514 Organic Waste Recycling: Technology and Management
data evaluation, analysis, and
documentation 503
equipments 503
Monitoring, of wastewater land
application 430-432
crop tissue 432
groundwater 431-432
soil 432
water quality 431
Mulch, from aquatic weeds 325
Nitrate in groundwater 410-411
Nitrification, in composting 92-94
Nitrobactor bacteria 94
Nitrosomonas bacteria 94
Non-methanogenic bacteria 156
Nutrient uptake rates, for crops
406-407
Omnivorous fish 268-269
Operation, of HRAP 235-238
Operational modes, of biogas
digesters 163-164
Opisthorchis, in waste-fed fish
ponds 297
Organic amendments, in composting
101
Organic loading rates, in biogas
digesters 161
Organic wastes, characteristics 21-
54
Overland flow (OF) process 397-
398
design procedures 414-417, 419-
430
Oxygen release rates, from aquatic
weeds 339
Packing media, for anaerobic filters
197
Palm oil industry 36-42
Paper precoated belt filtration 246-
247
Pathogen die-off, due to temperature
91
Pathogen inactivation, in composting
129-131
Pathogens, in algal ponds 255-256
Pathogens, in anaerobic digestion
159
Pathogens, in human wastes 58-62
Pathogens, in sludge land application
470-472
Pathogens, in wastewater land
application 437-439
Pathogens, in waste-fed fish ponds
295-299
Planning, for waste recycling
program 476-482
Pollution effects, of organic wastes
54-57
Polychlorinated biphenyls (PCBs)
457
Population growth 4
Porosity 372
Primary pathogens, in composting
129-130
Product changes, in waste
minimization 80
Public acceptance, of composted
products 135
Public acceptance, of waste-grown
algae 256
Public acceptance, of waste-grown
fish 298-299
Public acceptance, of waste
recycling 17-18
Public acceptance, of wastewater
land application 18, 440
Public health aspects, of aquatic
weed systems 375-376