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CROSSCUTTING SCIENCE FOR CARBON CAPTURE CROSSCUTTING ANALYSIS TOOLS Overview The industrial revolution has been a catalyst for improving the lives of humans through the invention of many innovative technologies, from nylon to cell phones; but it is also the origin of the looming issue of climate change caused by carbon emissions. However, innovation can also provide revolutionary solutions to the carbon emissions problem through the development of novel materials and chemical processes that go far beyond today’s technologies. A key to realizing new technologies to address carbon emissions is the development of new characterization and analysis techniques to meet science and engineering goals for carbon capture in 2020 and beyond. During the course of the carbon capture workshop, several themes emerged that were centered on analysis tools required to develop revolutionary carbon capture technologies. First, state-of-the-art characterization tools that complement one another need to be integrated in such a way that the resulting data can be assembled to guide interpretation and modeling of experiments. Such multidimensional analytical information will revolutionize the way experiments are conducted and expedite the discovery of new materials and processes. Second, today’s analytical tools fall far short of meeting the challenging needs for the study of carbon capture processes. New tools must be developed to address a range of specific challenges; examples of some of the crosscutting analytical information needed for several promising carbon capture technologies are provided below. Third, there is a critical, especially challenging need to develop analytical capabilities that can recognize unique events rather than measure ensemble responses as the currently available analytical tools do. It is the properties of these unique events that need to be understood and optimized. Finally, to produce the materials needed for efficient carbon capture, it is imperative that advanced characterization, advanced synthesis and processing, and advanced computation come together in a synergistic effort. The Crosscutting Analysis panel identified analysis needs that support the priority research directions developed at the workshop. These analysis needs must be addressed to obtain critical pieces of information for characterizing, understanding, and ultimately improving upon some promising carbon capture technologies. These needs include • in situ analysis across broad temporal and spatial scales • examination of interfaces and thin films at the atomic and molecular levels • an atomic-scale view of gas–host structures and kinetics • understanding and control of nanoscale synthesis in multiple dimensions • characterization for guided synthesis and processing strategies Further details on these four key research areas are provided in this section. 87PDF Image | 2020 Carbon Capture
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