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2013 Faculty Conference: Office of Research and Technology Transfer update

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Research at Mines

Fiscal Year  Dollar s  – M illions  

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$27 $14.5 $11.7 $4.8 $2.7 $1.1 $0 $5 $10 $15 $20 $25 $30

Industry NSF DOE DOD NIH/DOC State

(3)

College of Applied  Science and Engineering  Dean ‐ $23,390,975 College of Earth Resources  Science and Engineering Graves ‐ $23,366,079  Admin ‐ $2,387,635 College of  Engineering and  Computational Science ‐ Moore  ‐ $12,650,452 

(4)

“Innovate to reduce supply risk, enable clean 

energy technologies” 

Director – Alex King – Ames Lab

Deputy Director – Rod Eggert 

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• Process Engineering (Anderson, Mishra, Kaufmann, Speer, Taylor) • Supply‐Chain (Eggert) • Environmental Sustainability (Way) • Education, Training & Outreach (Middleton, Martin) • $14 million over 5 years Potential Leveraging  Economics, Geo Sciences, Mining, Bio Sciences & Engineering

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Materials Genome Initiative

DOE Advanced Manufacturing Office

“Integrated Computational Materials Engineering (ICME)  Development of Advanced Steel for Lightweight Vehicles” $6.0 M DOE funds + $2.5 M Industry cost‐share  INNOVATIVE MANUFACTURING INITIATIVE:  “Quenching and Partitioning Process Development to Replace Hot  Stamping of High Strength Automotive Steel” $1,167,878 DOE funds + $324,000 Industry cost‐share

Matlock, De Moor, Speer

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New Initiatives 

Unconventional Oil & gas, Fracking (Santi)

Mines ‐ NREL (DOE) 

Geothermal Institute (Fleckenstein) 

School of Minerals and Energy, Nazarbayev

University, Earth Sciences Institute, Kazakhstan 

(Middleton)  

Bio Sciences & Bio Engineering 

NSF – Engineering Research Centers (ERC) 

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ERC Pre Proposals  

Mines is the Leading Institution: 

Dorgan – “Sustainable Polymers” 

Herring  ‐ “Nano‐Interfaces for Energy and Water Systems, NEW Systems”

Illangasekare – “Integrated Management of Transitional Energy and 

Environmental Systems (iMATE2s)”

Mines is the Supporting Institution: 

Gutierrez – “Sustainable and Resilient Urban Underground Infrastructure: 

SRUC”

Johnson – “Making Wind Energy the Most Profitable, Affordable, Reliable

and Compatible Renewable Energy Source: WindPARC” 

De Moor – Innovative Manufacturing, Materials, and 

System Design for Efficiency” 

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Coupling of Disciplines 

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Bio Sciences Initiatives 

• Krebs (CSM ‐Chemical and Biological Engineering) ‐ "Dual  Delivery Biomaterial System for the Treatment of Growth Plate  Injuries" • Boyes (CSM Chemistry) ‐ "Bone Regeneration using  Biodegradable Polymer Scaffolds" • Neeves (CSM ‐Chemical and Biological Engineering) ‐ "Air  flow‐dependent modifications of airway epithelial  basal/progenitor cell phenotype: Implications in cystic fibrosis  disease pathogenesis"

(11)

Energy & Environment 

Synthetic Biology 

Grand Challenges in Engineering 

London, March 2013 

References

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