GreyW
Pathways Toward a Net Zero Emissions World
David L. McCollum, PhD
Senior R&D Staff
Mobility and Energy Transitions Analysis (META) Group
Oak Ridge National Laboratory
Monday, September 12, 2022
International agreements and domestic policies call for deep decarbonization of the global energy system while ensuring that broader objectives for sustainability are simultaneously achieved.
Analysis of such futures demands integrated modeling tools that bridge sectors, scales and disciplines.
Dr. McCollum’s presentation will provide examples of such analyses, with a particular eye toward the socio-technical pathways toward achieving a net zero emissions world.
Dr. David L. McCollum’s expertise spans economics, engineering, policy analysis, and corporate advisory services. His research attempts to inform state, national (developed and developing) and global energy and environmental issues related to, among others, deep decarbonization, net-zero emissions pathways, energy-transport-climate policies electric sensor planning, end-use sector electrification (transport, buildings, industry), Sustainable Development Goals (including inter-dependencies), financing needs for the energy system transformation, and human dimensions of climate change. He employs energy-economic systems and integrated assessment models in support of this work (e.g., MESSAGESix-GLOBIOM, TIMES-MARKAL,REGEN, GCAM)
Before joining ORNL in September 2021, David was a Senior Research Scholar with the Energy Program at the International Institute for Applied Systems Analysis (IIASA) in Laxenburg, Austria, and a Principal Technical Leader at the Electric Power Research Institute (EPRI) in Palo Alto, California.
He currently holds secondary appointments as
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Guest Senior Research Scholar at IIASA
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Research Fellow in Energy and Environment at the Howard H. Baker Jr. Center for Public Policy at the University of Tennessee
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Honorary Senior Research Fellow at Imperial College London.
The latter is in his capacity with the Intergovernmental Panel on Climate Change (IPCC) Technical Support Unit (TSU - Working Group III) for the Sixth Assessment Report (AR6).
David previously led activities within
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the Global Energy Assessment
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IPCC Fifth Assessment Report (AR5 - WG III)
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IPCC Special Report on Global Warming of 1.5 °C
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and other international, multi-stakeholder initiatives, such as for the World Bank and International Council for Science (ICSU).
David received a PhD and MS in Transportation Technology & Policy from the University of California, Davis (USA), Institute of Transportation Studies; an MS in Agricultural & Resource Economics from the same institution; and a BS in Chemical Engineering from the University of Tennessee.
Knoxville’s Fulton Bellows company helped win World War II
Dewaine Speaks
Weston Fulton: Edison of the South
Monday, August 8, 2022
- Weston Fulton in Tennessee: Edison of the South, a biography of Tennessee’s most prolific inventor
- East Tennessee in World War II, the story of the tremendous contributions by East Tennesseans during the war
- Historic Disasters of East Tennessee, which chronicles some of the disasters that often impacted entire communities
- Murder Mayhem in East Tennessee, which covers stories that either had sub-plots or were of historic significance.
- Disney World monorail tire sensors
- Automatic oxygen systems for airliners
- U.S. National Centrifuge Program
- Dampening devices in the transmissions of automobiles
- Controls on the distiller in Jack Daniels distillery
- Automatic control of the Yugo automobile engine’s air-fuel mixture
- Bellows as part of the fuel control system for NASA rocket engines
- Device that helps control the blood temperature of open-heart surgery patients
- Automatic deployment of parachutes of pilots ejecting at high altitudes
- Automobile thermostats for Nissan Motor Company
- System for providing water for astronauts in space
- Star Wars propulsion system
Using Robotics and Artificial Intelligence to Discover and Design Advanced Perovskite Solar Cells, Radiation Detectors and Sensors (PDH*)
Dr. Mashid Ahmadi
Assistant Professor
Department of Materials Science and Engineering
Tickle College of Engineering
University of Tennessee, Knoxville
Monday, July 11, 2022
Solar energy is one of the most promising renewable energy sources. Research and development of solar cells have gained more value. Recent development in some novel materials has opened possibilities for the production of low-cost and highly efficient solar cells. One such materials system is hybrid organic-inorganic metal halide perovskites.
In recent years, the power conversion efficiency (PCE) of metal halide perovskites (MHP) solar cells have been rapidly improved with PCEs exceeding 25.5% for a single-junction solar cell. Beyond photovoltaic applications, the development of these materials for other applications such as light-emitting diodes (LEDs) photodetectors, and ionizing radiation sensors has been remarkable thanks to their unique optoelectronic properties.
The key remaining challenges blocking widespread application of these materials are their chemical instability and environmental sensitivity. In this talk I will discuss the use of automated laboratory robotics and the use of artificial intelligence/machine learning (AI/ML) to accelerate the discovery and design of compositions and materials processing toward optimized properties including stability of intrinsic materials for solar cells and other applications.
* This meeting is offered as a professional development hour for Tennessee-licensed engineers and architects.
The presentation meets the TN State Board of Architectural and Engineering Examiners’ continuing education requirements. It will consist of at least 50 minutes of prepared presentation with discussion reserved for the time after the meeting. TSK does not guarantee approval, but strictly meets the Board-specified requirements and issues a certificate of attendance.
The State Board does not pre-approve such hours. It is the responsibility of each PE or architect to determine whether the topic conduces to proficiency in her or his field of professional practice.
Accelerating Deployment of Next Generation Nuclear Power
Alex J. Huning
Reactor Modeling and Safety Analyst
Nuclear Energy and Fuel Cycle Division
Oak Ridge National Laboratory
Monday, June 13, 2022
How KUB Will Make High-Speed Broadband Internet Available to its Customers
Adam Crocker
Manager
Fiber Optic Construction
Knoxville Utilities Board
Monday, May 9, 2022
Adam Crocker’s team is responsible for fiber-optic aerial and underground construction, all fusion splicing and service installation.
Advances and Activities in Fusion Energy
Mickey Wade, PhD
Director
Fusion Energy Division
Oak Ridge National Laboratory
Monday, April 11, 2022
Over 30 years, Wade has written or co-written more than 300 publications and been involved in numerous fusion energy community activities. He was named a fellow of the American Physical Society in 2010 for his outstanding contributions to burning plasma physics, impurity transport and the development of advanced tokamak scenarios.
Wade received a bachelor’s degree in nuclear science and engineering from Virginia Tech and masters and doctoral degrees in nuclear engineering from Georgia Tech.
Dr. Wade recently served as deputy director of Magnetic Fusion Energy for General Atomics and has extensive experience in fusion energy research, programmatic development and strategic planning. Under his leadership, the division is developing the understanding required for an attractive fusion energy source through domestic and international research collaborations, pursuing near-term applications to close the fusion fuel cycle and mitigate plasma disruptions, and developing solutions to materials and fusion nuclear science challenges presented by the harsh fusion environment. The organization also supports the Material Plasma Exposure eXperiment. As part of his role, he works closely with the U.S. ITER Project, which is based at ORNL.
In 15 years at General Atomics, Wade also served as the DIII-D national fusion program director and DIII-D experimental science director. From 1994-2005, he was a senior scientist at ORNL. He was also a leader in developing support and advocacy for ITER and served as co-chair of teh U.S. Magnetic Research Strategic Directions Community Workshops.
He will provide an engaging and accessible update on the many advances and activities underway now in fusion.
Forestry Reclamation Approach
Dr. Jennifer Franklin
Professor
Department of Forestry, Wildlife and Fisheries
Herbert College of Agriculture
University of Tennessee, Knoxville
Monday, March 14, 2022
![Scenic view of a large plantation of young trees and a nearby, older forest.Please also see other images in this series:[url=file_closeup.php?id=15974214][img]file_thumbview_approve.php?size=2&id=15974214[/img][/url] [url=file_closeup.php?id=11130](/images/ARRI_iStock-154954021_1.jpg)
The 5G Evolution of Microwave Transmission
Dr. Aly Fathy
James W. McConnell Professor
Antennas and Microwaves
Department of Electrical Engineering and Computer Science
University of Tennessee
Overview of Advanced Antenna Concepts for 5G Applications (PDH*)
Monday, February 14, 2022
Zoom meeting
Implementation of advanced antenna concepts is essential for the success of the 5G evolution. The use of conventional beamforming networks — like Butler matrix, Blass matrix and the Rotman lenses network in addition to adaptive arrays — is very promising. The utilization of multi-element antennas in addition to deployment of advanced algorithms are the backbone of efficient spatial processing. Various antennas have been developed and can be utilized for beamforming, such as phased arrays and essential components for various MIMO use purposes that could operate in urban or suburban areas. Other antennas with high gain and powerful repeaters have been designed to extend coverage to rural areas as well. In this presentation, we will provide a brief overview of candidates for 5G antennas and discuss the impact of 5G and beyond technology in our society.
Dr. Aly Fathy is a James W. McConnell Professor at the University of Tennessee Knoxville and the Director of the Microwave/5G Labs at UTK. He is an IEEE Life Fellow and a very active researcher. He has been involved in developing UWB radars for SAR and MIMO applications and is focused on developing hardware for time and frequency domains UWB application and microwave systems measurements. Dr. Fathy’s research is recognized worldwide in the area of GPS, nm-waves, reconfigurable RF front ends, power combiners, and UWB radars. Additionally he has pioneered the development of reconfigurable antennas (sponsored by Intel and DAPRA). Moreover, he has developed many microwave enabling technologies (sponsored by ONR, DARPA, NASA and NRL). Professor Fathy’s research background is in SAR radars, 3D imaging, multi-band, reconfigurable, UWB, and reconfigurable multi-band antenna structures. He was awarded 14 patents, published 7 book chapters and over 350 IEEE publications. Dr. Fathy is internationally recognized. He received the distinguished educator award for 2021 by the IEEE Microwave Theory and Techniques Society and received numerous awards from Sarnoff Research Lab (formerly the RCA Research Lab) and the University of Tennessee.
* This webinar is offered as a professional development hour for Tennessee-licensed professional engineers.
Please note that PDH certificates can only be issued if you announce your intention to receive credit for attendance to the This email address is being protected from spambots. You need JavaScript enabled to view it. ahead of time, receive confirmation for it and are present with live video for the entire duration of the Zoom presentation. More information on Tennessee PDH is included at the end of the article About TSK.
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