Carbon border adjustment mechanisms (CBAM) are an emerging set of trade policy tools that aim to prevent carbon-intensive economic activity from moving out of jurisdictions with relatively stringent climate policies and into those with relatively less stringent policies. Border adjustments …
As a global energy leader and the ninth-largest economy in the world, Texas is well-positioned to play a leading role in hydrogen market development in the United States and globally. Texas has unique local characteristics that may enhance the state’s …
The need to address climate change remains urgent. Over the past 15 months, the U.S. Congress has passed meaningful legislation that has the potential to dramatically reduce emissions, and—importantly—allow the United States to lead in accelerating the global transition toward …
With more than 40 percent of the global capacity of carbon management projects (13 in operation and more than 60 in different stages of development), the United States is expected to play a major role in the deployment of carbon …
Given the scale of the climate crisis, the short timeframe for action, and insufficient progress in reducing greenhouse gas emissions, there is broad scientific agreement that large-scale deployment of carbon dioxide removal (CDR) technologies and approaches are needed to counter …
As an energy exporter with significant renewable resources and a strategic location in the west, Utah will be key to accelerating the United States’ energy transition. Recently, the state has garnered international attention for its growing role in the bourgeoning …
Carbon border adjustments, also referred to as “carbon border adjustment mechanisms” (CBAM), are an emerging set of trade policy tools that aim to prevent carbon-intensive economic activity from moving out of jurisdictions with relatively stringent climate policies and into those …