Rux Energy develops patented Metal-Organic Framework (MOF) technology integrated into carbon fiber composite tanks for the safe and efficient storage of hydrogen at moderate temperatures and lower pressures. This solution addresses the critical challenge of hydrogen storage density and safety, enabling cost-effective bulk hydrogen supply for heavy transport sectors such as maritime, rail, and aviation.
Funding
Funding not disclosed
Founders
Product
Problem
The widespread adoption of hydrogen as a clean energy source is hindered by the high cost and safety concerns associated with its storage and transportation, particularly for heavy transport sectors like maritime, rail, and aviation. Current storage methods often require extreme temperatures or high pressures, leading to inefficiencies and increased operational expenses.
Solution
Rux Energy offers a hydrogen storage solution based on patented Metal-Organic Framework (MOF) technology integrated into carbon fiber composite tanks. This approach enables safe and efficient hydrogen storage at moderate temperatures and lower pressures, significantly improving storage density and reducing costs. By utilizing advanced nanoporous materials, Rux Energy's system facilitates the adsorption of hydrogen, enhancing storage capacity without the need for energy-intensive chemical bonds. This technology aims to make green hydrogen cost-competitive with traditional fuels, accelerating the energy transition for heavy industries and transportation.
Target Audience
The primary target audience includes heavy transport sectors such as maritime, rail, and aviation, as well as heavy industries seeking to decarbonize their operations by adopting hydrogen as a fuel source.
Features
- Patented Metal-Organic Framework (MOF) technology for enhanced hydrogen adsorption
- Carbon fiber composite tanks designed for safe storage at moderate temperatures and lower pressures
- Increased hydrogen storage density compared to conventional methods
- Reduced storage and distribution costs, targeting a 10x reduction to achieve cost parity with diesel
- Scalable manufacturing process for industrial-level production of MOF materials
- Solutions tailored for maritime, rail, aviation, and heavy industry applications