Visolisbio provides a distributed manufacturing platform that uses biologically engineered molecules combined with rapid chemical catalysis to produce MEV, a non‑toxic, biodegradable, non‑flammable liquid feedstock compatible with existing fuel and chemical infrastructure. MEV offers higher energy density and lower environmental impact, and can be produced locally at low cost using existing assets, creating more resilient and flexible supply chains for industrial manufacturers, energy producers, and chemical companies.
Funding
$2.3M 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.
USFounders
Product
Problem
Current global manufacturing of fuels and chemicals relies on centralized, fossil‑based refineries that are capital intensive, geopolitically vulnerable, and produce hazardous, non‑biodegradable products. This centralized model limits flexibility, increases supply‑chain risk, and hampers the development of safer, more sustainable materials.
Solution
Visolisbio offers a distributed manufacturing platform that combines biologically engineered molecules with rapid chemical catalysis to produce a single liquid feedstock called MEV. MEV is a non‑toxic, biodegradable, non‑flammable liquid that can replace conventional fuels and chemicals on a drop‑in basis while delivering higher density and lower environmental impact. The platform enables production at existing low‑cost assets near feedstock sources, reducing capital expenditure, operating costs, and geopolitical exposure. By decentralizing production, Visolisbio creates resilient supply chains that can be scaled globally and integrated into current infrastructure, extending the life of stranded assets and supporting a transition to safer, high‑performance materials.
Target Audience
Primary customers are industrial manufacturers, energy producers, and chemical companies seeking to replace fossil‑based inputs with a safer, locally producible feedstock, as well as operators of stranded refinery assets looking to extend facility life.
Features
- Biologically designed molecule (MEV) synthesized via rapid chemical catalysis for high‑volume manufacturing
- Safe‑by‑design properties: non‑toxic, biodegradable, non‑flammable, reducing handling and environmental risks
- Drop‑in compatibility with existing fuel and chemical infrastructure, enabling seamless adoption
- Distributed production model that leverages existing assets and local feedstocks to lower capital and operating expenses
- Modular, low‑cost processing units that can be deployed worldwide for flexible, on‑demand manufacturing
- Higher energy density than conventional crude oil with reduced carbon footprint