Mirá Biotech develops carbon-neutral biofuel pellets using proprietary PhytoCy enzymatic technology, which transforms biomass byproducts into a sustainable alternative to coal. This approach significantly reduces CO2 emissions and enhances the efficiency of biomass products, addressing the urgent need for cleaner energy sources in industrial applications.
Funding
$530K 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
The burning of fossil fuels like coal for energy production contributes significantly to global CO2 emissions and environmental degradation. Industries need cost-effective and scalable alternatives to reduce their carbon footprint and meet sustainability goals. Existing biomass products often lack the efficiency and appeal necessary for widespread adoption.
Solution
Mirá Biotech develops carbon-neutral biofuel pellets using its proprietary PhytoCy enzymatic technology, transforming biomass byproducts into a sustainable alternative to coal. These biofuel pellets offer a cleaner energy source for industrial applications, reducing CO2 emissions compared to fossil fuels. The PhytoCy technology enhances the efficiency and desirability of biomass products, surpassing traditional wood and torrefaction pellets. By utilizing byproducts, Mirá Biotech promotes resource optimization and contributes to a circular economy. The company's approach emphasizes scalability and cost-effectiveness, making sustainable energy accessible to a broader range of industries.
Target Audience
Mirá Biotech targets heavy energy-dependent industries seeking sustainable alternatives to fossil fuels, particularly those looking to reduce carbon emissions and improve their environmental footprint.
Features
- Proprietary PhytoCy enzymatic technology for biomass conversion
- Carbon-neutral biofuel pellets as a direct replacement for coal
- Enhanced efficiency and lower CO2 emissions compared to wood and torrefaction pellets
- Scalable production process for meeting industrial energy demands
- Utilization of biomass byproducts for resource optimization