Zero Emission Fuels (ZEF) offers modular, solar-powered equipment for utility-scale e-fuel and e-chemical production. Their integrated system uses alkaline electrolysis and direct air capture to produce sustainable methanol from solar energy and atmospheric CO2.
Funding
Funding not disclosed
Founders
Product
Problem
The chemical and fuel industries face increasing regulatory pressure and demand for sustainable alternatives to fossil-based products. Traditional production methods are often energy-intensive and rely on non-renewable feedstocks, contributing to environmental concerns and volatile operating costs.
Solution
Zero Emission Fuels (ZEF) provides modular equipment for the utility-scale production of e-fuels and e-chemicals powered entirely by solar energy. The system integrates alkaline electrolysis for hydrogen generation with direct air capture (DAC) for carbon dioxide sourcing, enabling a circular production pathway. This air-to-methanol system is designed for scalability and cost-effectiveness, allowing for the production of sustainable methanol using non-precious metal electrodes and advanced sorbent technology. The modular design facilitates rapid deployment and scaling by increasing the number of units rather than the size of individual components, reducing equipment and installation costs.
Target Audience
ZEF targets utility-scale solar farm operators, chemical manufacturers, and fuel producers seeking to transition to sustainable, solar-powered production processes.
Features
- Modular alkaline electrolysis stacks utilizing non-precious metal electrodes for low-cost hydrogen production.
- Direct Air Capture (DAC) unit employing a continuous, low-temperature swing process with long-lifetime sorbents for efficient CO2 capture.
- Integrated CO2 compression to 50 bar within the DAC unit.
- Dynamic methanol synthesis reactor and distillation system for complete solar-powered operation.
- Mass-manufacturable modular design for reduced equipment and installation costs.
- Direct solar panel connectivity, eliminating the need for grid infrastructure.
- Scalable production capacity achieved through the deployment of multiple modular units.