Spring 2011 - The University of Akron
Spring 2011 - The University of Akron
Spring 2011 - The University of Akron
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( feATure sTory )<br />
Public-private Corrosion Control<br />
Collaboration Receives $2 Million<br />
<strong>The</strong> <strong>University</strong> <strong>of</strong> <strong>Akron</strong> and MesoCoat Inc. <strong>of</strong> Euclid<br />
will merge expertise in corrosion control with $2<br />
million in Third Frontier funding. <strong>The</strong> collaborative<br />
effort will focus on developing and commercializing<br />
advanced inorganic metal coatings, ultimately<br />
fast-tracking MesoCoat’s growth and job creation<br />
potential while reducing corrosion’s $300 billion cost to the U.S.<br />
infrastructure economy.<br />
<strong>The</strong> collaboration centers on development, qualification and<br />
technical risk reduction for an advanced inorganic cladding called<br />
CermaCladTM. <strong>The</strong> high-energy density, large-area coating and<br />
cladding technology is being jointly developed and tested by UA<br />
and MesoCoat. MesoCoat also is commercializing the technology.<br />
Energy and cost savings projected<br />
“This inorganic nanocomposite coating provides reductions<br />
in emissions and cost for conventional and alternate energy<br />
production infrastructure. It also makes possible energy savings<br />
and cost reductions through the life extension <strong>of</strong> the steel used<br />
in transportation and energy generation,” said Andrew Sherman,<br />
CEO and founder <strong>of</strong> MesoCoat.<br />
Targeted for tubular steel, steel plate, valves and flanges<br />
used for infrastructure, including oil and gas pipelines, the<br />
metal cladding and hybrid powder coating will be developed<br />
by MesoCoat and tested for life extension and cost reduction<br />
projections by Mark Soucek, UA pr<strong>of</strong>essor <strong>of</strong> polymer<br />
engineering, and his student research team.<br />
<strong>The</strong> joint-use laboratory — located at UA — also will<br />
develop the powder coating based on previously published and<br />
unpublished work, and also scale-up the powder coating with<br />
equipment funded by the Wright project. “<strong>The</strong> <strong>University</strong> <strong>of</strong> <strong>Akron</strong><br />
will provide third-party testing and validation to the process and<br />
end performance <strong>of</strong> the coated steel for MesoCoat,” said Soucek.<br />
Students studying corrosion and reliability engineering at UA will<br />
serve as project interns trained and poised for future engineering<br />
positions, which are expected with MesoCoat’s anticipated<br />
growth.<br />
<strong>The</strong> powder coating developed at UA also may transfer as a<br />
startup company.<br />
Kent miller, a polymer engineering Ph.D. student at UA,<br />
applies powder coating to a steel plate, which will be tested<br />
for corrosion resistance after exposure to light, moisture<br />
and temperature extremes.<br />
About MesoCoat Inc.<br />
MesoCoat is a venture-backed nanotechnology materials science<br />
company. <strong>The</strong> company’s surface engineering technologies have<br />
already been the recipient <strong>of</strong> three prestigious R&D 100 awards,<br />
a National Institute <strong>of</strong> Standards and Technology (NIST) award<br />
for “100-year life coatings for infrastructure,” and the NorTech<br />
Innovation Award for environmentally friendly coatings.<br />
Through partnerships with the Departments <strong>of</strong> Defense and<br />
Energy, and leading oil and gas companies, MesoCoat has<br />
developed high strength, high toughness ceramic-metallic materials<br />
and high speed fusion cladding processes providing unparalleled<br />
wear and corrosion resistance; and has verified performance,<br />
productivity and cost benefits with industry leaders in oil and gas,<br />
aerospace, energy generation, and maritime industries.<br />
MesoCoat is now commercializing several <strong>of</strong> its products<br />
and services that are a direct replacement for hard chrome<br />
plating, as well as weld cladding processes to address the needs<br />
<strong>of</strong> both original equipment manufacturers and maintenance<br />
and repair organizations.<br />
A M AgA z in e for A lu M ni & f rie n ds <strong>of</strong> T h e u ni v e r siT y <strong>of</strong> A k ron w w w. ua k ron. edu<br />
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