Cetogenix utilizes its Ceto-Boost™ platform, based on hydrothermal oxidation, to process organic waste streams into renewable resources. This technology deconstructs waste into valuable outputs like renewable natural gas, chemicals, and biomaterials. The process effectively manages sustainable waste and reduces reliance on fossil resources by eliminating contaminants without external energy.
Funding
$6.1M 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
Organic waste streams represent a significant source of greenhouse gas emissions and environmental pollution. Traditional waste management methods often fail to fully recover valuable resources from organic waste, leading to landfill accumulation and further environmental degradation.
Solution
Cetogenix offers the Ceto-Boost™ platform, a hydrothermal oxidation technology that transforms organic waste streams into renewable natural gas, chemicals, and biomaterials. This process effectively deconstructs waste, maximizing resource recovery while minimizing environmental impact by eliminating contaminants like micro-plastics and pathogens. Unlike traditional methods, Ceto-Boost™ operates without requiring external energy input, offering a sustainable and efficient solution for waste management and resource recovery. By converting waste into valuable resources, Cetogenix enables the de-fossilization of various industries and promotes a circular economy.
Target Audience
Cetogenix targets municipalities, agricultural operations, and industrial facilities seeking sustainable and efficient solutions for managing organic waste streams and producing renewable resources.
Features
- Hydrothermal oxidation process for efficient waste deconstruction
- Production of renewable natural gas, chemicals, and biomaterials from organic waste
- Elimination of contaminants, including micro-plastics and pathogens
- Operation without external energy input, reducing operational costs and environmental footprint
- Scalable platform suitable for municipal wastewater, agricultural biogas, and industrial waste management