• Development of a novel simulation tool for magnesium membrane crystallizer. Use selective membranes allows low-cost alkaline reactants. Original experimental information in batch and feed & bleed configurations. Model validation via comparison with experiments use process analysis. Increasing attention is nowadays paid to the management valorisation industrial waste brines aiming also at reco...

Membrane diafiltration process was developed in order to fractionate the water soluble proteins of supernatant obtained after Spirulina bead milling disruption and centrifugation. The crude extract filtered with 50 kDa, 150 300 kDa or 0.2 µm membranes. Phycocyanin purified extracts were produced filtration on membrane allowed high recovery (more than 89%) A C into retentate permeate as well sep...

Self-healing soy-based resins with soy protein isolate (SPI) containing poly(D, L-lactide-co-glycolic acid) (PLGA) microcapsules (MCs) were prepared. Spherical (diameter of 1.30 μm) and elongated MCs (aspect ratios up to 20) produced using a membrane emulsification technique syringe filters. efficiencies characterized for their strength recovery toughness recovery. While both could successfully...

An osmotically driven membrane process was proposed for seawater pretreatment in a multi-stage flashing (MSF) thermal plant. Brine reject from the MSF plant draw solution (DS) forward osmosis (FO) order to reduce chemical use. The purpose of FO is removal divalent ions prior desalination. In this study, at 80 g/L and 45 concentrations were used as brine seawater, respectively. temperature 40 °C...

Abstract Venoarterial extracorporeal membrane oxygenation (VA ECMO) aims to fully support heart and lung function in postcardiac patients, ensuring end-organ perfusion allowing time for possible recovery. VA ECMO is considered the modified extended form of cardiopulmonary bypass (CPB), which used provide adequate tissue oxygenation. associated management protocols will mechanically patient allo...

Membrane distillation (MD) has emerged as an important technology for applications in industries such as seawater desalination and wastewater treatment due to its low energy requirement and theoretically low fouling propensity. However, the main obstacle to obtain high separating efciency in MD lies on the availability of porous hydrophobic membrane that can withstand p...

This work aims to intensify trans-p-coumaric acid (p-CA) heterologous production. p-CA exhibits antimicrobial properties, low hydrosolubility, and retro-inhibition activity, making its production limited due accumulation in the broth. To overcome these limitations, an in-stream product recovery process (ISPR) is proposed consists a liquid-liquid extraction assisted by hollow fiber membrane cont...

The leather industry is characterized by the production of a huge amount wastewater with high organic/inorganic charge, causing widespread water and soil pollution. Pressure-driven membrane operations bioreactors have long been proven to be valid approach for treatment tanning wastewaters aimed at recovery raw materials as well removal toxic environmentally harmful substances. Such processes, o...

To efficiently utilize low-concentrate digestate nutrients, further treatment is needed to decrease their volume, recover process water, and increase nutrient concentrations. Membrane distillation (MD) a thermally driven that advantageous due its ability harness low-grade waste heat treat highly complex wastewater streams. This study assessed the techno-economic performance of integrating MD fo...

Recently, the bioconversion of biomass into biofuels and biocommodities has received significant attention. Although green technologies for biofuel biocommodity production are advancing, productivity yield from these techniques low. Over past years, various recovery purification have been developed successfully employed to improve technologies. However, still require improvement regarding energ...