nickel magazine out 2008 vol 23 number 4
TRANSCRIPT
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OctOber 2008 VOlume 23, Number 4 the magaziNe DeVOteD tO Nickel aND its applicatiONs
Jp ethqket et
The tk e ce Epe
An Architectural IconT h e C h r y s l e r B u i l d i n g s s e C r e T T o l o n g e v i T y
P r o f i l e : C a t h e r i n e H o u s k aB u i l d i n g e x p e r T i s e
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nickel, vol. 23, no. 4, october 2008
Ince is a eate
stoy on two o the o-
est biins inoin
stainess stee cain:
the Chyse an Em-
ie State biins in
New Yo City. Bit
in the ate 1920s, these
anmas contine to
emonstate the on-
eity o astenitic
stainess stees.
One o the woseain athoities
on nice-containin
stainess stees in achi-
tecte, Catheine Ho-
sa, is aso oie in
this isse. A ontime
constant to the Nice Institte, Catheine
has athoe many aes, oies technica
assistance an has concte woshos o
thosans o hih-ee ecision-maes oe
the ast 15 yeas.
Aso o inteest to achitects is a eot in
this isse on stainess stee inteio etais in
the ecenty exane Miami Intenationa
Aiot, which went thoh a ecent exan-
sion an moeniation.
Fo shote achitecte-eate stoies
she iht on: stainess stee hanais in nea-
shoe maine enionments; a niqe inteio
stainess stee staicase; a ie-cyce costin
anaysis om Astaia; an ests om
eathqae simations on inteio stainess
stee wate istibtion iin in Jaan.
We hae seecte these stoies to istate
to achitects majo seciies o nice-
containin stainess stees the attibtes
which ae wothy o thei attention. These
attibtes ince oneity, eenabiity,
aesthetics, stenth, abiity, as we as e-
cyce content.
With esect to achitecta aications
o nice-containin stainess stees, we inite
o eaes to aticiate in the eeoment
o an onine soce o inomation aaiabe
at ww w.stainessachitecte.o.
Vo 23, N 4, Oo 2008
The Maazine Devoted to Nickeland its Applications
Nickel is published our times per year byThe Nickel Institute55 University Avenue, Suite 1801Toronto, Canada M5J 2H7Tel. +1 416 591 7999Website: www.nickelinstitute.orE-mail: [email protected]
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Material has been prepared or the eneralinormation o the reader and should not beused or relied upon or specifc applicationswithout frst securin competent advice. Whilethe material is believed to be technicallycorrect, Nickel Institute, its members, staand consultants do not represent or warrantits suitability or any eneral or specifc useand assume no liability or responsibility o anykind in connection with the inormation herein.
ISSN 0829-8351
Printed on recycled paper in Canada.
Cover:Chrysler Buildi n, New York City
The next issue of Nickel Magazinewill be published in December 2008.
THIS ISSuE OF NICkEl MAgAzINE IS dEvOTEd AlMOST ENTIrElY TO THE
ApplICATION OF NICkEl-CONTAININg STAINlESS STEElS IN ArCHITECTurE
CrEaTing BEauTiful Buildings
The Nickel Institutes newly redesigned architectural portal is a key resource site
or architects, structural engineers, and architectural abricators. The site provides rea-
sons or selecting stainless steel and how to choose the proper grade and many other
resources. Visit us at: www.StainlessArchitecture.org
E x p e r i e n c e M u s i c P r o j e c t
b y F r a n k G e h r y
S e a t t l e , W a s h i n g t o n
ainless Steel ArchitectureBui ldingConstruction
w w w . S t a i n l e s s A r c h i t e c t u r e . o r g
This web site, o ota, is bein e-e
sine an imoe by the Nice Inst
tte. With yo he, we hoe to mae
the nmbe-one estination o achitect
bies an constctos who want to e
the oos on stainess stee.
In aition to oiin a weath o
technica inomation abot why nice
is ae to stainess stee, the ota wi
eate an onine octs an seice
ie with aabe oct an contac
inomation. visitos to the site can a
istins o thei own comanies an o
cts, an in the anae o thei choice
(Note: to be ince, octs mst se
nice-containin ae o stainess stee
aso, oct escitions sho be ac
ta an aoi omotiona anae.)
This ee seice wi imoe oe tim
with the beneit o yo eebac. I yo
hae any sestions o imoement o
exansion, ease et s now.
reas,
patic Whiteway
Eito
Architects are major speciers o nickel stainless steels
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Earthquake-resistance tests by the Japanese Stainless Steel Associa-tion (JSSA) have shown that stainless steel piping systems (joined by
mechanical couplings) exhibit good air tightness and do not leak.
The tests were intended to assist development of durable stain-
less steel domestic piping systems and are part of the Japanesegovernments Special Research Project on Earthquake Disaster
Mitigation for Urban Regions.
At a full-scale earthquake-testing facility, nicknamed E-De-
fense, the JSSA tested the resistance of various building materi-
als and components.
The evaluation entailed building a 21-story skeleton high-
rise. Between the rst and fourth oors, a system was built to
simulate earthquake shocks on oors 5 to 21. The power of the
simulated shocks was based on the strength of earthquakes an-
ticipated to occur in the Tokai and Tonankai regions of Japan.
The tests were part of a broad, 3-year program designed to ex-
pand the use of long-lasting nickel-containing stainless steel in
residential high-rise piping systems throughout Japan. A big ad-
vantage of all-stainless piping is that plumbing systems in high-
rise buildings will last longer and require fewer repairs, because
stainless steel neither degrades nor corrodes in service.
The JSSA proposed this program in response to a report tabled
in May 2007 by the Housing and Land Investigation Committee
of the then-governing Liberal Democratic Party of Japan.
The report urges the housing industry to adopt, as its goal, an
average lifespan for all residential housing (including high-rise
buildings) of 200 years. Future high-rises will be characterized by
energy conservation, harmony with the surrounding environment,
earthquake resistance, and regular and easy maintenance.
When a design company in Melbourne, New South Wales, Australia, decided to ex-
pand its business to a neighbouring space, a
challenge was set: the adjoining ofce was on
an upper level, and a walkway was needed to
connect the two.
The challenge was met by Daniel Stellini, As-
sociate Director, Interiors of the Carr Design
Group, who envisioned a simple, strong and aes-
thetically rened stainless steel hanging staircase
to provide transit between the two levels.
Considering that this portal represents
such a high trafc area, we needed a material
that was durable, strong and low-maintenance:
stainless steel met our requirements on all
three counts, Stellini says. It was our intentto express the raw-edge detail of the 3-mm
thick stainless steel, highlighting its ne yet
strong characteristics.
Fabricator Hi-Tech Stainless Fabrications
Pty Ltd., based in Victoria, New South Wales,
and accredited by the Australian Stainless Steel
Design Association, used 620 kilograms of
grade S30400 stainless steel to construct the
skeleton of the stairwell off-site. The pieces
were assembled, welded and polished on-site.
From the reception area, the portal presents
itself as a crisp, polished insertion to the build-
ings brickwork, representing a rened sculp-
tural element against the raw, distressed solid
wall. It is xed only to the upper level of the
tenancy, allowing it to hover, as it were, over the
lower oor despite its weight of 340 kilograms.
The stairs prole has been left exposed,
making it a feature of the space.
Challenging the conventional use of mate-
rials such as stainless steel is something Stell-
ini continues to enjoy. Not a bad idea when
you look at the results.
The Hudson River Park is a waterside park under development onManhattan Island in New York City. Integral to the project is a
13-kilometre walkway which, when completed, will wend its way
from Battery City Park at the southwestern tip of Lower Manhat-
tan north to 59th Street.
The Hudson River Park Trust, the joint New York state and city
organization whose mission is to build and operate the park, has
completed 5 kilometres of the walkway since 2002, when con -
struction began. Bordering the walkway is a 106-centimetre-high
railing assembled from 110 tonnes of S31600 stainless steel tub-
ing, including 1,900 cast J92900 posts and the occasional bollard.
The next 2.4 km of railing will be installed in 2009.
The Pennsylvania, U.S.A.-based engineering rm
Forms+Surfaces selected S31600 after rst considering S31700
stainless steel.
The Hudson River Park Trust wanted a matte nish which
would have a surface roughness greater than 20 micro-inches, ex-
plains Matt Vizzini, vice-president of engineering for
Forms+Surfaces.
The Trust wanted a railing that was maintenance-free and would
last at least 30 years despite the combination of constant salt water
spray, dirt and high summer temperatures, Vizzini adds. S31600
combined with a protective maintenance coating produced by Flori-
da-based Adsil Inc. proved to be the best solution.
The railing consists of posts mounted to the concrete piers or
granite bulkheads. Three-millimetre thick walled tubing, 38-76
mm in diameter is discretely bolted to the posts and can be re-
moved in case of damage.
JAPANSTAINLESSSTEEL
ASSOCIATION
ISTOCKPHOTO.COM/APPLEUzR
nickel, vol. 23, no. 4, october 2008 nickel, vol. 23, no. 4, october 2008
MORE INFORMATION:
www.stainlessarchitecture.org/jssa
MORE INFORMATION:
www.stainlessarchitecture.org/staircase
MORE INFORMATION:
www.stainlessarchitecture.org/hudsonriver
Floating stainless steel staircase: A rened sculptural element
Stainless Steel Piping Survives ShocksJapanese tests show stainless steel piping withstands simulated earthquakes
A Step Up in Stainless DesignStainless steel adds strength and aesthetic appeal to a hanging staircase
Fabricating for Time and TideManhattan Park railing is built to last for decades
Earthquake simulation tests showed no leaks
Longer lasting and ewer repairs needed
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Theyre two o the most venerable and recognizable landmarks on New York Citys
amous skyline. Teyre also soaring testaments to the beauty and durability o
inless steel as an exterior nish in architectural applications.
Te Chrysler Building, 77 stories tall, and t he 85-oor Empire State Building were
mpleted within a year o one another during the Depression years, in a race to claim
agging rights to the worlds tallest building a title t he Empire State held or 41 years.
Te buildings are as innovative as they are tall, thanks to the oresight o architects
d builders who chose to clad the exteriors with stainless steel.
It was the rst ever large installation o stainless steel in an architectural application,
ys Catherine Houska, an architectural metals consultant with Pittsburgh-based MR
onsulting. Nothing on this scale had been built using stainless steel.
Tese were cutting-edge buildings, says Houska, who researched both buildings or
e Nickel Institutes reerence manual imeless Stainless Architecture. Te owners
nted to make a statement about the progressiveness o their building and their
mpanies. It was a substantial risk.
Te rst risk-taker was Walter P. Chrysler, the brash automaker who returned rom a
p to Paris determined to erect a building that would eclipse the Eiel ower, the
lest structure o the day.
Chryslers architects topped the landmark with a six-tier spire o Art Deco arches clad
stainless steel, creating a shimmering beacon above the citys otherwise gray skyline.
inged gargoyles, eagle heads and other stainless-steel ourishes were added, evoking
e chrome-plated hood ornaments and hubcaps o Chryslers cars. It was probably
alter Chryslers own idea to encase the spire in stainless steel. He specied additional
ishes and recalled, in his memoirs, spending hours on his hands and knees on his
fce oor poring over blueprints.
Samples o the Chr ysler Buildings roo cladding were tested in the mid-1990s,
vealing that S30200 was the alloy used (the chromium and nickel contents o S30200
e quite similar to those o modern S30400). Te same alloy was used to cover the
rgoyles. Te Chryslers lobby and street-level entrance doors were trimmed in a
ckel-silver alloy known as German silver, a copper-nickel-zinc alloy (which has the
pearance o silver) containing 12-20% nickel.
Just 10 city blocks to the south is the 382-metre-high Empire State Building, which
nickel, vol. 23, no. 4, october 2008
ofcially opened in May 1931, a year ater the
Chrysler Building was completed. Despite the
buildings iconic status (it is once again New
Yorks tallest building, ollowing the destruction o
the World rade Centre), the use o stainless
cladding in its construction was rediscovered
when the exterior was cleaned in 1995.
More than 300 tonnes o S30200 stainless was
used to ashion the ladder-like spandrel panels
that trim the thousands o windows above the
sixth oor. Because those spandrel panels hadbeen dirty or so long, nobody had any idea they
were stainless until they were cleaned, says
Houska. Another 25 tonnes o S30200 stainless
was used in the observation deck and in the mast
that tops the building.
It appears that the Empire State has been
cleaned only once, Houska says, whereas the
Chrysler was cleaned twice, in 1961 and 1995.
Teir stainless steel has held up remarkably well in
both buildings, withstanding decades o pollution
and the ravages o New Yorks coastal climate.
odays architects would likely speciy more
corrosion-resistant S31600 or such applications,
but the buildings height enables them to stay
clean and avoid salt accumulation. Te Chrysler
and Empire State essentially get pressure-washed
with every rainstorm, thanks to t he strong winds
at their summits, says Houska.
Tats not the case at street level, though: a ew
o the Chrysler Buildings doors succumbed to the
ravages o de-icing salt and had to be replaced. As
or the Empire State, its original spandrel panels
are intact except or a small number that were
destroyed in 1945 when a bomber crashed intothe 79th oor.
Urban legend has it that the Chr yslers builders
ordered enough stainless steel components to
re-clad the roo and put them in storage, ex-
pecting the untested metal would have a short
liespan. In any event, in almost 80 years, only the
odd batten has had to be replaced.
Adds Houska: Teres no reason why the Chrysler
Building roo wont be there or hundreds o years.
LastingLandmarks
nerable New York City landmarks refect the durability o stainless steel
RAFAELvINOLYARCHITECTSPC
ISTOCKPHOTO.COM/FARUKULAY
DEANJOBB
ISTOCKPHOTO.COM/MARCDEOLIvEIRA
ISTOCKPHOTO.COM/BRANDONJENNINgS
ISTOCKPHOTO.COM/LISAMARzA
NO
BIgSTOCKPHOTO.COM
MORE INFORMATION:
www.stainlessarchitecture.org/landmarks
Thanks in part to thepioneering use o
stainless steel in theslandmarks, the metaluse has become
commonplace in thenew generation o
skyscrapers.
Both o these buildings areexcellent examples o using
sustainable stainless steel andperormance with minimal
maintenance.
nickel, vol. 23, no. 4, october 2008
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sis on international and industrial marketing from Case
Western Reserve University (Cleveland).
I had not planned to major in metallurgical engineer-
ing, but all engineers have to take an introductory metallurgy
course. My dad had an international reputation in his field,
and Dr. Bernstein, the department head, soon found that I was
much like my father. He decided that the best way to recruit
me into his department was to offer me a lucrative summer
job working with his grad students. By the end of the summer,
I had changed majors.
Most of her university
roommates were architec-
ture or design majors and
she was often the materials
consultant on their projects.
This gave her an opportunity
to learn more about the field
and gain insight into how ar-
chitects think.
Houska started consult-
ing in architecture in 1990
after joining TMR Archi-
tectural Metals Consulting
in Pittsburgh, Pennsylvania,
U.S.A., where she resides.As TMRs senior market development manager, she performs
market research, analysis, development and strategy work for a
broad range of metals and markets. Houskas market experi-
ence is in fact wide-ranging and includes not only architecture
but plastic moulds, electronics, and industrial equipment.
Among the prestigious firms she has assisted are Gehry
Partners, Skidmore Owings & Merrill, HOK, Pei Cobb
Freed & Partners, Cesar Pelli & Associates, Murphy/Jahn,
FXFowle, Goettsch Partners Inc., RA Heintges, Gensler,
Perkins & Will, WTW, Arup, Cantor Seinuk, Pols hek Part-
ners, Perkins Eastman, Leo A Daly, Kohn Pedersen Fox,
Walt Disney, Universal Studios, Davis Brody Bond, Nor-
man Foster, Figg Bridge, Moshe Safdie, and the Port Au-
thorities of many major U.S. cities.
In 1993, the Nickel Institute announced it was looking
for an architecture, building and construction consultant.
Since architecture and architectural materials such as stain-
less steel had remained a hobby of mine over the years, I vol-
unteered and was accepted, she says. Houska has managed
the Institutes market development program to promote in-
creased use of stainless steel in North America.
Stainless steel is an incredibly versatile material because
it can be obtained in such a variety of finishes and product
forms. Its unique characteristics make it suitable for a great
many practical and aesthetic applications. The only limita-
tion is our imagination. Designers and suppliers regularly
come up with wonderful new ideas, and its wonderful to
work in a constantly evolving field.
That evolution is reflected in the Nickel Institutes web
portal for architects (stainlessarchitecture.org), to which
Houska contributes and which she calls an excellent re-
source for architectural decision-makers.
Theres a tremendous range of literature and other
resources available on the portal, and recent changes have
made it an even more valuable resource, taking it to a totally
new level. I would encourage decision-makers to visit it and
make full use of all it has to offer.
Although Houska is unquestionably an international expert on
architectural applications of stainless steels, she rejects such labels.
No one ever knows everything and life is a continuous
learning experience. Every problem or new design is an
opportunity for me to learn about the unique atmospheric
conditions, design challenges,and aesthetic and cultural
preferences involved in the
project. I love being able to
help the people I work with
and I hope my ideas can help
expand their design vision.
Sometimes, maybe years
later (architectural projects can
be slow in coming to fruition),
Houska will receive an e-mail
with photos or come across
an article about a project on
which she provided advice. When that happens, she feels proud
knowing she has helped make the world more stainless.
Continued online at:
Architectural ConsultantCatherine Houska
nickel, vol. 23, no. 4, october 2008
When she was a little girl growing up in Spring Val-ley, a suburb of New York City, Catherine Houska and
her parents lived in a 250-year-old house that was being
restored. One day her father happened to lean against a
wall which suddenly opened up to reveal a secret staircase
and room that had been used to hide slaves escaping to
freedom on the Underground Railroad (between about
1810 and 1850). From then on, Houska was interested in
architecture. It wasnt long before she was spending endless
hours with Lego, Lincoln Logs building blocks, it would
turn out, for a varied and successful career.
Houska is now among the worlds leading experts on
architectural metals, particularly stainless steel. The list of
people who consult her include architects, building ow ners,
contractors and fabricators on new projects and on exist-
ing buildings that are experiencing problems. As an archi-
tectural consultant for the Nickel Institute, as well as the
International Molybdenum Association, the Ornamental
Metal Institute of New York, and the Specialty Steel Indus-
try of North America, she provides technical assi stance and
arranges workshops for thousands of high-level decision-
makers.
When she was a student, Houska was frustrated by the
fact that drawing did not come naturally to her (at the time,drawing was considered a prerequisite for architects). But
I was always good in math and the sciences and loved solv-
ing problems, so engineering seemed like a good option.
Besides, my father and two uncles were engineers, as were
my grandfather and great grandfather, so its not surprising
that I was encouraged in that direction.
Her father, Dr. Charles Houska, was a metallurgy
professor; her mother taught economics. Catherine
received her undergraduate degree in metallurgical en-
gineering and materials science from Carnegie Mellon
University (Pittsburgh) and an MBA with an empha-
BuildingExpertise
Architectural consultant Catherine Houska takes pride in helping
make the world more stainless
U.S. Embassy in Beijing
Museum of Glass, Tacoma, Washington, U.S.A.
ew Bangkok International Airport
ntrance to 7 World Trade Centre
Main photo: Hyatt hotel in New York City
MORE INFORMATION:
www.stainlessarchitecture/houska
BankBoston in Brazil
Stainless Steel is an incredibly versatile material because of thebroad variety of its finishes and product forms. Unique char-acteristics make it suitable for a great many practical and aes-thetic applications. The only limitation is our imagination.
nickel, vol. 23, no. 4, october 2008
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n ic ke l, vo l. 2 3, n o. 4 , s ep te mb er 2 00 8 n ic ke l, vo l. 2 3, n o. 4 , o ct ob er 2 00 8
MMESURFACEFINISHINg
WRTSILCORPORATION
ISTOCKPHOTO.COM/ALExANDRTOvSTENKO
ISTOCKPHOTO.COM/APPLEUzR
Mechanical nishing minimizes dirt retention and optimizes corrosion resistance
Withstanding the Test of TimeLife-cycle costing analysis rates stainless steel over alternatives
A Growing Opportunity for Nickelnewed interest in solid oxide fuel cells in Europe
Inspired by the successful performance of austenitic stainless steelstreet furniture, the city council of Melbourne, Southeastern Austra-
lia, recently conducted a life-cycle costing analysis. The results
show that stainless steel enables design exibility and ensures low
maintenance costs.
Using S30400 stainless steel instead of powder-coated steel signi-
cantly reduces ongoing maintenance costs, says Marika Mulqueen, one
of Australias most renowned industrial designers. A comparison found
that while stainless steel can initially cost more, but over a 20-year period,
maintenance costs can be up to 50% less than those for steel protected by
powder-coated paint. Maintenance involves a once-a-year pressure clean-
ing instead of regular repainting to repair scratched and peeling paint.
Scratches do not show up easily because the furniture is brushed stain-less steel. Unlike coatings, stainless steel is not prone to fading, she adds.
A case in point is the $10-million stainless steel revamp of the Bourke
Street Mall, a pedestrian and streetcar-only strip in Melbournes central
business district. The mall has a simple, clean, linear design.
MME Surface Finishing (Vic) Pty Ltd., a member of the Australian
Stainless Steel Development Association (ASSDA), provided smooth
mechanical nishing that minimizes dirt retention while optimizing-
corrosion resistance.
The Mall features new stainless steel seating, drinking fountains,
recycle bins, banner poles and a new t-out (shell space) for the street -
car zone.
Stainless steel was chosen because it essentially requires no main-
tenance when the correct surface nish is applied, says MME repre-
sentative John Bainbridge.
Among the other stainless steel architectural pieces in Melbourne
are commemorative totem poles fabricated by ASSDA member TRJ
Engineering of Southeastern Australia. The poles use grade S31600
stainless steel with a No. 4 polished nish. Each pole has a base con -
sisting of two rolled half-cylinders with LED lights mounted between
them. The cylinders were formed in a brake press which reduced the
risk of surface damage.
The Melbourne Technical Design Department has recommended
that all future street furniture commissioned by the council be made of
stainless steel.
MORE INFORMATION:
www.stainlessarchitecture.org/melbourne
esite the hye o aios eay e ce eeoes in the
0s, these eices cate ey itte o the eney sy ma-
recenty, howee, inteest in soi oxie e ces (SOFCs),
been owin, aticay in Eoe, whee they ae bein
o ecentaie owe eneation in iowatt to meawatt-
otts.
o this is oo news o nice, which is a siniicant com-
ent o SOFCs.
he caacity o SOFCs can ane om one iowatt o omes-
se (heat an owe) to seea meawatts o instia co-
eation an eecticity oction, accoin to a constant
y o the Nice Institte on the owin imotance o nice
he Eoean union. paces whee e ces hae been instae
e: hositas, isons, waste wate teatment ants, an
nactin.
he inceasin aaiabiity o eiabe an eicient e ce
nooy wi imoe the economic an enionmenta e-
mance o owe oction. In 2005, the eneation, tansmis-
an istibtion o owe, incin sies, acconte o
e than a miion jobs an contibte moe than 110 biion
os o oss ae ae to the Eus oss omestic oct.
y 2015, the oba maet o SOFC owe eneation is ex-
e to be ae at 11 biion Eos, o which the Eu eesents
t 3 biion Eos. Majo comanies enae in this ie in-
e Cean Tec an Siemens Ag in gemany, Cees powe an
s-royce c in the uk, Hao Tose A/S in denma, Saint-
ain SA in Fance, an Wtsi Cooation in Finan.
e ce is an eectochemica eice that conets the eney
ce by eactions between a e (sch as hyoen) an an
ant (sch as oxyen) iecty an continosy into eectica
y. lie a eectochemica ces, e ces hae two eec-
es a ositie anoe an a neatie cathoe.
In SOFCs, nice is tiie in the anoe as a nice-yttia sta-
biie iconia comosite. The nice comonent is nice oxie,
synthesie om eithe nice acetate o nice citate. The anoe
is constcte sin owe metay an eectochemica a-
o eosition technooies to oce a ayee, oos stc-
te in which the hyoen oxiation ocess can tae ace.
One o the aantaes o SOFCs is that they can oeate on a
wie ane o es. Since they oeate at hih temeates, es
can be eome within the anoe. So SOFCs can oeate not
ony on methane, oane o nata as, bt aso ases om e-
mentation o biomass asiication.
Anoe mateias mst be oos to oe a ey hih sace
aea o the oxiation eactions, etain eectica conctiity at
hih temeates an hae comatibe thema exansion oe-
ties. The nice-beain anoes meet a these eqiements with-ot sin costy ecios metas.
Fe ce owe eneatos enjoy seea namenta aan-
taes oe ae, centaie, conentiona owe aciities. Chie
amon these ae eate eney eiciency, which means owe
eenhose as emissions, an ecentaie eneation, which
aois on-istance tansmission ine osses.
SOFCs oie 50-65% eney eiciency, isin to 85% i
waste heat is se in a co-eneation system, comae with si-
niicanty owe taitiona steam an as tbine eiciencies in
the ane o 30-55%. Fthemoe, instain e ce owe ants
whee the owe wi be consme aois the owe osses an
caita costs associate with on-istance tansmission ines.
Fo a the aboe easons, SOFCs ae iey to ay a owin
oe in Eoean owe eneation, an that tansates into eate
eman o nice.
MORE INFORMATION:
www.nickelmagazine.org/eufuelcells
Greater energy eciency equals lower greenhouse gas emissions
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nickel, vol. 23, no. 4, october 2008
ISTOCKPHOTO.COM/gEORgECLERK
nickel, vol. 23, no. 4, october 2008
n July 2008, over 3.1 million passengers passed through
the Miami Airport (MIA). By years end annual trafc
through the airport could exceed 34 million. Fortunately
the airport has used large amounts o stainless steel sheet
in its renovation and expansion projects. Tis should keep interior
suraces looking new while minimizing maintenance costs.
We chose stainless steel because its clean, easy to maintain,
and durable, says Carlos Jos, the airports assistant acilities
and landside manager.
Nickel-containing stainless steel, typically
S30400 or S31600, meets requirements
or nish materials in the airport terminal.
Tese include low lie-cycle cost (durability),
ease o maintenance, durability and saety,
according to James Armstrong, change
work assignment manager or Miami-based
Dade Aviation Consultants.
Says John Murphy, a principal o the
exas-based Corgan Associates, which is
the main executive architect or the MIA:
A terminal receives a tremendous amount
o wear -- much more than other public
buildings. Te materials chosen must
be durable and easy to clean. He adds that although other
materials are available, theyre typically more expensive then
stainless steel when maintenance costs are included.
extured stainless steel is desirable because it masks
ngerprints, small dents and scratches more eectively than
polished or satin nishes. In addition, textured stainless steels
high strength-to-weight ratio allows the use o thinner sheet.
Rimex Metals (USA) Inc. o New Jersey has supplied some
28,000 square metres o textured stainless steel to the airport
in the past three years. Bruce Kardos, the companys regional
sales manager, says the MIA needed to avoid shabbiness.
Passengers are terrible with walls. Oten, or example, youll
see a passenger talking on his cell phone w ith one oot propped
against a wall. And it shows immediately. Also, the walls are
regularly bumped by motorized carts and oor polishers.
Te use o stainless steel sheet on terminal walls is still
limited to wainscoting, but ull-height
stainless steel column covers have been used
or 10 years. Says Jos: Some people hit
these column covers pretty hard, and the
stainless steel will sometimes get a dent,
but we can repair dents by pulling them
out with suction cups. Fibreglass column
covers, on the other hand, oten have to be
pulled o and thrown away. We would like
to replace all o these with stainless.
He stresses that stainless steel contributes
to a terminals aesthetics: Its smooth,
gives a sense o richness, creates a good
atmosphere, and comes in many dierent
nishes and product orms. In short, it adds a touch o class.
Other applications o nickel-containing stainless steel at
MIA include walls, oors and doors or elevator cabs, rail trim
or escalators, handrails, guard-rails, counter trim, baggage
scales, ight inormation display racks, trash receptacles, and
plant holders.
iami International Airport
Ready for Heavy
TRAFFIC
Low Maintenance,high recycle contentand recycleability at theend of life give austeniticstainless steel the leg up inairport interiors.
ckel-containing stainless steels reduce wear and tear on architectural design elements
MORE INFORMATION:
www.stainlessarchitecture.org/miami
High trafc areas call or stainlesssteels durability
I
Architectural design elements made with austenitic stainlesssteels are low-maintenance and highly durable
I expect the stainless steel to last as long as the terminals - 30 to 40 years. - Carlos Jos
RIMExMETALS(USA)INC.
extured S30400 stainless steelmasks ngerprints and small dents.
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n ic ke l, vo l. 2 3, n o. 4 , o ct ob er 2 00 8 n ic ke l, vo l. 2 3, n o. 4 , o ct ob er 2 00 8
Ns d t o wdy d d of n d n on foow:
C o m i n g E v E n T s
The United Nations Climate Chane Conerence will be held in Poznan, Poland Decem-
ber 1-12, 2008. Participants are expected to aree to a plan o action to implement
the Kyoto Protocol with urther neotiations expected in 2009. The Nickel Institute
will have a presence at that conerence as one o several sponsors o an international
communications proram produced by Sustainable Development International, which
is operated by the Henley Media group o London. It is endorsed by the United Na-
tions Environment Proram (UNEP) and is desined to assist the private and public
sectors to achieve carbon neutrality by providin practical actions to reduce lobal
carbon ootprints. The proram includes a publication called Climate Action, which
was launched in December 2007 at the UN climate chane conerence in Bali. The
next issue will be distributed at the Poznan conerence. This maazine will eature an
article by Nickel Institute President Stephen Barnett on how nickel production is an in-
vestment that society makes in order to create innovative ways to reduce reenhouse
as emissions (throuh the many applications o nickel-containin materials). For more
inormation on the conerence, see http://unccc.int/meetins/items/2654.php.
For inormation on Climate Action, see http://www.climateactionproramme.or/
Nickel liFe cYcle tOur In the frst week o November 2008, a roup o EU reu-
lators will tour our acilities in Finland that specialize in the minin, processin,
usin and re-usin o nickel. Sponsored by the Nickel Institute, the two-day visit
is the frst in a series o tours planned or 2009 that will demonstrate to reu-
lators the socio-economic benefts that nickel brins to the European Union.
The tours will also introduce reulators to the key players at the Nickel Institute.
For more inormation, see [email protected]
FOOD cONgress Eric Partinton, a consultant or the Nickel Institute will be present
a paper entitled Selection o Materials or Equipment in Contact with Food EHEDg
guideline No. 32 at the First European Food Conress which will be held Nov. 4-9, 2008
in Ljubljana, Slovenia. For more inormation, please see: http://www.oodconress.eu/
petrOchemical WOrkshOpsNickel Institute Consultants Don Banoli and Don Tillack
will present a series o petrochemical workshops in India in December. The workshops
are oranized by Ramesh gopal o the Nickel Institutes ofce in New Delhi, India. Dr. A.K.
Lahiri , a Nickel Institute consultant in India, will also par ticipate in the workshop series.
For more inormation, please contact: [email protected]
hYgieNic prOcess eQuipmeNt Weldin and construction o hyienic pro-
cess equipment in six industries -- pharmaceutical, bio-technoloy, semiconduct-
or, personal care, ood and beverae, and dairy processin -- will be the topic
o a 2-day conerence in New Orleans, U.S.A., February 10-12, 2009. The Weld-
in Research Council-EUROWELD conerence is sponsored by the Materials
Technoloy Institute, the Nickel Institute, 3-A Sanitary Standards, and ASMEBPE. gary Coates, technical director o the Nickel Institute, will chair a ses-
sion on hyienic industry materials. In addition, Nickel Institute consultants Ri-
chard Avery and Donald Tillack will present papers. For more inormation, see
http://www.orenineers.or/conerences/WRC_CONFERENCE_BROCHURE%20.pd
cOrrOsiON 2009 cONFereNce Nace International will hold its annual corrosion
convention and tradeshow in Atlanta, georia, March 22-26, 2009. This annual event
or corrosion proessionals combines technical and research symposia, meetins,
orums, networkin and social events and a hue trade show o exhibitors. O par-
ticular interest to the users o nickel alloys are sessions on bio-uels corrosion, refn-
in industry cor rosion, recent experiences with corrosion-resistant materials, marine
corrosion, hih temperature concerns, and corrosion in the pulp and paper industry.
For more inormation, see http://events.nace.or/conerences/c2009/index.asp
oy a b c c co c c F mn mo N N N p p s s sn ti V W zn z O
0400 - - 0.08 - - 18.00- - - 2.00 - - - 8.00- 0.045 - 0.030 1.00 - - - - - - -6,12, 13 max 20.00 max 10.50 max m ax max
0403 - - 0.03 - - 18.00- - - 2.00 - - - 8.00- 0.045 - 0.030 1.00 - - - - - - -max 20.00 max 12.00 max m ax max
1600 - - 0.08 - - 16.0- - - 2.00 2 .00- - - 10.00- 0.045 - 0.030 1.00 - - - - - - -7,11,12 max 18.0 max 3.00 14.00 max max max
1603 - - 0.030 - - 16.0- - - 2.00 2.00- - - 10.00- 0.045 - 0.030 1.00 - - - - - - -max 18.0 max 3.00 14.00 max max max
2205 - - 0.030 - - 22.0- - - 2.00 3.00- - 0.14- 4.50- 0.030 - 0.020 1.00 - - - - - - -max 23.0 max 3.50 0.20 6.50 max max max
2000 - - over - - 12.0- - - 1.00 - - - - 0.040 - 0.030 1.00 - - - - - - -0.15 14.0 max max max max
DESIgNEDBYMARKCROzIER
JSSA
xainin how the attibtes o nice enabe esoce-ecient esin is not an easy tas.
natey, a concise, tastey istate boche ecenty bishe by the Nice Institte
ains, in cea tems, how nice oes jst that.
he boche emonstates how nice is essentia in as tbines those sohisticate ieces
machiney that ae se to eneate eecticity om bio-ases oce by an waste.
A hotoah o a 75-yea-o concete ie in the g o Mexico shows how nice-con-
in stainess stee einocin ba can be se to ceate on-astin, abe inastcte.
eaes aso ean that nice-containin stainess stees ae the eenabe mateia o
ice in the oo ocessin insty (sin oi sees an the asteiation o mi as is-
e exames), owin to thei stenth, abiity, tohness an hyienic qaities.
he boche istates two exames o enin achitecta anmas: the Chyse Bi-
n New Yo City an the Qebec City Bie, bit in 1929 an 1917, esectiey. Sti in se
y, they exemiy the abiity an eenabiity o nice-containin stainess stees.
asty, the boche emins the eae that mateias that contain nice can be y e-
e. On aeae, stainess stees toay contain 60% ecyce mateia, an that ecentae is
easin yea by yea.The boche is ee to ses o nice-containin mateias an is iea
commnications oams esine to istate the attibtes o nice. It is aaiabe om
Nice Institte.
he Nice Institte aticiates in many
nica coneences, woshos an sem-
thohot the yea. Foowin ae a ew
nt exames.
he Nice Instittes Technica diecto,
oe, d. pete Cte esente a ae
he se o nice stainess stees aicas
e Innoatie Stainess Stee Aications
ansot vehices (INSApTrANS) sem-
he in Bein on Setembe 25, 2008.
esentation was one in conjnction
with Aceo an ISEr, the geman stain-
ess stee eeoment association. A simia
esentation was aso ien in association
with Id Inox, the Fench stainess stee e-
eoment association on Setembe 30.
New an eise woin o aios sec-
tions o the ASME Biopocessin Eqi-
ment stanas, incin stanas on
oin an sace nishes, wee aoe
at a ecent meetin. Nice Institte Const-
ant richa Aey aticiate in the meet-
in an wi chai a new sbcommittee on
inin/oishin/bn. These isses ae
imotant becase they wi aow stainess
oces an ses to mae cost-eectie
eqiment o stainess stee.
Nice Institte Constant B ross
chaie a session an aso esente a ae
at the 17th Intenationa Coosion Cone-
ence he Oct. 6-10 in las veas, Neaa,
u.S.A. The coneence was sbtite Co-
osion Conto in the Seice o Society an
oie a om o eain intenationa
coosion eseaches to et toethe an ex-
chane ieas.
Nice Institte Technica diecto gay
Coates ae a ta at the Noth Abeta sec-
tion o the Ameican Wein Societys one
ay coneence, he Oct. 17 in Emonton,
Abeta, Canaa. This section coes the aea
whee mch o the ta sans eeoment is
enineee an tain ace. His esenta-
tion was entite Wein Consieations
o Coosie Seice Aications, an in-
ce the imotant oe o nice in main
stainess aoys moe oiin to wein
ocesses.
Fo aitiona inomation on any o these
coneences, ease contact:
Mark Mistry has joine the Nice Insti-
tte as Eu diecto Sstainabiity. He wi
be esonsibe o manain the Bsiness
Aocacy oams not eate to rEACH.
Ma has extensie exeience in the Eo-
ean union enionmenta heath an sae-
ty mattes. peiosy he was emoye by
Eometax an Noetsche Aneie.
He wi be base in the Nice Institte o-
ce in Bsses.
Dr. Tara Lyons-Darden has joine the
Nice poces Enionmenta reseach
Association (NipErA) as Scientic Tech-
nica Wite. d. daens octoate is in
athooy an aboatoy meicine om
the uniesity o Noth Caoina at Chae
Hi. He scientic bacon inces
eseach in cacinoenesis, toxicooy,
biomaes, athooy an moeca bio-
oy. d. daen iecte he caee towa
scientic/meia witin ate nishin he
ost-octoa sties at de uniesity
an then the u.S. EpA. She wi be base
in the NipErA oce in raihy-dham,
Noth Caoina.
Alex Gao has joine the Nice Instittes
oce in Beijin as Nice Aications
Manae. Christine Li has aso joine
Nice Institte Beijin as Oce Aminis-
tation Assistant.
: enn sny
onfn pnon y N in
rnaonn
Ni
NickelEnab l i ng Sustainabi l i ty
@www.nn.o
n subscribe to Nickel Maazine ree o
chare and receive an e-mail notice when a
new issue is posted online.
www.nickelonline.or/subscriben iN 7 laNguages, read Nickel Maazine
online. Chinese, Japanese, Russian,
French, german and Spanish.
www.nickelmaazine.or/lanuae
n search back issues o Nickel Maa-
zine rom our online archive, oin back to
June 1998.
www.nickelmaazine.or/archive
n Watch nine short nickel videos on You
Tube. Search or Nickel Institute and
visit the Nickel Institute Channel. Includes
our new Climate Action video, three BBC
World commercials and three recyclable
stainless steel commercials.
www.youtube.com/user/NickelInstitute
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8/2/2019 Nickel Magazine Out 2008 Vol 23 Number 4
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New York Citys subway cars prove useul even ater retirement
Fish Condos rest in marine ree sites along Eastern seaboard
I
STOCKPHOTO.COM/DENNISSABO
NEWY
ORKMETROPOLITANTRANSITAUTHORITY
MORE INFORMATION:
www.nickelmagazine.org/subwaycars
bdn On eoy
At a time when sca eaes cant et thei hanson enoh stainess stee, it seems sisin that
New Yo is min its sbway cas into the ocean
to see as aticia ees. That is, nti yo consie
the cost an hman heath iss o ecycin them.
New Yo Citys Metooitan Tansit Athoity
(MTA) has been sinin its etie sbway cas to
oie sh conos o yeas. As a est, 1,269
rebi cabon stee cas est on maine ee sites a
aon the Easten seaboa. Now the st eneation
o cas ca in 2 tonnes o S30100 an S30200 stain-
ess stee ae joinin them.
Thee is cetainy a ot o saaeabe meta on these
cas bt to et them om o oety to a ace whee they can be awy emeiate wo be a ey costy
eneao, says Mie zacchea, assistant chie oeations oce o the MTA.
The biest obem is the asbestos that ines the foo
an was o the cas. Whie asbestos is not a ane n-
ewate, ecations wo hae to be taen i the cas
wee ismante aboeon. The cas aso contain
othe mateias that cannot be eaiy ecyce inc-
in ass, beass an astic.
Wee chosen a sotion we thin is enionmentay
ositie, says zacchea. An becase the cas ae ca
in stainess stee, thei stcta inteity wi emain
intact one than the cabon cas that ae aeay on
these ees.
The ie estimate is 30-40 yeas o the stainess stee
cas comae to 15- 25 yeas o the cabon stee cas.