About
Leaf2.0 introduces a carbon-negative bioprocessing technology targeting the cosmetics, pharmaceutical, and chemical industries. Utilizing patented nano electrocatalysts (M-NOLI), this platform efficiently converts CO2 into valuable chemicals like syngas, formate, and acetate at the nanoparticle level. This process is designed to provide a carbon-negative solution, significantly impacting over half of the global bioprocess technologies and a substantial majority of the chemical industry.
The innovative approach of Leaf2.0 involves the deployment of micro-plants to localize manufacturing, addressing supply chain and environmental challenges. These micro-plants operate on a novel principle, using water, air, and sunlight for the majority of their feedstock needs and achieving zero carbon emissions across all stages of the product lifecycle, from manufacturing through usage to disposal.
Company Intelligence Q&A
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- What is the primary focus of Leaf2.0's technology?
- Leaf2.0 focuses on carbon-negative bioprocessing technology that converts CO2 into valuable chemicals for the cosmetics, pharmaceutical, and chemical industries.
- When was Leaf2.0 founded?
- Leaf2.0 was founded in August 2023.
- What is the current operational status of Leaf2.0?
- Leaf2.0 is currently inactive, having ceased operations in February 2024.
- Where is Leaf2.0 headquartered?
- Leaf2.0 is headquartered in Tel Aviv-Yafo, Israel.
- Does Leaf2.0 have any other office locations?
- Yes, Leaf2.0 has an additional office in Berkeley, CA, USA.
- What is the core technology used by Leaf2.0?
- Leaf2.0 utilizes patented nano electrocatalysts (M-NOLI) to efficiently convert CO2 into chemicals like syngas, formate, and acetate at the nanoparticle level.
- How many employees did Leaf2.0 have?
- Leaf2.0 had 5 employees.
- What is Leaf2.0's current funding stage?
- Leaf2.0 is in the Pre-Funding stage, with a total raised amount of $0 USD.
- What is the carbon impact of Leaf2.0's production process?
- Leaf2.0's protocols achieve a carbon capture ratio varying between capturing 6 to 26 times the amount of carbon per ton of product produced, making it carbon-negative.