Modeling the Fate of Chemicals in Products
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Beschreibung
This thesis provides a novel methodological basis for mechanistically understanding the dynamics of chemicals in products (CiPs) in the anthroposphere and physical environment and establishes a modeling continuum from production of a chemical to its concentrations in various environmental compartments. Using this framework, the thesis investigates how CiPs are transported and transformed and how they accumulate in the global environment. Furthermore, it identifies the measures needed to minimize their adverse effects on the environment and human society. It serves as an invaluable, interdisciplinary reference resource for industrial ecologists, environmental chemists and decision-makers involved in environmentally sound management of CiPs and associated waste.
This thesis provides a novel methodological basis for mechanistically understanding the dynamics of chemicals in products (CiPs) in the anthroposphere and physical environment and establishes a modeling continuum from production of a chemical to its concentrations in various environmental compartments. Using this framework, the thesis investigates how CiPs are transported and transformed and how they accumulate in the global environment. Furthermore, it identifies the measures needed to minimize their adverse effects on the environment and human society. It serves as an invaluable, interdisciplinary reference resource for industrial ecologists, environmental chemists and decision-makers involved in environmentally sound management of CiPs and associated waste.
Nominated as an outstanding Ph.D. thesis by Peking University? Provides a methodological basis for understanding the fate of chemicals in products in the anthroposphere and physical environment Appeals to industrial ecologists, environmental chemists, and decision-makers involved in environmentally sound management of synthetic chemicals and waste
Autor*in
Li Li
Themen in »Modeling the Fate of Chemicals in Products«
Chemicals in products (CiPs) Chemical fate Dynamic substance flow analysis Fugacity model Anthroposphere