Recent Projects

Gas provides nearly a quarter of the world’s total energy supply. As part of that supply chain, gas is shipped between continents in the form of liquefied natural gas (LNG). The United States is now the world’s largest LNG exporter following a surge in gas exports since 2016, but these exports have generated controversy due to their climate effects.This policy brief provides an analysis to support an effort to balance the full range of impacts from LNG exports. Using DOE’s own published studies, we compare the climate cost per unit of LNG export to the economic benefit (measured using consumer welfare). We find that climate costs likely exceed economic benefits. While the precise difference depends on several factors, gross climate damages greatly exceed economic benefits under all scenarios evaluated. These findings provide useful insights as DOE prepares to re-evaluate the LNG export program.

Natural gas plays an outsized role in the U.S. economy. Under the Natural Gas Act, the Federal Energy Regulatory Commission (FERC or the Commission) is responsible for overseeing the orderly development of interstate natural gas pipelines, which facilitate the transmission of natural gas throughout the country. FERC can approve the pipeline only if it finds that it is required by the “public convenience and necessity.” Although FERC should consider a range of factors to determine whether a pipeline will serve the public interest, in practice, it looks primarily to the contracts between a developer and its customers for the purchase of pipeline capacity. If a developer can demonstrate that there is a party willing to pay to use its pipeline, FERC rarely asks questions and almost always finds “public” need. This pipeline-by-pipeline approach to natural gas transmission build-out leads to the construction of unnecessary, underused pipelines, which in turn increases ratepayer costs and decreases consumer welfare. Climate change further increases the risk that pipelines will become obsolete as cities and states move toward electrification. Relying on economic theory, legal history, and policy analysis, we make the case in this paper—pulished in the Columbia Journal of Environmental Law— for FERC’s adoption of regional gas transmission planning. 

Combatting climate change will require major transitions in the energy sector. In the United States, state-level entities like public utility commissions play a key role in this transition. Commissions help decide where and when clean energy displaces fossil-fuel combustion, and how costs associated with energy system investments are passed on to consumers, so their actions can affect emissions outcomes as well as the health, energy, environmental, and affordability burdens faced by disadvantaged communities. Although many Commission processes incorporate some form of stakeholder input or participation, it is often difficult for the public to participate due to the technical and complex nature of these proceedings. These challenges present a procedural justice issue. In this report, we reviewed a range of practices for enhancing procedural justice at Commissions in nine states. This review was based on a structured survey of Commissions’ websites, resources available to prospective participants, and relevant statutes and regulations.

Recently completed and draft guidance is ushering in updated practices for federal benefit-cost analysis. This policy brief examines the impact of two of the most significant upcoming changes: to the discount rate and the social cost of greenhouse gases.

This report examines the critical role of modeling details and assumptions that transmission planners frequently ignore. We first provide an overview of the wide array of choices planners have when designing traditional transmission planning models. We then discuss how planners need to rethink these choices to account for the rapidly evolving energy system and the additional uncertainties climate change brings. Finally, we present a modeling case study to show how important these modeling choices could be for transmission outcomes.