Separating Pro-Environment Technologies for Waste Treatment, Soil and Sediments Remediation

Comparative life cycle assessment of renewable energy systems for heating and cooling. Ravenna 16 settembre vol. Bologna Italy Sep vol. Construction and demolition waste CDW: Recycling tecnologies and application of life cycle assessment LCA method in stabilized inert production. Margherita di Pula Cagliari , Sardinia, Italy.

Life cycle application in industrial waste end of life tires use for thermo acoustic panels production. Multi-criteria analysis for improving strategic environmental assessment of water programmes. A case study in semi-arid region of Brazil. Bologna settembre vol. Rimini Novembre vol.

Challenges in the separation of plastics from packaging waste (Book Chapter) (Open Access)

On-farm fertilizer production optimization. Ricerche Industriali legate alla gestione e valorizzazione. Porta a porta o raccolta stradale? LCA come supporto ai sistemi di gestione integrata dei rifiuti.

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Rimini novembre vol. Tecnologia biologica per il trattamento di pollina di ovaiole Brev. Europeo EP A1: Innovative recognition-sorting procedures applied to solid waste: Multi-criteria decision analysis for waste management in Saharawi refugee camps. The life cycle analysis of end of life tyres for the production of asphalt. Cagliari Ottobre vol.

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The life cycle assessment of the production of sound insulating panels. International Symposium on Sanitary and Environmental Engineering. Firenze Giugno vol. An environmental impact assessment of exported wood pellets from Canada to Europe. Venezia Novembre vol. Venice Second International Symposium on Energy from biomass and waste. Firenze giugno vol. Pretz focus on the advantages of sensor based sorting to recognize multiple material properties and its potential applications in waste processing.

Pompei present the state of the art of recycling photovoltaic panels using separation technologies which enable recovery of metals as well as other materials. La Marca proposes a mathematical model that can be implemented during recycling of waste refrigerators to define a partition function, utilizing data obtained from the treatment of waste refrigerator carcasses.

The partition function determines control parameters and is therefore able to assess the quality of the recovered products, and, the efficiency of the applied technologies. Lausdei present a matrix approach for modelling of a pump and treat system that is used for groundwater decontamination.

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The adopted approach determines the recirculation ratio of groundwater so that its final quality can meet discharge criteria. Toreci Mubarek discuss conventional and emerging separation technologies that can be used for the removal or recovery of metals, metalloids, thiosalts, cyanide, ammonia and nitrate from industrial wastewaters. La Marca and F.

Palombo propose a new approach based on hyperspectral analysis for a reliable evaluation of contaminated dredged sediments that determines their appropriate management according to standards and regulations. This eBook is also useful for post graduate students who are involved in environmental projects. The proposed technologies contribute to waste valorisation, prevention of depletion of natural resources and minimization of environmental impacts.

These technologies should also be considered during LCA studies by adopting well established technical, economic, environmental and social criteria. The efforts of the editor Vincenzo Gente and the co-editor Floriana La Marca for the selection of the case studies and the production of this eBook are highly acknowledged. When dealing with environmental issues, most of the times it is necessary to deal with contaminants or pollutants, which have to be removed from waste materials or from natural matrices.

This is the case, for example, during recovery of high-added value constituents from waste streams for recycling or reuse, and extraction or removal of contaminants from soil or sediments. The Resource Separating pro-environment technologies for waste treatment, soil and sediments semediation, editor, Vincenzo Gente, co-editor Floriana La Marca, electronic resource.

Separating pro-environment technologies for waste treatment, soil and sediments semediation, editor, Vincenzo Gente, co-editor Floriana La Marca, electronic resource Resource Information. The item Separating pro-environment technologies for waste treatment, soil and sediments semediation, editor, Vincenzo Gente, co-editor Floriana La Marca, electronic resource represents a specific, individual, material embodiment of a distinct intellectual or artistic creation found in University of Missouri-St.

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soil remediation technologies enviroserv

Publication Sharjah, Bentham Science Publishers, Label Separating pro-environment technologies for waste treatment, soil and sediments semediation Title Separating pro-environment technologies for waste treatment, soil and sediments semediation Statement of responsibility editor, Vincenzo Gente, co-editor Floriana La Marca Contributor ebrary, Inc Gente, Vincenzo La Marca, Floriana Subject Refuse and refuse disposal Soil remediation Language eng Summary Annotation: S47 eb Summary expansion The removal of contaminants and pollutants from natural or valuable materials is a critical issue in environmental management and conservation.

Fundamentally, the procedure consists of measures employed to separate what is good recyclable materials, soil and sediments from what is bad non recyclable materials, contaminants. A perspective of current technologies developed for mineral processing is of great assistance for finding appropriate solutions for different environmental situations. The liberation and separation processes adopted to recover valuable minerals from a gangue are, in principle, the same processes that can be applied to waste materials for recovering useful materials and to soil and sediments to reduce contamination.