Orbital Biocarbon converts wastewater sludge into syngas for energy generation and captures carbon dioxide using a proprietary thermochemical process. This technology safely destroys hazardous compounds in sludge, offering a sustainable and cost-effective alternative to landfilling and incineration while recovering valuable resources.
Funding
Funding not disclosed
Founders
Product
Problem
Wastewater sludge disposal presents significant environmental and logistical challenges, often involving costly and inefficient landfilling or incineration. This traditional approach fails to recover valuable resources and can contribute to the release of harmful chemicals.
Solution
Orbital Biocarbon offers a proprietary thermochemical conversion process that transforms wastewater sludge into syngas for energy generation and captures carbon dioxide. This technology effectively destroys hazardous compounds within the sludge, mitigating environmental risks associated with conventional disposal methods. By converting waste into valuable outputs, the process supports a circular economy model and provides a sustainable, cost-effective alternative for sludge management.
Target Audience
The primary target audience includes municipal wastewater treatment facilities, industrial facilities with significant sludge output, and environmental service companies seeking advanced waste management solutions.
Features
- Thermochemical conversion of wastewater sludge into syngas and biochar.
- Integrated carbon capture technology to sequester CO2 emissions.
- Destruction of volatile organic compounds (VOCs) and other hazardous materials present in sludge.
- Syngas can be utilized for on-site power generation or sold as a fuel source.
- Biochar byproduct can be used as a soil amendment or for other industrial applications.
- Modular system design adaptable to various sludge volumes and compositions.
- Closed-loop process designed to minimize secondary environmental impacts.