Study of Roasting Fe2O3/EPDM to Remove Crude Oil in Water

Xiu Qi Liu; He Qin Xing

doi:10.4028/www.scientific.net/AMR.347-353.2058

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Study on the Product Structure Optimization of Hot Process Phosphate Based on Comprehensive Utilization of Yellow Phosphorus Tail Gas
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Preparation and Cr⁶⁺ Adsorption Property of Zeolite/EPDM Composite
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Growth Effect and Accumulation of as on / in Two Vegetables in Three Types of Chinese Soil
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Application of AHP Method in Evaluation of Atmospheric Environment Comprehensive Quality in Xi'an
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Study of Roasting Fe₂O₃/EPDM to Remove Crude Oil in Water
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Research and Realization of the Grid-Side Converter Used in Doubly-Fed Wind Power Generation Simulation Test Platform
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What are Basic Principles in Environmental Science
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Occurrence of Organochlorine Pesticides and Polychlorinated Biphenyls in Six Fish Species from Baihua Lake, China
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State of the Art Review on Landfill and Leachates Treatment in China
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HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 347-353Study of Roasting Fe2O3/EPDM to Remove Crude Oil...

Study of Roasting Fe₂O₃/EPDM to Remove Crude Oil in Water

Abstract:

In our study, a new kind of material for oil adsorption was prepared by melt blending with EPDM as the matrix and roasting Fe₂O₃ as the filler. The effects of dicumylperoxide (DCP) and roasting Fe₂O₃ contents on the oil absorbency were studied. The results show that the oil absorbency reaches the highest value for the roasting Fe₂O₃/EPDM composite with 2 wt % DCP and 30 wt % roasting Fe₂O₃. Comparing the oil absorbency for three samples, the experimental result indicates that the oil absorbency of roasting Fe₂O₃/EPDM composite is higher than that of EPDM (crosslinked) and EPDM.