Authors :
Noor Chairina; Rusdi H.A; Retna Hapsari K
Volume/Issue :
Volume 7 - 2022, Issue 7 - July
Google Scholar :
https://bit.ly/3IIfn9N
Scribd :
https://bit.ly/3zA170m
DOI :
https://doi.org/10.5281/zenodo.6956465
Abstract :
Banjarmasin has a strategic position that
makes it grow fast. The development of its population
density also supports the city's fast growth. However, the
effect of the population density in Banjarmasin takes its
toll on the waste problems in the city. As we understand,
the more people reside in an area, the more waste they
will produce.
The main focus of this research is the waste
containers at Temporary Shelter (TPS) on the sidewalk.
It has become a problem that the TPS are seen and harm
the surrounding, especially during the waste collection
and transport process, which often cause traffic jams.
This research aims to change the stigma of waste
containers in Banjarmasin from “needed but
undesirable” into “needed and desirable to the
community and environment.” To realize that, we need to
optimize the shape of the containers and arrange the
collection and transport system.
The shape application and the arrangement are
analyzed; therefore, the design must consider the
insufficiency of space/area, the flow and the jam, the
function and aesthetic, the environment, the amount of
waste, disposal patterns by the community, as well as the
application of innovations/technology. The design
approach is used as a reference to design alternatives that
will be applied.
Based on the design approach to the insufficiency of
space for the waste containers and their collection and
transport system, the layout and plan are designed using
a vertical system. The waste containers are designed with
block and tackle systems. The containers can be lifted and
aligned with the box of the waste disposal trucks, and the
waste collectors can easily collect and transport the waste
from the containers to the box.
Besides the application of the collection and
transport system, the waste container shapes also
influence the area's beauty. The supporting elements of
the waste container design in this research are rolling
door system, panel wall ornaments, decorative plants,
channels and control tanks with for leachate
management. These waste containers are designed as a
prototype of containers in areas with insufficient space
and on the main streets.
From the design plan, it is estimated that the cost of
one waste container is higher compared to the
conventional design. However, the new design and system
can reduce the number of employees and the time of the
transport process. Furthermore, this new design and
system can also solve the problem of insufficient space for
collecting and transporting waste. The newly designed
containers are also more desirable to the community and
environment than the conventional ones.
Keywords :
waste, waste containers, waste collection, and transport.
Banjarmasin has a strategic position that
makes it grow fast. The development of its population
density also supports the city's fast growth. However, the
effect of the population density in Banjarmasin takes its
toll on the waste problems in the city. As we understand,
the more people reside in an area, the more waste they
will produce.
The main focus of this research is the waste
containers at Temporary Shelter (TPS) on the sidewalk.
It has become a problem that the TPS are seen and harm
the surrounding, especially during the waste collection
and transport process, which often cause traffic jams.
This research aims to change the stigma of waste
containers in Banjarmasin from “needed but
undesirable” into “needed and desirable to the
community and environment.” To realize that, we need to
optimize the shape of the containers and arrange the
collection and transport system.
The shape application and the arrangement are
analyzed; therefore, the design must consider the
insufficiency of space/area, the flow and the jam, the
function and aesthetic, the environment, the amount of
waste, disposal patterns by the community, as well as the
application of innovations/technology. The design
approach is used as a reference to design alternatives that
will be applied.
Based on the design approach to the insufficiency of
space for the waste containers and their collection and
transport system, the layout and plan are designed using
a vertical system. The waste containers are designed with
block and tackle systems. The containers can be lifted and
aligned with the box of the waste disposal trucks, and the
waste collectors can easily collect and transport the waste
from the containers to the box.
Besides the application of the collection and
transport system, the waste container shapes also
influence the area's beauty. The supporting elements of
the waste container design in this research are rolling
door system, panel wall ornaments, decorative plants,
channels and control tanks with for leachate
management. These waste containers are designed as a
prototype of containers in areas with insufficient space
and on the main streets.
From the design plan, it is estimated that the cost of
one waste container is higher compared to the
conventional design. However, the new design and system
can reduce the number of employees and the time of the
transport process. Furthermore, this new design and
system can also solve the problem of insufficient space for
collecting and transporting waste. The newly designed
containers are also more desirable to the community and
environment than the conventional ones.
Keywords :
waste, waste containers, waste collection, and transport.
