Oil Spill Cleanup from Sea Water by Sorbent Materials
Abstract
Three sorbents were compared in order to determine their potential for oil spill cleanup. Polypropylene nonwoven web, rice hull, and bagasse with two different particle sizes were evaluated in terms of oil sorption capacities and oil recovery efficiencies. Polypropylene can sorb almost 7 to 9 times its weight from different oils. Bagasse, 18 to 45 mesh size, follows polypropylene as the second sorbent in oil spill cleanup. Bagasse, 14 to 18 mesh size, and rice hull have comparable oil sorption capacities, which are lower than those of the two former sorbents. It was found that oil viscosity plays an important role in oil sorption by sorbents. All adsorbents used in this work could remove the oil from the surface of the water preferentially.
Oil Spill Cleanup from Sea Water by Sorbent MaterialsAbstractThree sorbents were compared in order to determine their potential for oil spill cleanup. Polypropylene nonwoven web, rice hull, and bagasse with two different particle sizes were evaluated in terms of oil sorption capacities and oil recovery efficiencies. Polypropylene can sorb almost 7 to 9 times its weight from different oils. Bagasse, 18 to 45 mesh size, follows polypropylene as the second sorbent in oil spill cleanup. Bagasse, 14 to 18 mesh size, and rice hull have comparable oil sorption capacities, which are lower than those of the two former sorbents. It was found that oil viscosity plays an important role in oil sorption by sorbents. All adsorbents used in this work could remove the oil from the surface of the water preferentially.
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Oil Spill Cleanup from Sea Water by Sorbent Materials Abstract Three Sorbents were compared in Order to Determine their Potential for Oil spill Cleanup. Polypropylene nonwoven web, rice hull, and bagasse with two different particle sizes were evaluated in terms of oil sorption capacities and oil recovery efficiencies. Polypropylene can sorb almost 7 to 9 times its weight from different oils. Bagasse, 18 to 45 mesh size, follows polypropylene as the second sorbent in oil spill cleanup. Bagasse, 14 to 18 mesh size, and rice hull have comparable oil sorption capacities, which are lower than those of the two former sorbents. It was found that oil viscosity plays an important role in oil sorption by sorbents. All adsorbents used in this work could remove the oil from the surface of the water preferentially.
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Oil Spill Cleanup from Sea Water by Sorbent Materials
Three Abstract sorbents were compared in order to determine their. Potential for oil spill cleanup. Polypropylene nonwoven, hull web rice, bagasse and with two different particle sizes were. Evaluated in terms of oil sorption capacities and oil recovery efficiencies. Polypropylene can sorb almost 7 to 9 times. Its weight from different oils.Bagasse 18 to, 45 mesh size follows polypropylene, as the second sorbent in oil spill cleanup. Bagasse 14 to, 18 mesh. Size and rice, hull have comparable oil, sorption capacities which are lower than those of the two former sorbents. It was. Found that oil viscosity plays an important role in oil sorption by sorbents.All adsorbents used in this work could remove the oil from the surface of the water preferentially.
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