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Review of Green Geosynthetics by Using Biodegradable Resins for Civil Engineering Application as Tailor-Made Materials

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Abstract In this study, concept of green Geosynthetics was introduced in terms of biodegradability. Development of green Geosynthetics, its background and technical concerns were discussed through some research results of PLA (poly lactic acid) specimens. Test method for biodegradability of PLA (poly lactic acid) as a green Geosynthetics were considered and suggested based on composting method. Finally, the rest result shows that the concept of biodegradability for green Geosynthetics is available in the environmental application. Keywords:  Green geosynthetics; Biodegradability; Poly lactic acid; Environmental application Go to introduction For eco-friendly environmental concept in Geosynthetics application fields, “Green” revolution is rapidly increasing in every construction sites in the world e.g., green structure, green installation, green industry etc. especially between construction and society's needs. Furthermore, although durability of Geosynthetics shou...
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Development of Refined Chemistries and Processing Methods for Integration of Carbon Dioxide into a Hydraulic Binder for Effective Heavy Metal Immobilization

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Juniper Publishers Abstract A method is under developed for capture of carbon dioxide directly from combustion emissions into land filled coal ash, and simultaneous transformation of the carbon dioxide and ash with supplementary minerals into a hydraulic binder. In this study, several additives were investigated for raising the CO 2  uptake of land filled ash and enhancing the end-product quality. The resultant binder meets the standard requirements for hazardous waste solidification and stabilization. The approach adopted here relies upon mechanochemical phenomena, induced by a simple milling action, to incorporate carbon dioxide into land filled ash while concurrently transforming the raw materials (including the captured carbon dioxide) into a hydraulic binder. The CO 2  uptake in mechanochemical processing of cement was estimated as the difference in Loss of Ignition (LOI) of cements milled in CO 2  and in air. The compressive strength achieved by hydration o...
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