This study addresses the effect of impurities on the crystallization of Na2CO3 produced within a strategy for capturing CO2 from flue gases by alkaline absorption. A novel technology - membrane assisted crystallization - is proposed for Na2CO3 crystallization from mother liquors containing impurities. High purity of Na2CO3•10H2O crystals was obtained without impacting the performance of the mass transfer of water vapor through membranes during crystallization
Osmotic membrane distillation-crystallization is proposed in this study to recover sodium carbonate,...
Global warming has been recognized as one of the foremost concerns of our time. In order to face thi...
Carbon dioxide (CO2) is considered to play a significant role to maintain the balance of carbon in t...
Membrane contactors have been proposed as an advanced tool for CO2 capture from flue gases by absorp...
Membrane contactors have been proposed as an advanced tool for CO<sub>2</sub> capture from flue gase...
Nowadays CO2 emissions are a global problem that requires immediate solutions. Membrane systems seem...
Membrane crystallization is applied in this work for the separation and recovery of Na2CO3 and Na2SO...
Carbon dioxide (CO2) is the main greenhouse gas contributing to climate change, one of the most crit...
Membrane contactors are shown as a promising technology available to be present in many different fi...
Climate change is clearly an urgent challenge nowadays. The constant accumulation of greenhouse gase...
Membrane contactors are shown as a promising technology available to be present in many different fi...
Membrane contactors are shown as a promising technology to be applied in the industry. Conventional ...
Membrane assisted crystallization (MACr) offers an innovative platform for crystallizing Na2CO3, all...
The potential of a membrane crystallizer equipped with a BW-30 reverse osmosis membrane has been inv...
The potential of membrane crystallization has been studied for the recovery of Na2CO3 from aqueous s...
Osmotic membrane distillation-crystallization is proposed in this study to recover sodium carbonate,...
Global warming has been recognized as one of the foremost concerns of our time. In order to face thi...
Carbon dioxide (CO2) is considered to play a significant role to maintain the balance of carbon in t...
Membrane contactors have been proposed as an advanced tool for CO2 capture from flue gases by absorp...
Membrane contactors have been proposed as an advanced tool for CO<sub>2</sub> capture from flue gase...
Nowadays CO2 emissions are a global problem that requires immediate solutions. Membrane systems seem...
Membrane crystallization is applied in this work for the separation and recovery of Na2CO3 and Na2SO...
Carbon dioxide (CO2) is the main greenhouse gas contributing to climate change, one of the most crit...
Membrane contactors are shown as a promising technology available to be present in many different fi...
Climate change is clearly an urgent challenge nowadays. The constant accumulation of greenhouse gase...
Membrane contactors are shown as a promising technology available to be present in many different fi...
Membrane contactors are shown as a promising technology to be applied in the industry. Conventional ...
Membrane assisted crystallization (MACr) offers an innovative platform for crystallizing Na2CO3, all...
The potential of a membrane crystallizer equipped with a BW-30 reverse osmosis membrane has been inv...
The potential of membrane crystallization has been studied for the recovery of Na2CO3 from aqueous s...
Osmotic membrane distillation-crystallization is proposed in this study to recover sodium carbonate,...
Global warming has been recognized as one of the foremost concerns of our time. In order to face thi...
Carbon dioxide (CO2) is considered to play a significant role to maintain the balance of carbon in t...