Design and manufacturing improvement of river trash collecting system (RTCS) scissor lifter

Bakri, Mohamad Syafiq (2022) Design and manufacturing improvement of river trash collecting system (RTCS) scissor lifter. Project Report. Universiti Teknikal Malaysia Melaka, Melaka, Malaysia. (Submitted)

Text (Full Text) Design and manufacturing improvement of river trash collecting system (RTCS) scissor lifter.pdf - Submitted Version Download (6MB)

Abstract

River polluted water has gotten a lot of attention in recent years, and it continues to be a major source of concern around the world. The deterioration of water quality is primarily linked to the issue of population development and city expansion. This is a threat to human and ecological health, as well as the supply of drinking water and economic development. Human activities that provide a financial benefit to society have harmed the river's water quality indirectly. Water pollution in Malacca River is caused by a variety of sources, including waste pollutants and excrement waste. It will contaminate the river's water and degrade its quality. Local inhabitants in Alor Gajah and Melaka Sentral, as well as the state government, have backed the problem that the river's water quality has deteriorated substantially due to waste pollution. A cleaning boat is currently being used to remove the debris in Malacca River. Only one watercraft driver and another collector are required for this technique. To avoid a clog, the collector collects the large waste into the receptacle. The waste will be collected once a day, and the entire process should take more than 3 hours. In this project, the problem and failure of the River Trash Collecting System(RTCS)from the previous project will be identified. From the problems and failures, the solution for the problems that has been faced need to be made to gain the improvements of the River Trash Collecting System (RTCS). The field test also will be tested at Malacca River to make the River Trash Collecting System (RTCS) functional well. The improvements that want to be made is expected to have a lightweight, high strength, and fulfill all PPSPM concerns and requirements.

Actions (login required)

View Item