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All Journal Journal of Community Empowerment for Multidisciplinary (JCEMTY)
Kuswanto, Iwan
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Agriculture, Biological Sciences & Forestry Chemical Engineering, Chemistry & Bioengineering Education Environmental Science Health Professions

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Application of the Integrated Construction Evaluation Framework (ICEF) to support the selection of communal wastewater treatment plant construction methods in high groundwater table areas: Penerapan Integrated Construction Evaluation Framework (ICEF) untuk mendukung pemilihan metode konstruksi IPAL komunal di kawasan bermuka air tanah tinggi Kuswanto, Iwan; Sulistyaningsih, Butyliastri; Iswandy, Wahyu; Setyawan, Dendy
Journal of Community Empowerment for Multidisciplinary (JCEMTY) Vol. 4 No. 2 (2026): November 2026
Publisher : KHD Production

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.53713/jcemty.v4i2.809

Abstract

Constructing communal wastewater treatment plants in areas with high groundwater tables requires efficient and adaptable methods suited to site conditions. This community service activity aimed to apply the Integrated Construction Evaluation Framework (ICEF) to evaluate construction methods based on cost, implementation time, productivity, material price sensitivity, and geotechnical characteristics. A case study was conducted at a communal wastewater treatment plant project in Kedundung, Mojokerto City, using field observations, project document reviews, comparisons between conventional cast-in-place concrete and prefabricated methods, and integration of findings into the ICEF matrix. The results indicated that prefabricated construction performed better across most indicators, particularly cost efficiency, shorter construction time, higher productivity, and resilience to material price fluctuations. ICEF also helped identify suitable construction methods based on groundwater conditions, budget constraints, project duration, workforce availability, logistical access, and project scale. These findings demonstrate ICEF's potential to support local governments, sanitation managers, consultants, and contractors in planning communal wastewater infrastructure more systematically, efficiently, and sustainably.
Co-Authors Iswandy, Wahyu Setyawan, Dendy Sulistyaningsih, Butyliastri