Open AccessRegional Model of Smart Construction Waste Monitoring: Household Base Framework in Central Java-Indonesia
Author(s) -
Maryono Maryono,
S. M. Hastuti,
Neily Rahma,
A. D. Roynaldi,
S. Sudarno,
Hadiyanto Hadiyanto
Publication year - 2020
Publication title -
iop conference series. earth and environmental science
Language(s) - English
Resource type - Journals
eISSN - 1755-1307
pISSN - 1755-1315
DOI - 10.1088/1755-1315/448/1/012079
Subject(s) - demolition , java , procurement , population , per capita , demolition waste , government (linguistics) , business , civil engineering , environmental planning , engineering , computer science , geography , linguistics , philosophy , demography , marketing , sociology , programming language
The growth of infrastructure development is currently increasing rapidly in Indonesia. Beside government policy trough their procurement in national, provincial and local level, it is also driven by private sector and per capita as of economic growing and increasing population. In the process physical development, several mixture of material such as stone, cement, sand, demolition material are often left over and discharge. Today Indonesia government will issued construction and demolition waste guideline to make more green and environmental sound. One of the basic problem founded was concerning to the development of model to estimated then monitored construction generation in rural, urban or in a strategic region. Moreover, in the era of digital as known as revolution industry 4.0, an automatic system of monitoring, known as smart monitoring of the construction waste generation is very importance to build. The purpose of this study was to build regional model of smart construction monitoring in Indonesia. The basic method to build the regional model is by utilized an index approach, and combined by using GIS to build automatic information delivery system from rural, urban or region to the central system. This study is then choosed Central Java Province for more detail model development. The study founded 7 (seven) pattern of construction waste generation. The extreme condition founded in Grobogan, Purworejo and Kebumen at which for decade 2000-2014 the degree is waste generation always decrease. In Addition, In central Java Province, this study founded three characteristic of regional model of construction waste as follow: (1) Region with high level of construction waste degree; (2) region with moderate level of construction waste degree; and (3) region with low level of construction waste degree.