to
withstand any roofing environment while
adding an aesthetically pleasing touch
to your project at an affordable price.
Uncoated stainless-steel snow guards
are also available.
www.wesellmetalroofing.com | Circle #71
TRA-MAGE
TRA-MAGE’s C-2-1-Z Clamp-ons are cus-
tom designed to work with virtually any
standing-seam metal roof. Give them your
standing seam dimensions and they will
make the clamp fit the profile. The clamps
firmly attach under the hem to provide
superior strength while not penetrating
the panel.
www.tra-mage.com | Circle #70
Polar Blox
Polar Blox Inc. offers an extensive selection of
snow guards for any type of roof system includ-
ing metal, slate and shingle roofs. They are avail-
able in an array of colors and can be customized
to match roof panels. Polar Blox’s snow guards
can be used for retrofit or new construction. All
snow guards are independently tested and in
house testing is completed on every product.
The “Original Standing Seam Model” is manu-
factured from clear polycarbonate plastic and
mounts to the standing seam with no panel
penetration or adhesives.
www.polarblox.com | Circle #69
LMCurbs
LMCurbs has been a leading supplier of S-5! Snow Retention
Systems for more than 17 years. S-5! Systems utilize patented S-5!
clamps that do not penetrate your standing-seam roof. The SnoRail
and SnoFence are offered in mill finished aluminum and brass. Also
offered is the ColorGard system that allows you to color match your
roof panels.
www.lmcurbs.com | Circle #67
SnoJax
The low-profile HotSeam roof ice prevention system attaches to
existing standing-seam metal roofs to create an effective melt path
for snow. The system employs UL-Listed self-regulating commer-
cial grade heat tape contained beneath a specially-designed metal
raceway, firmly pressing the heat tape against the existing metal roof
panel along each standing seam.
www.snojax.com | Circle #68
Snow Guards
48 METAL ARCHITECTURE September 2011 www.metalarchitecture.com
Top Honors
Constructing for the
community
Salvation Army Boys and Girls Club, Shreveport, La.
Old gym is transformed into communal facility
When the Irish McNeil Gym in Shreveport, La.,
burned to the ground the community lost not
only an athletic facility, but also the home of the
local Boys and Girls Club program. The city of
Shreveport took the first steps in creating a new
facility in 2009 by granting the Salvation Army a
40-year lease and construction began on what
would become the Salvation Army Boys and
Girls Club complex.
The $3.1 million, 20,000-square-foot complex features a number of facilities that serve the Boys and Girls club, as well as the greater Shreveport community. The facility includes a basketball
court, teen center, computer lab, staff offices, as well as craft and music rooms. The brick and concrete facility features a standing-seam roof comprised of Bossier City, La.-based McElroy Metal’s 24-gauge 2:14 Striated in Evergreen Kynar 500. The walls, fascia and soffit also fea-ture McElroy Metal’s Marquee-Lok Double Pencil Rib in Evergreen Kynar 500. The use of brick, concrete and metal creates a facility that consists of low-maintenance, yet durable materials. As a community meeting place, the SABGC is warm and open thanks to the north clerestory windows by Shreveport-based Allen Millwork and glazing by Architectural Glass Erectors, Shreve-port. The northern orientation of the windows floods the facility in daylight shining on the struc-tural features of the building and its great contribu-tion to the Shreveport community.
By Patricia Brehm, Associate Editor
Architect: SGB Architects LLC, Bossier City, La.
General contractor: Bonomo Builders Inc., Bossier City
Structural engineer: Smith Engineering Co. Inc., Bossier City
Mechanical engineer: Fred Newton and Co. Inc., Shreveport
Installer: Oliphint Enterprises, Bossier City
Glazing: Architectural Glass Erectors, Shreveport, (318) 458-3833, Circle #72
Windows: Allen Millwork Inc., Shreveport, (318) 868-6541, Circle #73
Metal roof panels: McElroy Metal, Bossier City, www.mcelroymetal.com, Circle #74
PRESENTED BY THE U.S. GREEN BUILDING COUNCIL
Circle #31 on reader service card.
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Our PAC-CLAD® Kynar 500® fi nish, covered by a non-prorated 20 year warranty, is now
available in 38 colors on steel and aluminum. Most colors meet LEED®, ENERGY STAR®
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NEW Cool Metal Roofi ng AIA/CES Course @ www.PAC-CLAD.com!
St. Joseph Mercy Health Center - Canton, MI Architect: HKS Architects GC: George W. Auch CompanyRoofi ng Contractor: Lutz Roofi ng Company Profi les: SNAP-CLAD™ Panels, TITE-LOC Panels, Flush Panels & Composite Wall PanelsColor: Hemlock Green
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