Synthio Chemicals utilizes proprietary continuous-flow reactors to manufacture fine and specialty chemicals, enabling rapid and safe production of materials that are difficult to synthesize cost-effectively at scale. This technology addresses the challenges of hazardous chemical synthesis by minimizing waste, reducing production costs, and enhancing safety in industrial applications.
Funding
$4.7M 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
Traditional batch chemical synthesis methods often struggle with hazardous reactions, generate significant waste, and face scalability challenges, especially for fine and specialty chemicals. These limitations can lead to higher production costs, safety concerns, and difficulties in meeting the demands for specialized materials.
Solution
Synthio Chemicals utilizes proprietary continuous-flow reactors to manufacture fine and specialty chemicals, enabling rapid and safe production of materials that are difficult to synthesize cost-effectively at scale. Their process intensification techniques allow for precise control over reaction conditions, minimizing waste and improving product quality. The technology is particularly well-suited for handling concentrated acids, highly toxic feeds, and highly exothermic reactions. By shrinking the size of synthesis trains, Synthio Chemicals facilitates on-site, on-demand production, reducing the need to store hazardous chemicals and lowering both cost and risk.
Target Audience
Synthio Chemicals serves customers in specialty industrial, aerospace, and defense applications, as well as those requiring custom precursors and energetic materials.
Features
- Proprietary continuous-flow reactors designed for specific products and chemistries
- Capability to handle concentrated acids, highly toxic feeds, and highly exothermic, fast reactions
- Microstructured reactors and process conditions not accessible in batch reactors
- Novel heat exchanger/reactors for safe operation in regimes that would be explosive in conventional equipment
- Continuous selective oxidation technology for dicarboxylic acid production
- Expertise in energetic binders and plasticizers with both azide and nitro functionality
- Process intensification to enable on-site, on-demand production