Bioreactor utilizes biomass gasification to convert biowaste into clean energy, offering a sustainable alternative to traditional energy sources. Their technology optimizes performance using computational fluid dynamics, digital twins, and deep learning, ensuring efficiency across various fuels and operating conditions. This solution aims to reduce greenhouse gas emissions and lower energy costs.
Funding
Funding not disclosed
Founders
Product
Problem
Electric utilities face challenges in balancing grid demand and benefiting from volatile energy markets while providing customers with a resilient and green energy source. Traditional renewable energy sources can be weather-dependent, creating intermittency issues. Furthermore, managing biowaste streams and converting them into usable energy can be complex and inefficient.
Solution
Bioreactor provides a distributed energy resource solution that converts biowaste into clean energy through biomass gasification. The system offers electric utilities a weather-independent, carbon-neutral renewable energy source that can be deployed on demand. The technology utilizes computational fluid dynamics, cloud-optimized digital twins, and deep learning algorithms to optimize performance across various fuels and operating conditions. This approach allows for real-time adjustments and efficient energy production, increasing both customer profit and customer lifetime value.
Target Audience
The primary target audience is electric utilities seeking to benefit from volatile energy markets, balance grid demand, and provide customers with resilient, green energy.
Features
- Solid biomass storage and gasification for weather-independent energy generation
- Computational fluid dynamics (CFD) for real-time performance optimization
- Cloud-optimized digital twin technology for system monitoring and control
- Deep learning algorithms for fuel and operating condition adjustments
- Compatibility with various renewable energy sources for network integration