The startup develops specialized organisms and enzymes that can metabolize plastics and persistent chemicals like PFAS as their sole carbon source. This technology enhances recycling processes and mitigates environmental and health hazards associated with non-biodegradable materials.
Funding
$200K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Current methods for remediating environmental contaminants, such as plastics and PFAS, are often inefficient and can create additional environmental and health hazards. Traditional chemical recycling and bioremediation approaches lack the specificity and efficiency needed to effectively break down these persistent pollutants.
Solution
Vader Nanotechnologies develops specialized microorganisms and enzymes capable of metabolizing plastics and persistent chemicals like PFAS as their sole carbon source. The company employs a proprietary high-throughput screening process, incorporating automation, image processing, computer vision, and analytical chemistry, to identify and optimize strains. Using directed evolution techniques, Vader Nanotechnologies enhances the performance of these organisms, improving their ability to degrade contaminants. The company's technology offers a biological solution for enhancing recycling processes and mitigating the environmental and health risks associated with non-biodegradable materials.
Target Audience
Vader Nanotechnologies primarily targets chemical recycling and bioremediation companies seeking to enhance their capabilities with specialized microbial solutions.
Features
- Proprietary high-throughput screening platform for identifying contaminant-degrading strains
- Directed evolution techniques to optimize microbial performance
- Automated imaging and image processing for performance comparison across multiple assay types
- Robust protocol library for experimental setup and monitoring
- LC-MS for tracking degradation intermediates and byproducts
- Fluoride assays for measuring defluorination activity in PFAS degradation
- Scalable platform capable of comfortably setting up and monitoring 192 experiments per robot