MF-SSLC: Metal Foam Based Separate Sensible and Latent Cooling
Category: Other
Developers: Oak Ridge National Laboratory
Product Description:MAST-FCC is a modular reactor platform that converts solid feedstock to fuels and chemicals with exceptional product selectivity and energy efficiency using microwave technology. With tunable outputs and low costs, it enables tailored product streams and economic valorization of solid feedstock while seamlessly integrating with existing energy infrastructure. MAST-FCC is designed to overcome a core problem. That is, effective humidity control is essential for maintaining indoor thermal comfort and preventing the negative health impacts associated with sick building syndrome. Conventional dehumidification systems typically rely on vapor compression cycles, which are often energy-intensive and bulky. In response to these limitations, ORNL has developed a groundbreaking metal foam-based Separated Sensible and Latent Cooling (MF-SSLC) system that decouples sensible and latent cooling processes This innovative system leverages a unique porous metal foam substrate, coated with advanced desiccants formulated in-house through a water-based process. The result is a compact, efficient moisture management approach that significantly reduces the footprint of traditional systems while enhancing the overall system coefficient of performance (COP). By integrating high-performance desiccant materials with a highly porous and thermally conductive structure, ORNL’s MF-SSLC represents a major advancement in dehumidification technology. With broad potential applications across commercial and residential sectors, this scalable solution promises to redefine moisture control and support global efforts toward improved energy efficiency and sustainability.
Developers: Oak Ridge National Laboratory
Product Description:MAST-FCC is a modular reactor platform that converts solid feedstock to fuels and chemicals with exceptional product selectivity and energy efficiency using microwave technology. With tunable outputs and low costs, it enables tailored product streams and economic valorization of solid feedstock while seamlessly integrating with existing energy infrastructure. MAST-FCC is designed to overcome a core problem. That is, effective humidity control is essential for maintaining indoor thermal comfort and preventing the negative health impacts associated with sick building syndrome. Conventional dehumidification systems typically rely on vapor compression cycles, which are often energy-intensive and bulky. In response to these limitations, ORNL has developed a groundbreaking metal foam-based Separated Sensible and Latent Cooling (MF-SSLC) system that decouples sensible and latent cooling processes This innovative system leverages a unique porous metal foam substrate, coated with advanced desiccants formulated in-house through a water-based process. The result is a compact, efficient moisture management approach that significantly reduces the footprint of traditional systems while enhancing the overall system coefficient of performance (COP). By integrating high-performance desiccant materials with a highly porous and thermally conductive structure, ORNL’s MF-SSLC represents a major advancement in dehumidification technology. With broad potential applications across commercial and residential sectors, this scalable solution promises to redefine moisture control and support global efforts toward improved energy efficiency and sustainability.
