Scopus Publications
- Implementing Underground Water Storage Tank to Stabilize Intermittent Water Supply in Jakarta, Indonesia
Nicco Plamonia, Rizky Pratama Adhi, Merri Jayanti, Muhammad Komarudin, Budi Kurniawan, Syaefudin Syaefudin, Ahmad Pratama Putra, Luky Pradita, Raden Arif Suryanegara, Haerul Hidayaturrahman, Ikhsan Budi Wahyono, Shafira Rahmadilla Hape
Journal of Regional and City Planning, 2026
This study addresses the issue of intermittent water supply in Jakarta, focusing on the use of underground water storage tanks (UWSTs) to stabilize water availability in three commercial buildings. Surveys showed that the average pressure from drinking water utilities over five consecutive days was only 4 m head—considered critically low. The research proposes installing UWSTs to store water during off-peak hours for redistribution during peak demand or supply outages. The study also analyzed the influence of commuter and resident water-use patterns, with an estimated tank capacity of 25.69 m³ per site to accommodate varying demand. Field data processing and simulations demonstrated that UWSTs can markedly improve supply consistency, particularly during peak hours. Optimizing the tank design within the space constraints in the buildings proved effective in balancing storage capacity and structural integrity. The integration of UWSTs with pressure-management strategies offers a practical and resilience-based approach to Jakarta’s urban water-supply challenges. Residential and office-sector consumption data were specifically integrated into a composite daily pattern to characterize urban peak-demand behavior in Jakarta. The solution proposed in this study is considered sustainable because it utilizes the existing water supply without increasing extraction, while improving temporal distribution efficiency during low-pressure periods. - The role science park in augmenting universities’ innovation and commercialization: a bibliometric mapping of past and present research
Mohammad Iqbal, Unti Ludigdo, Brillyanes Sanawiri, Rudi Salam, Ari Irawan, Luky Pradita
Cogent Business and Management, 2026
This study explores the knowledge structure of university commercialization through science parks. It identifies four major research streams: (1) innovation ecosystems and knowledge transfer, (2) business incubation and entrepreneurial ecosystems, (3) the strategic roles of universities in commercialization, and (4) the evolution of academic ecosystems into entrepreneurial universities. Co-word analysis uncovers emerging trends such as academic entrepreneurship, technology transfer networks, intellectual property ecosystems, and innovation support mechanisms. In terms of methodology, this study employs a bibliometric approach, with data gathered from 909 journal articles indexed in the Web of Science, utilizing bibliographic coupling and co-word analysis to explore the development and direction of university commercialization research. The bibliographic coupling analysis identifies the current landscape of the research, while co-word analysis uncovers emerging trends and future directions in the field. The findings confirm that science parks are not only physical infrastructures but also essential components of innovation ecosystems, facilitating multi-actor collaboration and knowledge valorization. The study’s theoretical contributions refine the triple helix model, knowledge-based view, and innovation ecosystem theory. This research provides strategic insights for policymakers, university leaders, and science park administrators to enhance commercialization outcomes, helping transform universities into innovation-driven economic actors. - The Sendai Framework for disaster risk reduction: Insight from Covid-19 in Balikpapan City, Indonesia
Ariyaningsih, R B Sukmara, L Pradita
Iop Conference Series Earth and Environmental Science, 2021
The Sendai Framework for Disaster Risk Reduction 2015-2030 (SFDRR) serves as the international standard for disaster risk reduction. The SFDRR places a new emphasis on risk reduction during the post-disaster recovery phase. Additionally, SFDRR encourages tangible and verifiable outcomes for catastrophe loss reduction, such as indicators for tracking progress toward seven global targets. The purpose of this article is to map the current response to the biological disaster (Covid-19) in the City of Balikpapan, Indonesia, for the Sendai Framework, using academic literature and publicly available data from governments and organizations. To provide timely responses to COVID-19 at the municipal level, this study conducted a rapid examination of newly available information from the Balikpapan government and other sources. According to the analysis’s findings, Covid 19 will have ramifications for the Sendai Framework unless the government adopts necessary legislation to keep the Sendai Framework on track. SDFRR was used to detect COVID-19 responses in Balikpapan City, although one target in the SFDRR is unclear or unidentified. Despite the fact that this goal, “Improving Disaster Preparedness for Effective Response and “Building Back Better” in Recovery, Rehabilitation, and Reconstruction,” is crucial to the Sendai Framework’s success.
