The ceramic membrane washing and concentration facility and production process were described,which is also compared with the traditional washing process.
Direct heating explosion bagasse and the cellulase (Onozuk RS)bought from Yakult Co. Ltd. (Japan)were used in enzymatic hydrolysis and membrane separation experiments.
and when the velocity was more than 4 m/min,the velocity had no effect on the flux; the membrane being washed with 1% P3-ultrasil 56(bought from Henkel, Japan)can recover 90% of its flux in a washing time of half an hour.
The shape of Al(OH) 3 particles did not change and the scale of these particles was about50nm after the washing by using ceramic micro-filtration memˉbranes. The concentration of remains ions Na + was57mg/kg.
The results indicate that Iron content in the Titanium Dioxide powder can all be reduced to below 30 μg/g by using three kinds of separating methods,but the dispersing ability of Metatitanic washed by using inorganic ceramic film separating method was much better than the others and this new kind of separating technology should be paid more attention.
In order to separate iron from the intermediation meta-titanic acid of titanium white production by suplphuric acid process,the efficient of iron separation of inorganic ceramic film washing method had been studied.
The ceramic membrane washing and concentration facility and production process were described,which is also compared with the traditional washing process.
Direct heating explosion bagasse and the cellulase (Onozuk RS)bought from Yakult Co. Ltd.(Japan)were used in enzymatic hydrolysis and membrane separation experiments. The membrane materials and molecular weight cutoff were selected ;the separation characteristics were determined ,and the washing methods for membrane fouling were also tried. The experimental results indicated that polyether sulfone membrane of MW cutoff of 10 000 had 100% interception rate for the cellulose; the adsorption of the hydrolyszat...
The ceramic microporous membrane has been used for washing and concentrating of the chemically produced ZrO 2 and TiO 2 superfine powder solution,which shows the reduction of cost for washing and concentration,increasement of the process continuity and product conversion,and reduction of labour work.The ceramic membrane washing and concentration facility and production process were described,which is also compared with the traditional washing proce...
The washing process by using ceramic micro-filtration membranes for Na + in Al(OH) 3 powders was studied.The parameters identifying the washing conditions,such as the operation pressure,the cross flow veˉlocity,the slurry concentration,were examined and optimized.The shape of Al(OH) 3 particles did not change and the scale of these particles was about50nm after the washing by using ceramic micro-filtration memˉbranes.The concentration of remains ions Na + was57mg/kg.The results demonstrate that the washing ...