Abstract
A trash removal system working by current energy has been developed for agricultural waterway. It consists of a wheel, shaft, screen and conveyor to exhaust collected trash. Current energy is converted by the wheel into rotational power, which drives the screen lake and conveyor. It is installed in an agricultural water way, 1.2m wide, 1/5000 in gradient and 1m/s in flow speed. Observed in the field test were service conditions of the system and torque limiter, water level at each portion, wheel speed, and types and quantity of trash collected. It is found to be serviceable at a low cost. The troubles, such as noise and bent lake occurring when the chain is out of place, have been solved. The test also has clarified types of trash discarded in the waterway. 3 refs., 11 figs.
Citation Formats
Goto, M, and Katayama, S.
Field test of trash removal screen utilizing current energy in irrigation canal; Ryusui energy wo riyoshita suisha jojinki no jissho shiken ni tsuite.
Japan: N. p.,
1996.
Web.
Goto, M, & Katayama, S.
Field test of trash removal screen utilizing current energy in irrigation canal; Ryusui energy wo riyoshita suisha jojinki no jissho shiken ni tsuite.
Japan.
Goto, M, and Katayama, S.
1996.
"Field test of trash removal screen utilizing current energy in irrigation canal; Ryusui energy wo riyoshita suisha jojinki no jissho shiken ni tsuite."
Japan.
@misc{etde_472814,
title = {Field test of trash removal screen utilizing current energy in irrigation canal; Ryusui energy wo riyoshita suisha jojinki no jissho shiken ni tsuite}
author = {Goto, M, and Katayama, S}
abstractNote = {A trash removal system working by current energy has been developed for agricultural waterway. It consists of a wheel, shaft, screen and conveyor to exhaust collected trash. Current energy is converted by the wheel into rotational power, which drives the screen lake and conveyor. It is installed in an agricultural water way, 1.2m wide, 1/5000 in gradient and 1m/s in flow speed. Observed in the field test were service conditions of the system and torque limiter, water level at each portion, wheel speed, and types and quantity of trash collected. It is found to be serviceable at a low cost. The troubles, such as noise and bent lake occurring when the chain is out of place, have been solved. The test also has clarified types of trash discarded in the waterway. 3 refs., 11 figs.}
place = {Japan}
year = {1996}
month = {Oct}
}
title = {Field test of trash removal screen utilizing current energy in irrigation canal; Ryusui energy wo riyoshita suisha jojinki no jissho shiken ni tsuite}
author = {Goto, M, and Katayama, S}
abstractNote = {A trash removal system working by current energy has been developed for agricultural waterway. It consists of a wheel, shaft, screen and conveyor to exhaust collected trash. Current energy is converted by the wheel into rotational power, which drives the screen lake and conveyor. It is installed in an agricultural water way, 1.2m wide, 1/5000 in gradient and 1m/s in flow speed. Observed in the field test were service conditions of the system and torque limiter, water level at each portion, wheel speed, and types and quantity of trash collected. It is found to be serviceable at a low cost. The troubles, such as noise and bent lake occurring when the chain is out of place, have been solved. The test also has clarified types of trash discarded in the waterway. 3 refs., 11 figs.}
place = {Japan}
year = {1996}
month = {Oct}
}