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Carbon Management in Manufacturing Industries April 15-16, 2008
Stanford University
As part of its assessment of energy technologies that might
significantly reduce CO2 emissions, GCEP hosted a two-day workshop on
the management of carbon in manufacturing industries. According to
predictions from Lawrence Livermore National Lab, the manufacturing
industries will account for approximately one-third of total energy demand in
2025. It is anticipated that much of that demand will be met by the
direct use of fossil fuels. The cement, metals and refining industries
are the largest industrial contributors to energy consumption and
greenhouse gas emissions. Chemicals, mining, food processing and forest
products are significant as well.
At this workshop, technical experts in these industries shareed their recent research. Talks addressed technology advancements required to meet emissions reduction targets in areas such as Carbon Capture, Advanced Combustion, Advanced Materials and Renewable Energy. The objective of the workshop was to identify innovative, high-risk research opportunities in technologies specific to the manufacturing sector that could significantly limit the amount of CO2 released to the atmosphere.
Selected Presentations
Presentations below are in PDF format.
= Click to listen to this presentation on iTunes U.
For help with iTunes, go to the Stanford on iTunes U Quickstart Guide.
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Tuesday, April 15
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Welcome and Introduction
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Overview of GCEP and Workshop Goals (964Kb)
A.J. Simon, Global Climate and Energy Project, (iTunes U)
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Cement
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CO2 Control Technologies for the Cement industry (716Kb)
Dr-Ing. Volker Hoenig, ECRA
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Novel Cement Materials
Prof. Brent Constantz, Stanford University
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Chemical CO2 Mitigation: An Option for the Cement Industry (878Kb)
Dr. Greg Rau, UCSC and LLNL, (iTunes U)
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Oxygen Combustion in Cement Production
Dr. Frank Zeman, Columbia University
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Carbonate Looping Cycles for Simultaneous CO2 Capture and Clinker Production (457Kb)
Mr. Carlos Abanades, CSIC-INCAR, (iTunes U)
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Refining, Chemicals and Process Integration
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Chevron's Business-Driven Actions on GHG Management
Ms. Susann Nordrum, Chevron
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Efficient Separation Technologies for Petroleum Refining (1.2Mb)
Prof. Bruce Eldridge, University of Texas, (iTunes U)
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Challenges and Opportunities in Managing CO2 in Petroleum Refining (341Kb)
Ms. Theresa Hochhalter, ExxonMobil
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Emissions from the U.S. Chemical Industry (516Kb)
Prof. Nesrin Ozalp, Texas A&M, Qatar, (iTunes U)
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Heat and Mass Integration in the Pulp and Paper Industry (1.5Mb)
Ms. Eva Lovelady, Texas A&M, (iTunes U)
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Wednesday, April 16
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Iron and Steel
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ULCOS: Searching for Breakthrough CO2-Lean Steelmaking Routes (1.78Mb)
Dr. Mark Atkinson, ArcelorMittal
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Technology-driven Response to Climate Change (220Kb)
Mr. Joe Vehec, American Iron and Steel Institute
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Novel Ironmaking Technology with Low Energy Requirement and CO2 Emission (1.2Mb)
Prof. Hong Yong Sohn, University of Utah, (iTunes U)
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The Search for a New Ironmaking Process Towards Sustainable Development (1.63Mb)
Prof. Wei-Kao Lu, McMaster University
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Electrolytic Ironmaking (1.95Mb)
Prof. Donald Sadoway, MIT
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Other Industries and Crosscutting Issues
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Energy and Exergy Efficiency of Manufacturing Processes (1.02Mb)
Prof. Tim Gutowski, MIT
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CO2 Diminishment in the Foundry and Steel Industry Through Process Modifications
Prof. Fred Cannon, Penn State University
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Co-production of Syngas with Metals or Lime (403Kb)
Prof. Martin Halmann, Weizmann Institute
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Climate Change and the Built Environment (3.68Mb)
Dr. Marc Porat, Green Cube
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Reducing Direct GHG Emissions at GE (2.3Mb)
Dr. Mike Grossner, General Electric, (iTunes U)
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