Vincenzo Naddeo | 納文 森

Enhancing Volatile Fatty Acids Recovery Through Nanofiltration: A Sustainable and Efficient Solution Within the Circular Economy

Biologically-derived volatile fatty acids (VFAs) are gaining attention as a sustainable alternative to petroleum-based VFAs. The anaerobic digestion (AD) process can effectively recover VFAs from organic-rich waste and wastewater, aligning with the principles of the circular bio-economy and sustainability. However, this approach currently faces several challenges. The AD effluent containsmixed VFAs, in relatively lowconcentrations, solubilized… Continue reading Enhancing Volatile Fatty Acids Recovery Through Nanofiltration: A Sustainable and Efficient Solution Within the Circular Economy

Evaluating the impact of membrane properties and feed pH on concentration and fractionation of volatile fatty acid using nanofiltration

Waste-derived volatile fatty acids (VFAs) are emerging as a promising sustainable alternative to petroleum-derived VFAs. However, the post-treatment of waste-derived VFAs becomes imperative for the purpose of concentration, purification, and fractionation. This study delves into the application of the nanofiltration process for post-processing of solubilized VFAs, focusing on a comprehensive exploration of the influence of… Continue reading Evaluating the impact of membrane properties and feed pH on concentration and fractionation of volatile fatty acid using nanofiltration