Research & Insights
From the front lines of climate innovation
Latest Articles
17Sep
RMI, Deep Science Ventures, and Third Derivative Team Up to Launch Mark1, Developing First of a Kind Climate Tech Projects
11Sep
Navigating Innovation in Electrochemistry-Based Carbon Dioxide Removal: Key Insights From D3’s Latest Deep Dive
06Sep
Ecosystem Spotlight: Reeddi’s Clean Energy-as-a-Service Solution
26Aug
Third Derivative and RMI Launch Industrial Innovation Cohorts to Accelerate Decarbonization of Steel, Cement, and Chemicals
22Aug
Low-Carbon Cement: Key Considerations for Investors
22Aug
RMI Appoints New Lead for Climate Tech Accelerator Third Derivative
Featured Video
Clean Mobile Power Initiative's LA Cleantech Demo 2023
Check out this behind-the-scenes highlight reel from the Clean Mobile Power Initiative's Los Angeles Cleantech Demo Days for film & TV production held in November 2023. The Demo Days showcased over 20 industry suppliers and 70 pieces of cleantech equipment that are currently available in the LA market. The event was attended by nearly 700 attendees, including producers, crew, and studio personnel from many of the major studios.
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Breaking Barriers in Carbon Dioxide Removal with Electrochemistry
A broad portfolio of carbon dioxide removal (CDR) approaches is essential to meet the unique needs of various geographies and industries. Within this portfolio, synthetic carbon dioxide removal (sCDR) approaches — those that rely on engineered systems powered by low-carbon energy to capture CO2, such as direct air capture — offer advantages like a smaller physical footprint and permanence of carbon removed. However, they typically require the most energy and are more expensive when compared to other CDR methods. Electrochemistry stands poised to transform the field of CDR by significantly reducing the energy requirements, and therefore costs, of prominent sCDR pathways.