This startup provides a small-scale renewable energy and carbon conversion system that transforms organic biomass and plastic waste into onsite electricity, thermal energy, and high-purity CO2. By converting waste materials, the company enables clients to significantly reduce greenhouse gas emissions and manage waste sustainably.
Funding
$24.1M 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
The escalating global waste production, projected to reach 3.4 billion tons per year by 2050, poses a significant environmental and economic challenge. Current waste management practices, heavily reliant on landfills, contribute to greenhouse gas emissions and fail to recover the inherent value within organic and plastic waste streams. Removing, transporting, and disposing of organic waste is costly.
Solution
Enexor provides an on-site bioenergy system that converts organic and plastic waste into clean, affordable energy. The Bio-CHP™ system utilizes a patented thermal oxidation process to transform waste into renewable power and thermal energy, while minimizing harmful emissions. This modular, easily transportable system offers a plug-and-play design for rapid deployment and continuous 24/7 power generation, making it suitable for microgrids and various industrial applications. By converting waste into energy, Enexor enables immediate cost savings through reduced waste disposal expenses, lower energy costs, and the potential for carbon credits.
Target Audience
Enexor serves a diverse range of industries, including hospitality, healthcare, industrial, commercial, education, airports, sports & entertainment, marinas, recycling centers, landfills, indoor growing facilities, military installations, dairies, waste water management facilities, food & beverage companies, and government/mission critical facilities.
Features
- Patented combustion process that breaks down material at a molecular level, leaving only inorganic elements to be collected as non-toxic ash
- Ability to use a wide variety of organic waste feedstocks, including food waste, wood waste, biosolids, paper, cardboard, and plastics without separation by color or classification
- Combined heat and power (CHP) system that recovers waste heat for thermal applications, boosting overall efficiency to 88%
- Modular and scalable design, with single units generating 75 kW and multi-unit installations providing up to 2.5 MW of power
- Integration with intermittent renewable energy sources like wind and solar systems
- Remote monitoring and control system for seamless operation and real-time maintenance
- Optional battery storage system for black-start and grid-independent operation (island mode)
- All-inclusive service plan for the contracted life of the unit
- UL1741 certification for grid interconnection