Policy

President Donald Trump has indicated that acquiring Greenland would be of interest for his administration. Why? Greenland contains both a wealth of minerals and sits in a globally strategic location.

Get a full recap of the energy transition market trends over the past 12 months and gain valuable insights for the coming year.

Attendance at United Nation’s climate change Conference of Parties (COPs) has been increasing over the years, reflecting growing global concern and engagement with climate issues.

Biogas innovation meets data center demands. Explore RNG's role in delivering reliable, low-carbon backup power for tech giants.

Can the US manufacturing sector reclaim its strength? Explore key trends shaping jobs, trade, and resilience. Learn more now.

How do swing states balance natural gas and renewables in their energy mix? Explore trends shaping the 2024 election and beyond.

Explore the current state of North American carbon markets and their role in driving the energy transition. Opportunities ahead.

The central reason policy makers care about industrial heat is that the sector is responsible for more than 20% of global carbon dioxide emissions. In the US alone, an estimated 759 million tonnes of carbon dioxide come from industrial heating annually.

Unlocking the potential of ancient geology to permanently store CO2 and help tackle climate change through mineralization.

U.S. residential power prices surged ~30% since 2020, driven by rising fuel costs, grid upgrades, and regional factors.

Electric vehicles will soon do more than charge—they'll power the grid, driving the future of energy with vehicle-to-grid technology.

Carbon capture, utilization, and storage (CCUS) reduces CO2 emissions from industry by capturing, using, or storing it safely.

Unlocking ammonia's potential as a low-carbon fuel, exploring its role in the future of sustainable energy solutions.

Industrial heat refers to the thermal energy needed for various industrial processes. It’s critical for manufacturing, driving everything from chemical reactions to material transformation. Industries like cement, iron and steel all require large amounts of hot industrial heat. Doing so creates large amounts of greenhouse gas emissions.

Methane poses a critical environmental challenge due to its potent impact on climate change. In both the United States and Canada, key sectors are key contributors for methane emissions, each with its unique regional hotspots.

Carbon dioxide emissions dispersed across North America, though concentrated in regions with high populations and industrial activities. Areas with more aggregated emissions are focus areas for carbon capture technologies, low-carbon fuel development and clean manufacturing.

Airlines face limited options to cut emissions. Carbon offsets raise skepticism, potentially adding reputational risk to the industry.

Cutting carbon intensity in the US grid has been a key focus of 21st-century policy and tech, driving environmental progress.

Analyze the political differences in energy preferences from a YouGov survey and understand the varying levels of support for 17 energy sources in US

Discover how AI-driven insights, such as those provided by large language models, are transforming the energy transition and renewable energy investments.

Low-cost hydrogen could spark industry change but may delay a true renewable economy, keeping dependence on non-renewable resources.

Transitioning from coal to natural gas and adopting wind and solar has been key to shaping a more sustainable energy landscape.

Prepare for hail, tornado, and fire season by understanding how to assess and mitigate extreme weather risks in your energy projects.

Solving energy resiliency issues will make America safer and its great industries more valuable.

Through deeper insights, Segue Sustainable Infrastructure is having a tangible impact on communities and the environment.

Explore how AI's rising energy demands could challenge electrification and impact decarbonization targets amid growing data center needs.