Publication detail
Volatile degradation products of polyurethane foams
MÁCOVÁ, D. ČÁSLAVSKÝ, J. TOBIÁŠOVÁ, T.
Original Title
Volatile degradation products of polyurethane foams
English Title
Volatile degradation products of polyurethane foams
Type
journal article - other
Language
Czech
Original Abstract
Polyurethanes are the world's sixth most abundant synthetic polymer. The most of their production represent flexible polyurethane foams. At the end of their life-cycle they are often deposited on waste dumps, where they degrade under the influence of various environmental factors; photodegradation and hydrolysis are the main routes. In this paper is focused on the identification of volatile photodegradation product of polyurethanes modified by biodegradable filler using Solid Phase Microextraction (SPME) and Gas Chromatography linked to Mass spectrometry. The SPME method was selected in the experiment for its fastness, simplicity and environmental friendnes.
English abstract
Polyurethanes are the world's sixth most abundant synthetic polymer. The most of their production represent flexible polyurethane foams. At the end of their life-cycle they are often deposited on waste dumps, where they degrade under the influence of various environmental factors; photodegradation and hydrolysis are the main routes. In this paper is focused on the identification of volatile photodegradation product of polyurethanes modified by biodegradable filler using Solid Phase Microextraction (SPME) and Gas Chromatography linked to Mass spectrometry. The SPME method was selected in the experiment for its fastness, simplicity and environmental friendnes.
Keywords
polyurethanes, environmental degradation, volatile degradation products
Key words in English
polyurethanes, environmental degradation, volatile degradation products
Authors
MÁCOVÁ, D.; ČÁSLAVSKÝ, J.; TOBIÁŠOVÁ, T.
RIV year
2008
Released
28. 8. 2008
Publisher
Česká společnost chemická
Location
Praha
ISBN
1213-7103
Periodical
Chemické listy
Year of study
102
Number
15
State
Czech Republic
Pages from
s351
Pages to
s352
Pages count
2