SIMULATION OF THE EFFECTS OF TRAY DRYER

PARAMETERS ON PLANTAIN DRYING PROCESS USING MATLAB

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SIMULATION OF THE EFFECTS OF TRAY DRYER

PARAMETERS ON PLANTAIN DRYING PROCESS USING MATLAB

ABSTRACT: Tray dryers remain the most extensively used dryers because of their simplicity and economic design. Optimal tray dryer design involving the determination of its optimum operating parameters may eliminate or reduce non-uniformity of drying and increase dryer efficiency. This paper investigates the effects of dryer parameters on one another and the plantain drying process by simulating the parameters of a tray dryer in order to evaluate effects of major decision variables including temperature, time, fan efficiency and air quantity controlled by the ratio of the heater housing area to the cabinet area. The design equation of a tray dryer was programmed to give various output based on changes in the input parameter for 2600Kg of plantain in a M-Function File environment using matlab software. It was observed that temperature has the greatest effect on the drying process and with other parameter kept constant, achieving drying of a material at a higher temperature implies higher cost of fuel generation and lower cost of fan, while achieving drying at an earlier time implies higher cost of power and fan. Similarly, an increase in the ratio of the heater housing area to the cabinet housing area led to a lower cost of fan and vice versa, while fan’s efficiency has only influence on the cost of the fan.

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