Page 320 - Materials Chemistry, Second Edition

Index 301

normalization procedures, 260 bacterial species, 15
previous studies, 247–248 endocrine disrupter effects, 16
recommendations, 264 parasitic infection, 16
regional characteristics, 262–263 viral infection, 15–16
region of research, 250–252 Microbial contamination, 8
research scope, 252, 256 Microcystis, 201
review process, 248–249 Microtox , 108, 110–111, 148
®
sensitivity analysis, 260–261 Microwave-assisted extraction (MAE), 182–183
standardization of studies, 263 Minamata disease, 16–17
temporal evolution, 249–250 Mixed function cytochrome P450 oxidases, see
Life cycle costing (LCC), 263 O 2 -requiring P450 monooxygenases
Life cycle impact assessment (LCIA), 36–37, 80 MnP, see Manganese peroxidase (MnP)
Life cycle inventory (LCI) analysis, 80, 262 mNPs, see Magnetic nanoparticles (mNPs)
hydrometallurgical process of, 83 MoA, see Method of activity (MoA)
in wastewater treatment, 36 MSPD, see Matrix solid-phase
Life cycle sustainability assessment dispersion (MSPD)
(LCSA), 154–155 Municipal wastewater treatment
Lignin peroxidases (LiPs), 145 LCA and, 66–71
LIME method, 258 description, 67–70
Lipid regulators, 144 process, 66–67
LiPs, see Lignin peroxidases (LiPs) results, 70–71
Liquid chromatography-mass spectrometry pharmaceuticals in sewage sludge, 171–194
(LC-MS), 184–185 application of analytical determination,
Low-cost adsorbents, 235–236 185–192
methodology, 173–185
MAE, see Microwave-assisted extraction (MAE) overview, 172–173
Magnetic nanoparticles (mNPs), 108 waste streams in, 51–53
Magnetite nanoparticles, 107–108 biosolids, 51–52
Malachite green, 16 centrate and liquid, 52–53
Manganese peroxidase (MnP), 146 scum, 52
Marsh gas, 24 MWTP, see Metropolitan wastewater treatment
Material information, 156 plant (MWTP)
Matrix solid-phase dispersion (MSPD), 183–184
Mauvein, 7, 96 Nanobiocatalysts, 108–111
Membrane bioreactors (MBRs), 41, 43, 130–131 Nanofiltration (NF), 237
Membrane filtration, 202, 236–237 Nanoparticles, for dye removal, 102–111
nanofiltration, 237 heterogeneous Fenton catalytic degradation,
reverse osmosis, 237 107–108
ultra-filtration, 236–237 nanobiocatalysts, 108–111
Mercury, 5, 15 photochemical process, 103–106
Metallic contamination, 222–223, 225 Natural dyes, 94
Methane, 29 Natural textile fibers, 97
Methanogenesis, 24, 276–277 NEB, see Net Environmental Benefit (NEB)
Methanol and glycerol recycling, 59 Neochloris oleoabundans, 207
Method of activity (MoA), 123 Net Environmental Benefit (NEB), 38
Methyl Green, 105, 108, 110 NF, see Nanofiltration (NF)
Methylmercury contamination, 16–17 Nickel, 5
Metropolitan wastewater treatment plant Nitrate, 8
(MWTP), and LCA, 66–71 Nitro dyes, 97
description, 67–70 Nitrogen, 11, 13
process, 66–67 Nitrogen compounds, 8
results, 70–71 N,O-bis(trimethylsilyl)trifluoroacetamide
MEUF, see Micellar enhanced (BSTFA), 184–185
ultra-filtration (MEUF) Nutrient removal/recovery, 41–43
Micellar enhanced ultra-filtration (MEUF), 236
Microbes, impacts of, 15–16 Odor, 9–10
agricultural chemical effects, 16 Oil extraction, 52