Research Library

The atmospheric concentration of sulfur hexafluoride (SF6) — the most potent greenhouse gas known to humanity and a chemical that is frequently used as an electrical insulator — is growing and thereby contributing to global warming. In a post for the Baker Institute blog, experts from the Center for Energy Studies explain whether we should be worried and what can be done to mitigate the risks.

Carbon nanotubes are critical components for future decarbonization strategies and a clean energy revolution. If the U.S. is to reestablish climate leadership, advanced nanotechnology solutions must be a national priority, argues the author.

Integrating a life-cycle dimension into future policies to assess the social, environmental and economic implications of various products across their life cycle and throughout their value chain is critical to achieving sustainability and a circular economy, writes Rachel A. Meidl, fellow in energy and environment.

The world is demanding cleaner fuels. The U.S. is uniquely positioned to take the lead in providing them. Author Steven R. Miles explains.

U.S. oil refiners have had a great run this century. But market events in 2020 signal changes to come that will challenge the industry’s global competitiveness, writes fellow in energy and global oil Mark Finley.

Rachel A. Meidl, the fellow in energy and environment, writes that investing in nanotechnology research and development is critical for future decarbonization strategies that can drive U.S. leadership in the clean energy revolution, reduce dependencies on foreign markets, yield economic and national security advantages, and enhance environmental justice and energy independence.

Texas is the source of about one-quarter of all energy-related carbon dioxide (CO2) emissions in the US industrial sector and about one-eighth of all CO2 emissions from the US power generation sector, with a significant proportion of emissions in both sectors located near the gulf coast. As such, Texas has the opportunity to capture significant economies of scale in carbon capture.

As a nation, we need to immediately focus on the availability of advanced materials that can drive the performance of both legacy and alternative energy fuels and systems and ensure sustainable footprints. This brief lays out why it is vital to do so.

Continued robust economic growth in the U.S. will, among many other things, require policies that encourage rapid technological innovation and increases in productivity, promote investment while reducing debt, and maximize economic efficiency. The authors explain why in this brief.

Through both engineered and natural carbon sinks, the U.S. is well-positioned to embark on a comprehensive national strategy aimed at decarbonization. This brief outlines a range of climate solutions and policy recommendations to address the challenges of greenhouse gas mitigation.