In this paper, a feasible study of corncob waste which management from the seed preparation factory to produce the fuel briquettes are considered. First of all, the chemical properties of corncob waste are analyzed, it found that moisture content is 8.07%, volatile matter is 71.46%, ash content is 3.25%, fixed carbon is 17.22% and heating value is 4049.70 cal/g. As a result, the corncob waste has the high potential for reuse as a fuel. After that corncob waste was mixed with different types of binders such as starch, molasses, paper mill waste and used oil with the percentage of 10, 20, 30, 40 and 50. The mixtures were briquetted and reanalyzed their chemical properties. Moreover the physical properties were investigated with the consideration of density, shatter index and water resistance index. The corncob waste mixed with paper mill waste reveals the highest quality of
briquette, whereas the used oil was not suitable for binding with the corncob waste.
In this paper, a feasible study of corncob waste which management from the seed preparation factory to produce the fuel briquettes are considered. First of all, the chemical properties of corncob waste are analyzed, it found that moisture content is 8.07%, volatile matter is 71.46%, ash content is 3.25%, fixed carbon is 17.22% and heating value is 4049.70 cal/g. As a result, the corncob waste has the high potential for reuse as a fuel. After that corncob waste was mixed with different types of binders such as starch, molasses, paper mill waste and used oil with the percentage of 10, 20, 30, 40 and 50. The mixtures were briquetted and reanalyzed their chemical properties. Moreover the physical properties were investigated with the consideration of density, shatter index and water resistance index. The corncob waste mixed with paper mill waste reveals the highest quality of
briquette, whereas the used oil was not suitable for binding with the corncob waste.
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