Detalles del proyecto
Descripción
A sustainable supply of food, energy, and water (few) was recently identified as a grand challenge by the national academy of engineering. to address this challenge, it is critical to adopt the circular economy concept by transferring renewable waste and byproducts generated in agricultural and food systems into tangible and economically viable wastewater treatment products. wastewater recovery could provide renewable few feedstocks - but in order to guarantee the quality and safety, toxic heavy metals must be removed before reuse. here, we propose to develop a bio-based adsorptive composite membrane (acm) derived from renewable agricultural biological materials (cellulose & lignin) to selectively remove heavy metals from wastewater without introducing additional chemicals. in our central hypothesis, we will utilize a new amphiphilic, lignin-based polymer ligand crosslinked with cellulose acetate to improve acm robustness, biofouling and service life compared to traditional petrochemical-based acms.
Estado | Activo |
---|---|
Fecha de inicio/Fecha fin | 1/6/21 → 31/5/25 |
Enlaces | https://portal.nifa.usda.gov/web/crisprojectpages/1025653-robust-regenerated-antifouling-lignin-cellulose-biocomposite-adsorptive-membrane-with-high-affinity-for-multiple-metal-removal.html |
Financiación
- National Institute of Food and Agriculture: USD446,374.00
!!!ASJC Scopus Subject Areas
- Gestión y eliminación de residuos
- Biomateriales
- Agricultura y biología (todo)
- Ingeniería (todo)
Huella digital
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