- Novel crystalline cavitand compositions with unique void spaces for efficient gas separation and storage.
- Utilizes molecular/organic synthetic chemistry to enhance synthetic variability and efficacy in industrial applications
- Versatile applications extend beyond gas separation, offering potential solutions for diverse industrial needs such as catalysis and ion exchange
OVERVIEW
This invention introduces crystalline cavitand compositions with void spaces, offering innovative solutions for industrial applications such as gas separation and storage. Unlike conventional materials, these compositions exhibit unique crystalline packing and versatile pore structures, enhancing their efficacy in various gas-related processes.
BACKGROUND: Microporous materials have long been essential in industrial applications, but their synthetic variability is limited. This invention bridges the gap by leveraging molecular/organic synthetic chemistry to create crystalline cavitand compositions with unprecedented characteristics. These compositions offer superior versatility and efficiency in gas separation and storage compared to traditional materials.
Benefit
Market Application
Publications
US Patent No. 11,492,356; 10,435,413
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