• Green tire with silica as the main reinforcing filler occupies a large slice of market and is difficult to recycle. An efficient controllable reclamation process silanized from waste green rubber by thermo-oxidative was proposed. The interfacial interaction between further interpreted. A stepwise separation reclaimed (r-SS) rubbers achieved using process, quantified. exfoliation residual boun...

Recycling is a heavily discussed topic nowadays, and recycled tire material to be re-used for the same application is one of the spear points of current R&D activities. Regarding the immense amount of used tires, more than just one outlet for the recycled material is needed. Besides the commonly used particulate and reclaimed rubbers, devulcanizates are another alternative currently under devel...

The reclaimed utilization of urban wastewater is an indispensable way for solving the crisis of urban water resource. In order to meet the needs of reclaimed water pollution control,the risk assessment model for reclaimed water utilization in basin are established. GIS was employed to derive all the data and evaluate model in order to get spatial variance and distribution of the risk levels on ...

Reclaimed water is an important resource for irrigation, and exploration in making full use of it is an important way to alleviate water shortage. This paper analyzes the effects of irrigation with reclaimed water through field trials on the content and distribution of heavy metals in both tomatoes and the soil. By exploring the effects of reclaimed water after secondary treatment on the conten...

Abstract Improper disposal and accumulation of waste tire rubbers have posed a serious threat to the development circular economy, sustainable environment, human health. In light drawback current management tires, recycling transformation reclaimed rubber (RR) into valuable end products has received significant attention from industries academic field. Herein, we propose facile method reuse RR ...

Abstract Waste tire rubber is commonly recycled by blending with other polymers. However, the mechanical properties of these blends were poor due to lack adhesion between matrix and waste rubber. In this research, use electron beam irradiation (3-Aminopropyl)triethoxy silane (APTES) on enhancing performance 50 wt% reclaimed (RTR) blend poly(ethylene-co-vinyl acetate) (EVA) was investigated. Pre...