Research Library

A report from center experts on the evolution of Islamist politics, the Israeli-Palestinian conflict, security in the Persian Gulf and displacement in the Middle East.

As iron ore, copper, and lithium producers, Brazil and Chile have a competitive advantage in the global energy transition. This brief outlines the countries' opportunities to profit from their exports while reducing their domestic consumption of fossil fuels.

Even before the high heat of summer, the Texas power grid is struggling — but the lessons for adapting future energy plans amid climate change apply globally, writes faculty scholar Daniel Cohan, and a better connected grid with cleaner energy is critical. Read his commentary in The Hill.

Can either side find a way out of the war in Ukraine? Joe Barnes considers the options in the Baker Institute Blog.

What would happen if Russian gas stopped flowing to Europe? After recent gas cutoffs to Poland and Bulgaria, other countries’ decision on gas imports from Russia need to represent a definitive, unifying statement that time for Russian dominance over EU gas imports is over, write the authors. Read the post on the Baker Institute Blog.  This article originally appeared in the Forbes blog on May 3, 2022.

Last month, China released its 14th Five-Year Plan (2021-2025) for the energy sector. While clean and low-carbon may be the keywords on paper, in reality, Beijing will continue rely on coal to power its economy and energy transitions, writes the author. Read the post on the Baker Institute Blog.

The war in Ukraine could severely disrupt exports of Russian gas to Europe. Energy fellows Steven Miles and Gabriel Collins explain how existing LNG floating storage vessels can provide a concrete, rapidly implementable gas supply solution until longer-term infrastructure investments are in place.

The authors evaluate the global oil market's ability to deal with a disruption of Russian production and exports after Russia's invasion of Ukraine.

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.

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.”