Chromatography for Sustainable Polymeric Materials

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With the highest impact factor of all publications ranked by ISI within Polymer Science, this collection of short and concise reports on the physics and chemistry of polymers, each written by world-renowned experts, is still valid and useful after 10 years.

Polymericmaterials, both inert anddegradable,constantlyinteractwiththe surroundings. Because of this interaction changes take place in the polymer matrix and small molecules are released to the environment. Reliable me- ods for testing biodegradability and environmental interaction of renewable resources and biodegradable polymers are required to answer the rema- ing questions concerning the environmental impact of these future materials. Inthecaseofdegradablepolymersmultiplefactorsaffectthedegradation process and small changes in the chemical structure or product formulation may change the susceptibility to degradation or cause different degradation product patterns, rendering the product less environmentally adaptable. - velopment of sustainable polymeric materials also demands the development of more migration-resistant polymer additives. Chromatographic techniques especially gaschromatographyandliquidchromatographypreferentially c- pled to mass spectrometric detection are ideal tools for studying these low molecular weight compounds and polymer environment interactions. In the ?rst chapter of this volume chromatographic ?ngerprinting and - dicator product concepts are presented as tools for evaluating polymeric - terials. These concepts have great potential in evaluation of degradation state andlife-time/service-life ofpolymericmaterials, evaluation ofanti-oxidant or pro-oxidant systems, degradation mechanism and processing parameters as wellasrapidcomparisonandqualitycontrolofmaterials.Thesolid-phase- croextractiontechniquehasrapidlyfoundapplicationsinnumerous?elds.The second chapter reviews the extraction of polymer degradation products and additives, monomer-rests, odour compounds, migrants from packaging and medicalproductsaswellasextractionofpolymeradditivesfromenvironm- talsamplesandbiological?uidsbysolid-phasemicroextractiondemonstrating the high versatility and potential of this technique also in polymer analysis.

Highest Impact Factor of all publications ranked by ISI within Polymer Science Short and concise reports on physics and chemistry of polymers, each written by the world renowned experts Still valid and useful after 5 or 10 years The electronic version is available free of charge for standing order customers at: springer.com/series/12/ Includes supplementary material: sn.pub/extras

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Zusammenfassung

With the highest impact factor of all publications ranked by ISI within Polymer Science, this collection of short and concise reports on the physics and chemistry of polymers, each written by world-renowned experts, is still valid and useful after 10 years.

Inhalt
Indicator Products and Chromatographic Fingerprinting: New Tools for Degradation State and Lifetime Estimation.- Solid Phase Microextraction for Analysis of Polymer Degradation Products and Additives.- Quantitative Determination of Volatiles in Polymers and Quality Control of Recycled Materials by Static Headspace Techniques.- Degradation Products of Aliphatic and AliphaticAromatic Polyesters.- Chromatographic Analysis of Antioxidants in Polymeric Materials and Their Migration from Plastics into Solution.- Migration of Monomeric and Polymeric PVC Plasticizers.