Muhammad Arief Yahya Yahya - Academia.edu (original) (raw)

Muhammad Arief Yahya Yahya

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Papers by Muhammad Arief Yahya Yahya

Research paper thumbnail of Productivity Enhancement of Solar Water Desalination Unit Using a Solar Electric Water Heater

Engineering Proceedings, 2022

The biggest problem faced by the world these days is pure drinkable water, and in a few years pur... more The biggest problem faced by the world these days is pure drinkable water, and in a few years pure drinkable water will not be easily available, as it is becoming brackish and saline due to pollution. By using solar energy, a solar still can produce pure water which can be used for drinking, cooking, and also for industrial purposes. In this research, a solar still based on clean technology using solar energy to drive the system is used. It can be operated easily and with an approximately negligible maintenance cost. A pyramid solar water desalination unit with modification of the solar electric water heater (used to increase water temperature) is developed to increase the water yield per day. A theoretical model of the solar still unit with and without an electric water heater is developed and performance is compared. Based on this theoretical design, fabrication is carried out and experiments are performed to predict the overall output. It is observed that the output distilled wat...

Research paper thumbnail of Productivity Enhancement of Solar Water Desalination Unit Using a Solar Electric Water Heater

Engineering Proceedings, 2022

The biggest problem faced by the world these days is pure drinkable water, and in a few years pur... more The biggest problem faced by the world these days is pure drinkable water, and in a few years pure drinkable water will not be easily available, as it is becoming brackish and saline due to pollution. By using solar energy, a solar still can produce pure water which can be used for drinking, cooking, and also for industrial purposes. In this research, a solar still based on clean technology using solar energy to drive the system is used. It can be operated easily and with an approximately negligible maintenance cost. A pyramid solar water desalination unit with modification of the solar electric water heater (used to increase water temperature) is developed to increase the water yield per day. A theoretical model of the solar still unit with and without an electric water heater is developed and performance is compared. Based on this theoretical design, fabrication is carried out and experiments are performed to predict the overall output. It is observed that the output distilled wat...

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