Titlebook: Life Cycle Assessment (LCA) of Light-Weight Eco-composites; Miao Guo Book 2012 Springer-Verlag Berlin Heidelberg 2012 Anaerobic Digestion.

Customary

Magisterial

Introduction,CAs were developed using primary data collected from industrial sources combined with new laboratory experiments supplemented with secondary data from publicly available sources. Laboratory research was conducted to obtain important missing data on WBFs for the LCA modelling, including physico-chemi

金哥占卜者

Materials and Methods,nvironmental aspects and impacts of product or service systems over their whole life cycle in accordance with the stated goal and scope of the study. Definition of the goal and scope is therefore the basis for all LCAs. In this chapter, thegoal and scope for the LCA models presented in this thesis a

candle

LCA of Wheat Agro-Eco-System,s of agriculture-based products. This uses results from the process-oriented Denitrification-Decomposition (DNDC, modified version) model.This study evaluate the effects of using site-specific N.O emissions derived from the DNDC model rather than the values derived from the commonly used Intergovern

Hamper

LCA Case Studies of Starch-Based Foam,el LCA inventories for starch-PVOH biopolymers were developed using primary data derived from industrial sources and laboratory research and are presented in a transparent manner in this chapter. the ‘cradle-to-gate’ LCA profiles ofstarch-PVOH biopolymers have been evaluated in multi case studies to

地殼

End-of-Life Scenarios,rly included biological waste treatments. In this way the present work goes beyond many of the previous LCA studies and models which have focused largely on the MSW/BFMSW. Diverse end-of-life scenarios for starch-PVOH biopolymer products were modelled in this chapter, especially anaerobic digestion

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Ferritin

chronology

General Discussion and Conclusions, was addressed by developing an LCA model and case studies based on pilot manufacturing of WBFs that was focussed on addressing a number of central issues in conducting LCAs on bio-based materials. During the course of this research, a number of important issues concerning the application of LCA to

啪心兒跳動(dòng)

End-of-Life Scenarios,ely on the MSW/BFMSW. Diverse end-of-life scenarios for starch-PVOH biopolymer products were modelled in this chapter, especially anaerobic digestion (AD) scenarios which were built on the data developed from a UK commercial AD plant and on novel laboratory results obtained from lab-scale AD research.