Abstract:
Many countries desire to have a clean and healthy environment hence the need for effective and
efficient Management of trash Bins. But for many years, the traditional way of collection and
removal of trash has not proved to be effective. There are number of problems encountered with
the usage of the traditional way of collecting trash in hospital and Healthcare Centers. These
problems include among others: trash overflow, land and air pollution and unclean and unhealthy
environment.
The main objective of these paper is to overcome all these unfavorable conditions above by
mitigate the waste that is always found scattered all over the place. The system uses Arduino to
excel communication. Smart Trash Bin (STB) is a Trash bin are interfaced with an ultrasonic
sensor which is meant to measure the distance of trash in the bin to the required level. Arduino
microcontrollers connected to ultrasonic sensor send data directly in to excel using “PLX-DAQ, a
Parallax microcontroller data acquisition add-on tool for Microsoft Excel” (Parallax Inc , 2019).
The status of the bins is monitored through Arduino to excel communication, and provides real time automated information to the control Center of the trash collection company. In addition to
this Arduino to excel communication, graphs, charts and diagrams for reports are generated
automatically to the Lesotho Millennium Development Agency and private companies that are the
hired through LMDA for record keeping and further to display and store the information meant
for additional investigations and improvements.
Collection and removal of trash is done in timely manner, truck drivers are able to have scheduled
work and planned route. This system is meant to make waste management, more efficient and
effective, less costly and it saves time. The advantage of the system to other smart waste
management’s systems is that the system uses excel to receive real-time data, there is no need for
internet usage which means extra savings. Without internet usage all problems associated with
internet usage are avoided.
Valentine, M (2024). Application of Smart Waste Management System : Case Study for Queen II Hospital, Maseru Lesotho. Afribary. Retrieved from https://tracking.afribary.com/works/application-of-smart-waste-management-system-case-study-for-queen-ii-hospital-maseru-lesotho
Valentine, Mathe "Application of Smart Waste Management System : Case Study for Queen II Hospital, Maseru Lesotho" Afribary. Afribary, 30 Mar. 2024, https://tracking.afribary.com/works/application-of-smart-waste-management-system-case-study-for-queen-ii-hospital-maseru-lesotho. Accessed 21 Nov. 2024.
Valentine, Mathe . "Application of Smart Waste Management System : Case Study for Queen II Hospital, Maseru Lesotho". Afribary, Afribary, 30 Mar. 2024. Web. 21 Nov. 2024. < https://tracking.afribary.com/works/application-of-smart-waste-management-system-case-study-for-queen-ii-hospital-maseru-lesotho >.
Valentine, Mathe . "Application of Smart Waste Management System : Case Study for Queen II Hospital, Maseru Lesotho" Afribary (2024). Accessed November 21, 2024. https://tracking.afribary.com/works/application-of-smart-waste-management-system-case-study-for-queen-ii-hospital-maseru-lesotho