Research Library

The authors write that enormous volumes of “energy transition waste” — waste from wind turbines, solar panels, lithium-ion batteries, etc. — are anticipated in the coming decades. To cope with this waste and ensure a sustainable energy transition, they call for more data, planning and coordination across the entire global supply chain, in addition to waste management and recycling policies that align with environmental and sustainability goals.

In this paper, the authors seek to quantify the potential energy security consequences of a significant disruption of gas supplies from Russia to Europe, and objectively assess strengths, weaknesses, and consequences of potential response strategies.

The authors take a realistic look at what's needed for the global energy transition to succeed and warn that moving away from fossil fuels too quickly could backfire — stranding climate progress in the so-called “valley of death.”

The term “sustainability” is a frequently misconstrued descriptor, oftentimes used synonymously with the concept of a circular economy. In this issue brief, energy fellow Rachel Meidl explains the distinction between circularity and sustainability and how a systems-level approach to waste management can build an economy that is resilient to future global disruptions.

Gabriel Collins, the Baker Botts Fellow in Energy and Environmental Regulatory Affairs, explains why Section 625 of the CLEAN Future Act — which aims to classify oilfield-produced water as a hazardous waste — would likely induce multi-system disruptions severe enough to prevent the act from achieving its climate, energy, environmental, and social objectives.

The U.S. oil, gas and coal industry largely rose and fell based on global economic and energy market conditions rather than federal energy and environmental policies implemented by the Trump administration, write the authors. As the world recovers from the COVID-19 pandemic, they expect markets to continue to shape the future of the oil and gas industry. Read more on the Baker Institute Blog.

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.

Electricity is the new oil when it comes to energy security, writes Mark Finley, fellow in energy and global oil. The immediacy of power outages and the ubiquity of critical elements of modern life powered by electricity mean the impact of oil supply disruptions are a walk in the park compared to our power vulnerabilities.

The author draws links between pandemics, the economy, nature and energy, showing that policies reducing the probability of future pandemics are a solid investment.