Difference between revisions of "Team:SHSBNU China/Hardware"
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Our team designed a water filter for sewage treatment named Filter. The filter bead filled with bi-odegradable materials polyhydroxyalkanoates (PHA) as a solid platform as well as carbon source for our Biofilm x Laccase, so it can decompose azo dyes while letting the liquid flow through the filter. | Our team designed a water filter for sewage treatment named Filter. The filter bead filled with bi-odegradable materials polyhydroxyalkanoates (PHA) as a solid platform as well as carbon source for our Biofilm x Laccase, so it can decompose azo dyes while letting the liquid flow through the filter. | ||
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We find out that the Filter benefits the practical applications for several aspects. First, the con-sumable filter bead is degradable and environmental friendly. Second, Biofilm x Laccase system accelerates the disposal by catalyzing azo dyes degradation in the concentrated filter bead, in turn, saving time and increasing the efficiency. Third, living bacteria in Biofilm x Laccase system sustain longer than other filtration materials such as activated carbon which is easily to wear off by time and needed to change frequently. | We find out that the Filter benefits the practical applications for several aspects. First, the con-sumable filter bead is degradable and environmental friendly. Second, Biofilm x Laccase system accelerates the disposal by catalyzing azo dyes degradation in the concentrated filter bead, in turn, saving time and increasing the efficiency. Third, living bacteria in Biofilm x Laccase system sustain longer than other filtration materials such as activated carbon which is easily to wear off by time and needed to change frequently. | ||
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Latest revision as of 00:12, 18 October 2018
Hardware
Our team designed a water filter for sewage treatment named Filter. The filter bead filled with bi-odegradable materials polyhydroxyalkanoates (PHA) as a solid platform as well as carbon source for our Biofilm x Laccase, so it can decompose azo dyes while letting the liquid flow through the filter.
We find out that the Filter benefits the practical applications for several aspects. First, the con-sumable filter bead is degradable and environmental friendly. Second, Biofilm x Laccase system accelerates the disposal by catalyzing azo dyes degradation in the concentrated filter bead, in turn, saving time and increasing the efficiency. Third, living bacteria in Biofilm x Laccase system sustain longer than other filtration materials such as activated carbon which is easily to wear off by time and needed to change frequently.
