Web Analytics

3 Latest Announced Rounds

  • $3,500,000
    Seed

    1 Investors

    Technology, Information and Internet
    Dec 20th, 2024
  • $5,619,170
    Series B

    1 Investors

    Research Services
    Dec 20th, 2024
  • $8,000,000
    Unknown

    5 Investors

    Computer & Network Security
    Dec 20th, 2024
$671.88M Raised in 44 Funding Rounds in the past 7 Days - View All

Funding Round Profile

Turnover Labs

start up
United States - New York, NY
  • 23/10/2024
  • Pre-Seed
  • $1,400,000

Turnover Labs is on a mission to decarbonize the chemical industry. Our patent pending technologies allow us to build the world's more durable electrolyzers that can withstand the harsh conditions and impurities found in industry.

We aim to disrupt the low-carbon chemical market by converting impure, waste CO2 streams being emitted from manufacturing directly into valuable chemical feedstocks. This allows us to produce valuable, commodity chemicals out of waste CO2, rather than petroleum, and lets us find new uses for emissions coming out of industry that are too dirty for other carbon capture processes.


Related People

Marissa BeattyFounder

Marissa Beatty United States - New York, New York

I'm a Columbia PhD turned climate tech founder, where my research and technology focuses on improving the adoptability of electrolysis into sustainable manufacturing.

I believe that the path toward rapid decarbonization lies in supporting existing systems to adopt sustainable practices, rather than building a new industry entirely from scratch. By understanding the unique challenges faced in industrial manufacturing, we can build sustainable technologies that replace the primary emitters in a process, while making use of the non-emitting support infrastructure that’s already been built. This approach lets us quickly reinvent these industries to be sustainable with the least amount of process complexity.

Through the support of the Activate fellowship program, I'm now pursuing this belief and applying my experience on resilient catalysis towards developing electrolysis technologies with longer lifetimes and better impurity resistance. Using electrochemical technologies, which can be more energy efficient and powered directly from renewables, we can produce valuable, carbon-negative chemical building blocks for the materials industry.