The recycling of waste tires has been a big environmental problem. About 280 million waste tires are produced annually in the United States and more than 2 billion tires are stockpiled, which cause fire hazards and health issues. Tire rubbers are insoluble elastic high polymer materials. They are not biodegradable and may take hundreds of years to decompose in the natural environment. Microwave irradiation can be a thermal processing method for the decomposition of tire rubbers. In this study, the microwave absorption properties of waste tire at various temperatures are characterized to determine the conditions favorable for the microwave heating of waste tires
The research is aimed to study the effect of heat of microwave in the preparation of reclaimed rubbe...
The discussion in this paper is about the possible use of microwave pyrolysis technique as an energy...
This experimental study utilises the microwave technology to process the waste tyre rubber aggregate...
The recycling of waste tires has been a big environmental problem. About 280 million waste tires are...
With the development of the world, the waste tires have been a serious environmental problem. There ...
Using a TM0n0 cavity system as the main reactor, an integrated process was developed to find the bes...
This study focused on the possibility of recycling Waste Tire Rubber (WTR) to be used as polymer mod...
Environmentally-friendly microwave heating is increasingly used in polymer chemistry and technology....
This research was performed to soften scrap tires to aid in their transformation from whole tires to...
Pyrolysis is the thermal degradation of a carbonaceous solid by heat in the absence of oxygen. The f...
Many efforts are being made to find innovative ways of recycling rubber from end-of-life tires (ELTs...
ABSTRACT Reclaiming rubber was one of alternative effort to depress the environmental problem caused...
The research is aimed to study the effect of heat of microwave in the preparation of reclaimed rubbe...
The research is aimed to study the effect of heat of microwave in the preparation of reclaimed rubbe...
Used tyres are one of the most widespread types of waste and one of the polymer materials which are ...
The research is aimed to study the effect of heat of microwave in the preparation of reclaimed rubbe...
The discussion in this paper is about the possible use of microwave pyrolysis technique as an energy...
This experimental study utilises the microwave technology to process the waste tyre rubber aggregate...
The recycling of waste tires has been a big environmental problem. About 280 million waste tires are...
With the development of the world, the waste tires have been a serious environmental problem. There ...
Using a TM0n0 cavity system as the main reactor, an integrated process was developed to find the bes...
This study focused on the possibility of recycling Waste Tire Rubber (WTR) to be used as polymer mod...
Environmentally-friendly microwave heating is increasingly used in polymer chemistry and technology....
This research was performed to soften scrap tires to aid in their transformation from whole tires to...
Pyrolysis is the thermal degradation of a carbonaceous solid by heat in the absence of oxygen. The f...
Many efforts are being made to find innovative ways of recycling rubber from end-of-life tires (ELTs...
ABSTRACT Reclaiming rubber was one of alternative effort to depress the environmental problem caused...
The research is aimed to study the effect of heat of microwave in the preparation of reclaimed rubbe...
The research is aimed to study the effect of heat of microwave in the preparation of reclaimed rubbe...
Used tyres are one of the most widespread types of waste and one of the polymer materials which are ...
The research is aimed to study the effect of heat of microwave in the preparation of reclaimed rubbe...
The discussion in this paper is about the possible use of microwave pyrolysis technique as an energy...
This experimental study utilises the microwave technology to process the waste tyre rubber aggregate...