Climate-Tech Commercialization
Navigate forward to interact with the calendar and select a date. Press the question mark key to get the keyboard shortcuts for changing dates.
Navigate backward to interact with the calendar and select a date. Press the question mark key to get the keyboard shortcuts for changing dates.
Innovation is central to addressing global climate change while increasing economic growth, boosting international competitiveness, and eliminating energy poverty. ITIF’s Center for Clean Energy Innovation seeks to accelerate the transition of the domestic and global energy systems to low-carbon resources. In the area of climate-tech commercialization, our research focuses on policies to accelerate adoption of clean-energy and emissions-reducing technologies and practices.
More Publications and Events
March 21, 2024|Events
The Crucial Role of Early-Stage University Research in Clean Energy Innovation
Please join ITIF for an expert panel discussion about a new report examining the role of federal funding for clean energy research conducted by colleges and universities.
March 13, 2024|Reports & Briefings
How Federal Funding for Basic Research Spurs Clean Energy Discoveries the World Needs: Eight Case Studies
We need new breakthroughs in clean energy technology to address climate change. Recent discoveries in areas such as nuclear fusion and biofuels illustrate how government investment in early-stage research is a critical part of the process.
March 6, 2024|Op-Eds & Contributed Articles
Let’s Be Realistic About Green Hydrogen
Like any new technology, green hydrogen must meet three related challenges: production, distribution and adoption. But it faces far higher-than-advertised hurdles at every stage.
February 12, 2024|Op-Eds & Contributed Articles
The Blue Hydrogen Bubble Must Burst
In order for blue hydrogen to decarbonize hard-to-reach sectors like aviation, heavy trucks, shipping, steel, and cement, blue hydrogen must slash costs and effectively capture and either store or use the carbon that’s generated.
January 16, 2024|Reports & Briefings
A Realist Approach to Hydrogen
Clean hydrogen is expensive to produce, difficult to transport, and a second- or third-best clean energy solution in almost all proposed markets. To help drive the global green transition, a realist approach to hydrogen policy must address all these practical challenges.
January 8, 2024|Blogs
What COP28 Missed: A Realist Climate Policy
Instead of magical thinking that starts with a conclusion and works backward, we need a strategic framework that encourages smart decisions on priorities and maximizes the return on scarce political capital—a strategy that connects the economics, technology, and politics of the green transition.
September 8, 2023|Op-Eds & Contributed Articles
Price Over Performance: Why Green Energy Is Different From Previous Technology Revolutions
The drivers that accelerated every transformative innovation since the industrial revolution won’t work for green tech.
August 4, 2023|Blogs
Biological Solutions to Climate Challenges Deserve More Attention
Clean energy technologies need to reach price/performance parity with dirty energy—and biology may well be the most promising source for innovations that can achieve that goal.
July 25, 2023|Op-Eds & Contributed Articles
A Realist Pathway Through the Green Transition
The harsh reality is that until clean energy is as cheap and performs as well as dirty energy, the world will not adopt it at anything like the needed scale. So, governments must focus on developing clean energy sources at price and performance parity with dirty fuels — “P3.”
July 25, 2023|Events
A Realist Climate Policy: Driving Clean Tech to Price/Performance Parity
Watch now for the release event for the important new report and panel discussion on why P3 must be the new lens governments that governments must use to decide which clean energy technologies to support and how to support them.