princeton university's andlinger center for energy and the environment
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Research, education, and industrial collaboration with Princeton University's Andlinger Center for Energy and the Environment.TRANSCRIPT
Overview of the Andlinger Center for
Energy and the Environment
Emily A. Carter
Founding Director, Andlinger Center for Energy and the Environment
Gerhard R. Andlinger Professor in Energy and the Environment
Professor of Mechanical and Aerospace Engineering and Applied and Computational Mathematics
Associated Faculty in Chemistry, Chemical and Biological Engineering, PRISM, PEI, and PICSciE
Mission & Goals
TO DEVELOP SOLUTIONS TO ENSURE OUR ENERGY AND ENVIRONMENTAL FUTURE
• Foster a vibrant, intellectual community that engages people from many academic
disciplines.
• Accelerate innovative multidisciplinary research through funding, infrastructure,
and intellectual discourse.
• Train the next generation of leaders by educating students in their own disciplines
and in a broader context.
• Partner with industry, not-for-profit, and government to reach practical technology
and policy solutions.
• Become the Center that the U.S. government turns to for information and advice.
Interdisciplinary Research and Education
Organization
SEAS Dean
H. Vincent Poor
Director
Emily A. Carter
(MAE/PACM/ACEE)
Assoc. Dir. for
Admin.
Laura E. Strickler
Faculty Assistant
Nari Baughman (MAE)
Admin. Asst.
Moira Selinka
Bus./Comm. Manager
Brenda Mikeo
Prog./Fin. Asst.
Robert Eich
Asst. Dir. for
E-ffiliates
Robin Hauer
Assoc. Dir. for Education
Prof. Niraj Jha (ELE)
Assoc. Dir. for
External Affairs
Prof. Lynn Loo (CBE)
Assoc. Dir. for Research
Prof. Peter Jaffe (CEE)
Faculty (4)
Prof. Forrest Meggers
(ARC/ACEE)
Prof. Dan Steingart
(MAE/ACEE)
Prof. Barry Rand
(ELE/ACEE)
Prof. Claire White
(CEE/ACEE)
Advisory Council
Executive Committee
Advisory Council
A. Paul Alivisatos, Laboratory Director,
Lawrence Berkeley National Laboratory
Dwight W. Anderson ’89, Principal,
Ospraie Management, LLC
Gerhard R. Andlinger ’52 P80 P91, Chairman of
the Board, Andlinger & Company, Inc.
Merrick G. Andlinger ’80, President,
Andlinger & Company, Inc.
Yet-Ming Chiang, Kyocera Professor of Ceramics,
Massachusetts Institute of Technology
David W. Crane ’81 S86, President and Chief
Executive Officer, NRG Energy, Inc.
Francis J. DiSalvo, Director, David R. Atkinson
Center for a Sustainable Future, Cornell
University
David Eaglesham, Chief Executive Officer,
Pellion Technologies
Ralph Izzo, Chairman, President and CEO,
PSEG
Paul A. Maeder ’75, Managing General
Partner & Founder, Highland Capital
Partners
Gregory H. Olsen, President,
GHO Ventures, LLC
Mark F. Rockefeller ’89, Chief Executive
Officer and Founder, Rockefeller
Consulting/Insight Capitalists
Timothy Sands, EVP for Academic Affairs and
Provost, Purdue University
Executive Committee
Professor Rene Carmona
ORFE
Professor Emily A. Carter
MAE/PACM/ACEE
Professor Paul Chirik
CHM
Professor Christopher F. Chyba
AST/WWS
Professor Peter Jaffe
CEE
Professor Niraj Jha
ELE
Professor Forrest Meggers
ARC/ACEE
Professor Guy Nordenson
ARC
Professor Yueh-Lin (Lynn) Loo
CBE
Professor Stephen W. Pacala
EEB/PEI
Professor Stewart C. Prager
AST/PPPL
Professor Barry P. Rand
ELE/ACEE
Professor James A. Smith
CEE
Professor Daniel Steingart
MAE/ACEE
Professor Claire E. White
CEE/ACEE
Faculty Appointments
Junior Faculty (Assistant Professors)
• Forrest Meggers (began February 2014); energy efficient buildings; joint with SoA
• Barry Rand (began July 2013); solar cells; joint with ELE
• Dan Steingart (began February 2013); energy storage, joint with MAE
• Claire White (began August 2013); sustainable concrete and carbon storage; joint
with CEE
Visiting Faculty
• Dan Giammar, Kenan Visiting Professor (with CEE), 2012-2013
• Mike Schwartz, Andlinger Visiting Professor (with WWS), spring 2013 and 2013-
2014
Energy and Environment Solutions for the 21st CenturyEnergy Efficiency:
Buildings
Industry
IT
Vehicles
Cheap, fuel
flexible, durable
fuel cells
Waste heat
recovery
Clean hydro-fracking of
natural gas to
replace coal
Electric vehicles
(reduce oil use,
provide storage)
Cheap solar
and
wind
Safer
nuclear
power
Biofuels
from algae,
biomass, or
microbiology
CO2 capture
and
sequestration
Grid scale
storage
Solar
fuels
Superconducting
transmission
Fusio
n
power
TimeNear-term Medium-term Long-term
Economics, Policy, Behavior
Climate Adaptation and Environmental Pollutant Detection and Remediation
Smart grid
Efficient water desalination
Research
Energy Efficiency – Buildings
– Industrial Processes
– Information Technology
– Transportation
Renewable Energy – Biofuels
– Fuel cells
– Solar
– Wind
Nuclear Energy – Fission
– Fusion
Energy Storage – Batteries
– Fuels
– Supercapacitors
Clean, Efficient Fuel Combustion
Carbon Capture and Storage
Waste Heat Recovery – Thermoelectrics
– Water Desalination
Electricity Transmission – Smart Grid
– Superconducting Materials
Energy Systems Analysis
Pollutant Detection and Remediation
Impact of Energy and Land Use– Climate Change and Adaptation
– Hydrology
Green Manufacturing
Social Science of Energy & Environment – Behavior
– Economics
– Policy
http: //acee.princeton.edu/research/
110 faculty represented and growing
ACEE Catalyzes New Research Directions & Teams
Renewable Energy
• Paul Chirik (CHM) “Modern alchemy for carbon neutrality”
• Bruce Koel (CBE) “Photochemistry at hematite surfaces for production of renewable
hydrogen”
• Luigi Martinelli (MAE), Alexander Smits (MAE) and Elie Bou-Zeid (CEE) “Development of
optimal aerodynamic shapes for stall delay and mitigation in wind turbine applications”
• Denise Mauzerall (CEE/WWS) and Eric Larson (PEI), “Air quality and climate benefits of
current and potential future wind energy penetration in China”
• Michael McAlpine (MAE) and Naveen Verma (EE), “Thermal energy harvesting for recovery
of waste heat, and direct conversion of waste heat to usable electricity”
Biofuels
• Meytal Higgins (GEO) and Joshua Rabinowitz (CHEM), “Metabolomics as a tool for
optimization of algal biofuel production”
• Yiguang Ju (MAE) and Gerard Wysocki (ELE), “New multispecies diagnostics and
elementary rate constant measurements in biofuel combustion”
ACEE Catalyzes New Research Directions & Teams
Energy Storage
• Craig Arnold (MAE/PRISM), “Metal-organic framework composite electrodes: an avenue
toward realizing Mg-ion battery systems”
• Jay Benziger (CBE) “Flow battery energy storage for solar and wind power”
• Jean Prevost (ELE) and Craig Arnold (MAE), “Microstructural modeling of the mechanical
evolution of Li-ion batteries”
• Dan Steingart (MAE/ACEE) and Bruce Koel (CBE), “In situ high resolution studies of the
solid electrolyte interphase layer”
Carbon Capture and Storage
• Lynn Loo (CBE), Eric Larson (PEI) and Michael Celia (CEE), “Design and cost analysis of
low-carbon transportation fuel and electricity: coproduction that includes carbon capture
and storage in shale gas formations”
ACEE Catalyzes New Research Directions & Teams
Energy Efficiency
• Sigrid Adriaenssens (CEE) and Axel Kilian (ARC), “Elastic structures for energy efficient
architecture”
• Elie Bou-Zeid (CEE) and Howard Stone (MAE), “Global impacts of the wet-wall approach on
urban microclimates”
• Margaret Martonosi (CS) and Warren Powell (ORFE), “Improvement of the power efficiency
and use of green energy for data centers”
Environmental Engineering
• Bruce Koel (CBE) and Peter Jaffe (CEE), “Iron nanoparticles applications for the
remediation of contaminated groundwater “
• Francois Morel (GEO), Peter Jaffe (CEE) and Anne Morel-Kraepiel (CHM), “A new method
for assessing the role of metals as fertilizers for nitrogen fixation in terrestrial
ecosystems”
Climate Adaptation
• Ning Lin (CEE), Michael Oppenheimer (WWS) and Jianqing Fan (ORFE), “Tropical cyclone
risk assessment with application to reliable and sustainable energy future”
Joint Faculty Recruiting (2013-2014)
Senior Faculty Searches
• Candidates TBD
Junior Faculty Searches
• Chemical and Biological Engineering: membranes/separations,
biofuels, etc.
• Mechanical and Aerospace Engineering/PPPL: fusion energy
• Molecular Biology: biofuels
Visiting Faculty
• WWS: energy policy (interim position until senior search restarts)
Highlight Seminar Series (2011-2014)
Renewable Energy
• David Eaglesham, First Solar, Inc. (photovoltaics)
• Yogi Goswami, University of South Florida (new and emerging developments in
solar energy)
• Jim Miller, Sandia National Laboratory (solar thermochemical conversion to
fuels)
• Willett Kempton, University of Delaware (offshore wind and vehicle to grid
power)
• Pratima Rangarajan *95, Vestas (wind turbine energy)
Biofuels
• David Berry, Joule Unlimited (biocatalytic conversion of CO2 to liquid fuels)
• Maureen McCann, Purdue University (biofuels)
• Markus Pauly, University of California, Berkeley (plant biotechnology)
• Richard Sayre, New Mexico Consortium (biofuels feedstocks)
• Jerald Schnoor, The University of Iowa (biofuels and water)
Highlight Seminar Series (2011-2014)
Energy Storage
• Arumugam Manthiram, University of Texas, Austin (electrical energy storage
technology)
• Debra Rolison, U.S. Naval Research Laboratory (energy storage science and
technology)
• Jean-Marie Tarascon, University de Picardie Jules Verne (green Li-ion batteries)
• Mark Verbrugge, General Motors (energy storage, batteries)
Electricity Grid
• Benjamin Hobbs, Johns Hopkins University (environmental and energy systems
analysis)
• David Perreault, MIT (power circuits and control)
Waste Heat Recovery
• Mercouri Kanatzidis, Northwestern University (nanostructured thermoelectric
materials)
• Ali Shakouri, Purdue University (thermoelectric devices)
Highlight Seminar Series (2011-2014)
Energy-Water Nexus
• Menachem Elimelech, Yale University (membrane-based processes at the water-
energy nexus)
• Bruce Logan, Penn State University (microbial electrochemical technologies)
Energy Policy/Economics
• James Hamilton, UC San Diego (energy economics)
• Richard Kaufman, U.S. Department of Energy (energy policy)
• Arun Majumdar, former Acting Undersecretary of Energy (energy policy)
• Frank Wolak, Stanford University (energy economics)
Environmental Remediation
• Christine Shoemaker, Cornell University (mathematical modeling of groundwater
remediation)
Education
Summer Undergraduate Internships 2011-2013
Energy Storage
• Benjamin Foulon ’13 (MAE) Metal-organic framework materials for energy storage
• Emmeline Kao ’12 (MAE) Development of new intercalation materials for magnesium ion batteries
• Ziwei (Collen) Leng ‘14 (MAE) Mechanical behavior of lithium-ion batteries
Renewable Energy
• Alexander Beebe ’13 (MAE) An investigation into aerodynamics and efficiency of vertical axis wind
turbines
• James Martino ’13 (MAE) Thermal energy harvesting via size-enhanced pyroelectricity in PZT NWs
• David Perlman ‘16 (CHM) Reduction of carbon dioxide into methanol
• Androniki Tsakiridou ’12 (MAE) Studies of organic electronic materials used for solar energy cells
• Anna Wuttig ’13 (CHEM) Novel metal oxide-based electrodes for photochemical CO2 reduction
Fuel Cells
• Kavya Desai ’13 (CBE) Novel multimetallic electrocatalysts for oxygen reduction in fuel cells
Fusion Energy
• Paul Ohno ‘14 (CHM) Graphite-gas interactions in nuclear fusion reactors
Education
Summer Undergraduate Internships (2011-2013)
Energy Efficiency
• Denisa Buzatu ‘15 (CEE) Adaptive shading for building energy optimization
• Marcus Lee ‘15 (MAE) Slippery liquid-infused porous surfaces
• Mariam Wahed ’14 (CEE) Validation of structural and environmental performance optimization tool in
plant building design
• Bowen Zhou ’12 (CBE) Pathway regulation of biofilm formation
Environmental Monitoring & Remediation
• Christina M. Chang ’12 (CHM) Greener alternative to existing chlorine dioxide preparation techniques
• Jingkang Gao ’13 (CEE) Establishing wireless sensor network over campus with integrated trace-gas
sensors
Green Chemistry
• Andrew Mayfield ’13 (CHM) New catalytic methods for the β-functionalization of aldehydes
Education
Maeder Graduate Fellowship
2012-2013
• Josephine Elia (CBE): Supply chains for transportation fuels
2013-2014
• Warren Rieutort-Louis (ELE): Solar-powered, mechanically-flexible
electronic skins based on thin films of semiconducting materials that can
cover large surfaces
Education
Certificate in Energy Technology and Society (with Keller Center)
• Educate humanities/social science/policy students about energy technologies
• Provide engineering/science students understanding of societal implications of energy
technology
• 6 courses: 1 core, 2 energy technology, 2 society, 1 breadth
• One-semester independent research project and presentation of project at an annual
symposium
• Current students enrolled: 11
ENE: Energy Studies
• Number of courses with ENE code: 27 (23 Undergraduate, 4 Graduate)
• Number of courses pending approval: 10
ENE Courses
New Courses 2012-2013
• CEE 304/ENE 304/ENV 304: Environmental Implications of Energy Technologies
79 students (Dan Giammar, Kenan Visiting Professor)
• ENE 586/WWS 586H: Greening the U.S. Energy Economy: Meeting the Technology, Policy &
Investment Challenge
17 students (Michael Schwartz, Gerhard R. Andlinger Visiting Professor)
• MAE 424/ENE 424: Energy Storage Systems
8 students (Dan Steingart, Asst Prof of MAE/ACEE)
New Courses 2013-2014
• ENE 558/CBE 558/CEE 585: U.S. Shale Gas and Tight Oil: Implications and Opportunities
Fall ’13 (Michael Schwartz)
• ENE 587/WWS 586H: Managing the Transition to a Clean Energy Economy: Renewable Power in
the U.S.
Spring ’14 (Michael Schwartz)
• ENE 202/ARC 208/EGR 208/ENV 206: Designing Sustainable Systems
Spring ’14 (Forrest Meggers, Asst Prof of ARC/ACEE)
• ENE 557/ELE 557: Solar Cells: Physics, Materials, and Technology
Spring ’14 (Barry Rand, Asst Prof of ELE/ACEE)
Building the Andlinger Center Facility
• 129,000 gross square feet
• Designed to LEED silver standards
• Cleanroom and imaging & analysis: micro-nano fabrication,
packaging, organics, industrial collaboration, instructional
• Research Labs: photonics, solar cells, energy storage and
conversion, ecohydrology, flux tower, wet and dry teaching
labs, industrial collaboration, others TBD upon hires
• 200 seat lecture hall, meeting rooms, classrooms
• Faculty, visitor, postdoc, and student space
• Administrative office and facilities support
Andlinger Center Building Milestones
• Construction began (February 2012)
• Tower construction began (February 2013)
• Foundations completed (September 2013)
• Structural steel completed (October 2013)
• Exterior envelope completion (June 2014)
• Occupancy (Spring 2015)
Building and Equipment
• NJ Grant for fit-out of shelled spaces
• New equipment purchases
• UV-vis-NIR spectrophotometer
• Spectroscopic ellipsometer
• Tunable laser system
• Plasma-enhanced atomic layer deposition system
• Metal oxide sputtering system
• Dimatix and Pixdro printers
• LabRAM ARAMIS Confocal Raman Microscope system
• Nanosecond OPO laser
• Solid-State Picosecond laser
• Leica DCM 3D confocal microscope
• Solar energy conversion lab kits
Building and Equipment
• New equipment prioritization and funding committee
• Planning to purchase $16M+ more in central facility equipment
• PRISM Micro/Nano Fabrication Laboratory
http://www.princeton.edu/prism/mnfl/the-tool-list/
• PRISM Imaging and Analysis Center
http://www.princeton.edu/~iac/equipment.shtml
Strategy – Forward Plans
• Accelerate innovative multidisciplinary research through
funding, infrastructure, and intellectual discourse.
• Hire the best and brightest.
• Train the next generation of energy and environment
leaders by educating students in their own disciplines and in
a broader context.
• Increase activities at the intersection of policy and
technology