Organic Waste Recycling

220 Organic waste recycling: technology and management age, the outer matrix often becomes pigmented and stratified, developing ...

Algal production 221 Table 5.1 Summary of the major phyla of algae (adapted from Mitchell 1974) Phylum Common name and species P ...

222 Organic waste recycling: technology and management 5.1 OBJECTIVES, BENEFITS AND LIMITATIONS With respect to algal mass cultu ...

Algal production 223 adverse environment prevailing in the pond. Adverse environment to pathogens is caused by: Diurnal variati ...

224 Organic waste recycling: technology and management wastewater treatment. (The term 'high-rate' is commonly used for algal po ...

Algal production 225 Figure 5.3 Spirulina “jeejibai”, showing tapering of end turns, (magnification × 600) Contamination of toxi ...

226 Organic waste recycling: technology and management System (b) is related with our objectives of waste treatment, recovery an ...

Algal production 227 Figures 5.5 and 5.6. Depending on the mode of operation, sewage can be fed to the HRAP continuously or inte ...

228 Organic waste recycling: technology and management W/m^2 , or about 790 gcal/cm^2 -day. Nowadays, information of illuminance ...

Algal production 229 Figure 5.6 High-rate algal pond at Royal Chitrlada Palace, Bangkok, Thailand Table 5.2 Conversion factors f ...

230 Organic waste recycling: technology and management Since about 80% of nitrogen is the waste is recovered in the algal cells ...

Algal production 231 Iz = exp (Ca.Į.z) (5.1) Ii Where, Ii = the measured light intensity at the pond surface, varying from 0 to ...

232 Organic waste recycling: technology and management Example 5.1 A municipality in Southeast Asia produces wastewater with the ...

Algal production 233 Ca .h.z HRT = (5.3) 1000 F.Io.Tc or Lt .h.z HRT = (5.4) 1000 F.Io.Tc p Where: HRT = days h = unit heat of c ...

234 Organic waste recycling: technology and management practical point of view, HRT/z at a range of 6 to 12 day/m seems to be ap ...

Algal production 235 of stay in over-exposed layer where irradiance might be too high for the algal cells (Soeder and Stengel 19 ...

236 Organic waste recycling: technology and management Table 5.6 Design criteria for high-rate algal ponds Pond depth (z), m HRT ...

Algal production 237 Figure 5.7. Three modes of HRAP operation. Figure 5.8 Advance integrated wastewater ponding system (Pilot p ...

238 Organic waste recycling: technology and management The AFPs are designed to retain the settleable solids in wastewater and t ...

Algal production 239 also influenced by this parameter, making temperature to be not nearly as important as sunlight in controll ...