Refinity, a new company by Innventure, Inc., has secured global licensing rights from VTT Technical Research Centre of Finland for a unique technology that converts mixed plastic waste into chemical ...
ORLANDO, Fla., Feb. 17, 2026 (GLOBE NEWSWIRE) -- Refinity, an Innventure (NASDAQ:INV) company focused on transforming plastic waste into valuable chemical intermediates, today announced significant ...
Recently, Innventure and Dow announced plans to collaborate to develop and commercialize new waste-to-value technologies through Refinity. ORLANDO, Fla. and ESPOO, Finland, Jan. 08, 2025 (GLOBE ...
Refinity plans to use a fluidized bed plastic scrap conversion technology developed in Finland to commercialize the conversion of mixed plastic to chemical precursors. Image courtesy of Innventure Inc ...
In the process of converting carbon dioxide into useful chemicals such as ethylene—a key precursor for plastics—a major ...
Global Green USA, the American affiliate of nongovernmental organization Green Cross International based in Santa Monica, California, is formally endorsing and entering into a strategic partnership ...
Spread the loveIn a groundbreaking development that addresses two significant environmental issues, researchers have unveiled a pioneering process that transforms car battery acid and plastic waste ...
Scientists in the United States and China say they have developed a one-step method to convert mixed plastic waste into petrol at room temperature and ambient pressure, achieving more than 95 percent ...
LOS ANGELES, CA / ACCESS Newswire / February 27, 2025 / Clean Vision Corporation (CLNV) ("Clean Vision" or the "Company"), an emerging leader in innovative plastic recycling and clean fuel development ...
LOS ANGELES, CA / ACCESS Newswire / April 8, 2026 / Clean Vision Corporation (OCTQB:CLNV) ("Clean Vision" or the "Company"), an emerging leader in innovative plastic conversion and clean fuel ...
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KAIST electrode hits 86% efficiency converting CO₂ into plastic precursors
Most of the ethylene and ethanol that feed the global plastics industry start as fossil fuels. A team at the Korea Advanced ...
KAIST Develops Electrode Technology Achieving 86% Efficiency for Converting CO₂ into Plastic Precursors In the process of ...
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