Index
A
Acceptable daily intake (ADI), 140
Accident scenarios, 169
Active substances, 37
Active transport, 134
Act on Registration and Evaluation of
Chemical Substances (K-REACH),
42
Acute toxicity, 111
Adiabatic Temperature Rise ((T ad ), 207, 210
Agonism, 137
Allocation, 70, 72
Ames test, 136
Antagonism, 137
Arbeitsplatzgrenzwert (AGW), 140
Argumentative turn, 14
Asbestos, 48
Assessment factors, 139
Authorization, 34
Autocatalytic, 187
Autoignition temperature, 272
B
Background concentrations, 123
Background processes., 72
Basel convention, 44
Batch processes, 165
Batch reactor, 201
Bench scale calorimetry, 298
Benefits, 219
Best available techniques (BAT), 44
Bioaccumulation, 267
Bioaccumulation factor (BAF), 126
Bioavailability, 115
Bioconcentration factor (BCF), 126, 266
Biodegradation, 267
Biological limit values, 47
Biomagnification, 267
Biomagnification factor (BMF), 126
Biomarkers, 123
Boiling liquid expanding vapor explosion, 177
Bow tie analysis, 182
C
Calorimetry, 297
Canadian Environmental Protection Act
(CEPA), 41
Carcinogenicity, 111
Carcinogenic, mutagenic, or toxic to
reproduction (CMR), 34
Carcinogens, 136
Carcinogens and Mutagens Directive (CMD),
48
Carcinogensis, 136
Characterization, 84
Characterization factors (CF), 82, 84
Checklist analysis, 169
Chemical agents directive (CAD), 47
Chemical Control Act (CCA), 42
Chemical process, 159
Chemical process safety, 161
Chemical products, 107
Chemical safety report (CSR), 33
Chemical substances control law (CSCL), 42
Chronic toxicity, 111
Circular economy, 86
Citizen scientists, 221
Classification, 83
Classification, Labeling, and Packaging (CLP)
Regulation, 36
Common cause failure analysis, 292
Compartmentalization, 276
Concentration, 114
Concentration addition, 145
Consequence analysis, 174
Consequences, 161
Consumer products, 108
Continuous processes, 165
© The Author(s), under exclusive license to Springer Nature Switzerland AG 2021
K. Hungerbühler et al., Chemical Products and Processes,
https://doi.org/10.1007/978-3-030-62422-4
329
A
Acceptable daily intake (ADI), 140
Accident scenarios, 169
Active substances, 37
Active transport, 134
Act on Registration and Evaluation of
Chemical Substances (K-REACH),
42
Acute toxicity, 111
Adiabatic Temperature Rise ((T ad ), 207, 210
Agonism, 137
Allocation, 70, 72
Ames test, 136
Antagonism, 137
Arbeitsplatzgrenzwert (AGW), 140
Argumentative turn, 14
Asbestos, 48
Assessment factors, 139
Authorization, 34
Autocatalytic, 187
Autoignition temperature, 272
B
Background concentrations, 123
Background processes., 72
Basel convention, 44
Batch processes, 165
Batch reactor, 201
Bench scale calorimetry, 298
Benefits, 219
Best available techniques (BAT), 44
Bioaccumulation, 267
Bioaccumulation factor (BAF), 126
Bioavailability, 115
Bioconcentration factor (BCF), 126, 266
Biodegradation, 267
Biological limit values, 47
Biomagnification, 267
Biomagnification factor (BMF), 126
Biomarkers, 123
Boiling liquid expanding vapor explosion, 177
Bow tie analysis, 182
C
Calorimetry, 297
Canadian Environmental Protection Act
(CEPA), 41
Carcinogenicity, 111
Carcinogenic, mutagenic, or toxic to
reproduction (CMR), 34
Carcinogens, 136
Carcinogens and Mutagens Directive (CMD),
48
Carcinogensis, 136
Characterization, 84
Characterization factors (CF), 82, 84
Checklist analysis, 169
Chemical agents directive (CAD), 47
Chemical Control Act (CCA), 42
Chemical process, 159
Chemical process safety, 161
Chemical products, 107
Chemical safety report (CSR), 33
Chemical substances control law (CSCL), 42
Chronic toxicity, 111
Circular economy, 86
Citizen scientists, 221
Classification, 83
Classification, Labeling, and Packaging (CLP)
Regulation, 36
Common cause failure analysis, 292
Compartmentalization, 276
Concentration, 114
Concentration addition, 145
Consequence analysis, 174
Consequences, 161
Consumer products, 108
Continuous processes, 165
© The Author(s), under exclusive license to Springer Nature Switzerland AG 2021
K. Hungerbühler et al., Chemical Products and Processes,
https://doi.org/10.1007/978-3-030-62422-4
329