Appling Recyclable Waste Tire for Crude Oil Absorption

Abstract

coagulation, electro-coagulation and coalescences [5,6]. Absorbent materials are attractive for some applications because of the possibility of collection and complete removal of the oil from the oil spill site [7,8]. The addition of absorbents to oil spill areas facilitates a change from liquid to semi-solid phase and once this change is achieved, the removal of the oil by removal of the absorbent structure then becomes much easier. Furthermore, these materials can, in some cases, be recycled. Some properties of good absorbent materials include

The Effect of Catalyst Ratio on the Pyrolysis Yields for Waste Tyre

“…At that point after 550°C the molecule contains just fixed carbon and constant weight of ash content. Similarly many researchers reports were found that the thermal decomposition begins at ~250°C, there take after two major losses of weight during the main devolatalization, and Pyrolysis is basically complete by 550°C above which there is essentially no further weight reduction [11,14,16].…”

“…It can also be used as petroleum refinery feedstock or a source of chemicals for wide industrial applications. Gaseous fraction can be used as fuel or as a source of energy for the pyrolysis process [12][13][14][15]. This paper focus on the thermal pyrolysis of used tyre with different catalysts at a temperature 550°C and at a heating rate of 15°C/min.…”