Label: biotechnology

All content with label biotechnology.
Related Labels: table, bod, chemical-treatment, waste-treatment, anaerobic, bacteria, legislation, chemicals, composting, biological-treatment, testing, biological-methods, biological-process, graph, aerobic, sediment, runoff, temperature, sand-trap, more »

Page: 1. Biological Treatment (REBEL WP8: Biotechnology)
Ground Water, Surface Water, and Leachate: Biological Treatment (FRTR 2001) \\ Bioreactors, Ex Situ Constructed Wetlands, Ex Situ Enhanced Bioremediation, In Situ Monitored Natural Attenuation, In Situ Phytoremediation, In Situ
Other labels: water, leachate, narrative-text, remediation-methods, biological-treatment
Page: 1. Physical parameters (REBEL WP8: Biotechnology)
Parameter water in the lowland water in mountain streams 1. temperature rebwp8:Temperature \max. temperature rise due to wastewater discharge \°C\ 3 1,5 \max. temperature \°C\ 25 21 \max. temperature during spawning season \°C ...
Other labels: parameter, table, narrative-text, wastewater-treatment, waste-water
Page: 1. Simultaneous aerobic sludge stabilisation (REBEL WP8: Biotechnology)
activation plants with simultaneous sludge stabilisation the activation basin rebwp8:Activated sludge method is also the sludge stabilisation reactor. They operate without a primary sedimentation basin as otherwise primary sludge would be produced which have to be stabilised again separately ...
Other labels: narrative-text, stabilization, biological-methods, sludge, wastewater-treatment, waste-water
Page: 1. Sludge concentration (REBEL WP8: Biotechnology)
preliminary concentration stage acts to minimise the energy demand for heating the water with ATS or mesophilic digestion. A subsequent concentration stage can follow a stabilisation stage
Other labels: concentration, narrative-text, biological-methods, sludge, wastewater-treatment, waste-water
Page: 1. Upstream denitrification (REBEL WP8: Biotechnology)
Waste water, return sludge and internal recirculation are mixed in the denitrification basin. Both denitrification and nitrification rebwp8:2 Nitrification basins can be configured as cascades. To increase operating flexibility, it can be possible for the last parts of the denitrification basin (in the direction of flow ...
Other labels: figure, narrative-text, biological-methods, denitrification, wastewater-treatment, waste-water
Page: 1. Upstream precipitation (REBEL WP8: Biotechnology)
Pdeficit should be avoid in the activation basin (otherwise e.g. bulking sludge rebwp8:Bulking sludge can occur). \\ \\ !UBT484PVorfällung.jpg border=1
Other labels: figure, phosphor, chemical-methods, sewage-treatment-plants, precipitation, wastewater-treatment, waste-water
Page: 1 Ammonification (N mineralisation) (REBEL WP8: Biotechnology)
N is generally separated from organic N compounds in the form of NH{}3, certain microorganisms can also separate NH{}4{} from the amino acids contained in proteins (deamination) or release it by urea hydrolysis. H{}2{}NC(O ...
Other labels: narrative-text, biological-methods, nitrogen, ammonification, wastewater-treatment, sewer-systems, waste-water
Page: 1 Long sand trap (REBEL WP8: Biotechnology)
Long sand traps are constructed as elongated, open channels in two parts in small plants (in three or more parts in larger plants). Baffle plates at the sand trap outflow are used to maintain the desired flow speed when inflow varies. The sand ...
Other labels: sand-trap, figure, narrative-text, sewage-treatment-plants, wastewater-treatment, waste-water
Page: 1 Mechanical purification (REBEL WP8: Biotechnology)
mechanical component of waste water purification is used to remove solids and already starts in the sewer network rebwp8:1 Sewerage . In the plant itself, screens rebwp8:1 Screens and sieves rebwp8:2 Sieves first separate out coarse dirt ...
Other labels: figure, narrative-text, sludge, wastewater-treatment, sewer-systems
Page: 1 P incorporation in biomass (REBEL WP8: Biotechnology)
P compounds are vitally important for bacteria rebwp8:Bacteria to build their physical body (empirical value BOD5 rebwp8:BOD5 : N : P = 100 : 5 : 1). As the phosphate content in domestic waste water is however higher, only approx. 3040 ...
Other labels: biomass, figure, narrative-text, phosphor, bacteria, wastewater-treatment, waste-water