Bono Pranoto

@brin.go.id

Research Center for Geospatial
National Research and Innovation Agency of Indonesia

https://researchid.co/bonopranoto

EDUCATION

Master of Chemical Engineering

RESEARCH INTERESTS

Geospatial, Renewable Energy Technology

Scopus Publications

188

Scholar Citations

Scholar h-index

Scholar i10-index

Scopus Publications

Sustainable waste management strategies for multilayer plastic in Indonesia
Mayrianti Annisa Anwar, Suprihatin Suprihatin, Nugroho Adi Sasongko, Mukhamad Najib, Bono Pranoto, Irman Firmansyah, and Erni Septiarsi Soekotjo
Elsevier BV

Wind Power Potential Analysis for Sustainable Development in Northern Sumba
N.W. Hesty, S.R. Fithri, Aminuddin, A. Nurrohim, M.B. Raharja, A.H. Kuncoro, V. Nurliyanti, N. Niode, B. Pranoto, and M. Pandin
EDP Sciences
This study analyzes the wind characteristics and energy potential at two locations in Indonesia, Haharu and Laepori, on the northern coast of Sumba, over ten years (2011-2020). The data were obtained from NASA’s Langley Research Center (LaRC) POWER Project and processed using windographer software. The analysis covers various aspects such as wind speed, wind direction, Weibull distribution parameters, wind power density (WPD), and the net energy output of a horizontal wind turbine. The results show that both locations have similar wind patterns and performance, with minor differences in certain months and years. Haharu generally has a higher average wind speed, wind power density, and net energy output than Laepori. The dry season (May to August) is the most favorable period for wind energy production at both locations, while November, December, and March are the least favorable. The prevailing wind direction is southeast for both locations. The study employs an 800 kW Enercon E-48/800 kW turbine to evaluate the potential electrical energy output. The results show that Haharu outperforms Laepori’s net mean power output, with Haharu producing 106.8 kW compared to Laepori’s 103.8 kW.

Challenges and prospects of multilayer plastic waste management in several countries: A systematic literature review
Mayrianti Annisa Anwar, Suprihatin, Nugroho Adi Sasongko, Mukhamad Najib, and Bono Pranoto
Elsevier BV

Integrating Flood Early Warning System (FEWS) for Optimizing Small Hydropower Sites: A West Java Case Study
Bono Pranoto, Hari Soekarno, Edy Hartulistiyoso, Muhammad Nur Aidi, Dewayany Sutrisno, Dasriani Pohan, Radhika, Bayu Sutejo, Arif Heru Kuncoro, and Irmadi Nahib
Kyushu University
: This study explores potential locations of small hydropower (SHP) in a specific region by aligning Tropical Rainfall Measuring Mission (TRMM) rainfall data with ground station records. It refines river discharge time series using the Delft Flood Early Warning System (DELFT-FEWS) model and observed data, it also provides invaluable data and insights into water bodies' hydrological patterns and behavior, allowing for accurate forecasting of potential floods and water discharge fluctuations. Developing hydropower would be simpler if a nationally integrated system could monitor river discharge at any time by stakeholders. Calculations of dependable discharge Q90 enhance SHP feasibility assessments through flow duration curves. Integrating dependable discharges with head values estimates potential hydropower. The study identifies optimal sites aligning with substations and residential areas, emphasizing enhanced power transmission efficiency—the Total SHP Potential calculation results of 32.5 MW in 18 locations in West Java. Implementing an FEWS holds significant advantages for the sustainability of hydropower projects.

Assessing the Sustainability of Small Hydropower Potential in the Threats of Natural Disasters: an Analytic Hierarchy Process-Based Approach
Bono Pranoto, Edy Hartulistiyoso, Muhammad Nur Aidi, Dewayany Sutrisno, Hari Soekarno, Agustya Adi Martha, Qoriatu Zahro, Yulizar Ihrami Rahmila, and Vetri Nurliyanti
Kyushu University
: This study assesses the sustainability of small hydropower installations amidst natural hazards, employing the Analytic Hierarchy Process (AHP) to rank disaster risks like earthquakes, floods, landslides, forest fires

Assessing the sustainability of small hydropower sites in the Citarum Watershed, Indonesia employing CA-Markov and SWAT models
Bono Pranoto, Edy Hartulistiyoso, Muhammad Nur Aidi, Dewayany Sutrisno, Irmadi Nahib, Nugroho Purwono, Nurul Hudayat, Achmad Fahruddin Rais, and Yulizar Ihrami Rahmila
IWA Publishing
ABSTRACT This study investigates the sustainability of potential small hydropower sites within the Citarum Watershed in West Java, Indonesia. The Citarum River, with a catchment area of 6,090 km2, plays a crucial role in regional water supply and hydroelectric power generation. However, environmental challenges such as deforestation, land use changes, and sedimentation pose significant risks. We employed the CA-Markov model integrated with IDRISI TerrSet software and the Soil and Water Assessment Tool to predict future land use changes and assess water supply, soil erosion, and sedimentation impacts for 2030 and 2040. The analysis revealed diverse trends in water yield across different catchment areas, with some regions showing increased water availability and others facing declines. High erosion and sedimentation rates were identified as critical issues affecting hydropower efficiency. The study highlights the need for comprehensive watershed management strategies, including reforestation, sustainable land management practices, and sediment management, to enhance the sustainability of small hydropower projects. Our findings underscore the importance of integrating environmental considerations into hydropower development to ensure the ecological integrity of the Citarum Watershed.

Application of gravity data GGMPLUS for identification of geological fault in the Bittuang geothermal prospect area, Tana Toraja
Hari Soekarno, Bono Pranoto, Annisa Fitria Azzahra, Sarimin Emo, Nurul Hudayat, and Widhiatmaka
AIP Publishing

Micro-hydro potential assessment in Kali Ombak, Maybrat Regency, West Papua province
Widhiatmaka, Bono Pranoto, Hari Soekarno, Agus Nurrohim, and Sarimin Emo
AIP Publishing

The characteristics and formation mechanism of Cu<inf>2</inf>SnS<inf>3</inf>-based solar cells synthesized using practical method
Vetri Nurliyanti, Bono Pranoto, Yohanes Gunawan, and Badrul Munir
AIP Publishing

Assessment of water quality and pollution load in Logung reservoir, Indonesia
Yulizar Ihrami Rahmila, Maria Rara Palupi, Rinny Rahmania, Suyadi, Mira Yulianti, Varenna Faubiany, Lisna Efiyanti, Dian Anggraini Indrawan, Bono Pranoto, Sutan Sahala Muda Marpaung,et al.
EDP Sciences
The Logung Reservoir in Central Java Province is one of 18 new reservoirs developed to support the National Food and Water Security Program. Despite fully operating recently, its water quality is potentially degraded due to existing human activities surrounding this reservoir. Therefore, we conducted a study to assess water quality in this reservoir (from November 2019 to January 2020) and biological productivity status using the Trophic Level Index (TLI) based on the value of brightness, chlorophyll-a, total nitrogen, and total phosphate. The STORET technique with Class II water quality criteria is used to determine water quality based on physical, chemical, and biological characteristics. This study indicates that general water quality status is classified as class C (moderate) or moderately polluted, with a score of -18 to -20. Parameters that exceed the threshold are Biochemical Oxygen Demand (BOD) and total P, possibly due to high organic matter from residential and agricultural areas. As for biological productivity, the analysis shows that the waters of Logung Reservoir can be categorized as oligotrophic, with TLI values ranging from 2.6 to 2.8. This study should be conducted regularly since its results are useful for reservoir managers in formulating strategies to improve and maintain water quality standards so that the reservoir can function properly.

Spatial analysis of mangrove ecosystem dynamics in Banyuwangi: a geographically weighted regression approach
Yulizar Ihrami Rahmila, Lilik Budi Prasetyo, Cecep Kusmana, Suyadi, Mohammad Basyuni, Bono Pranoto, Rinny Rahmania, Wawan Halwany, Varenna Faubiany, Tri Muji Susantoro,et al.
Informa UK Limited

Evaluating the effects of changes in land use and assessing the value of ecosystem services in the Cisadane Watershed, Banten Province, Indonesia
Irmadi Nahib, Yudi Wahyudin, Widiatmaka Widiatmaka, Wiwin Ambarwulan, Fahmi Amhar, Nawa Suwedi, Mulyanto Darmawan, Jaka Suryanta, Bono Pranoto, Fadhlullah Ramadhani,et al.
EnPress Publisher
Analyzing ecosystem service values (ESV) is crucial for achieving sustainable development. The main objective of this study was to assess the ecosystem services of the Cisadane watershed in Indonesia, with specific goals: (i) examining the spatiotemporal dynamics of ESV using multi-year land use and land cover (LULC) data from 2000 to 2021, (ii) exploring trade-offs and synergies among various ecosystem services, and (iii) investigating the sensitivity of ESV to changes in LULC. The results unveiled a significant decrease in forested areas (21.2%) and rice fields (10.2%), leading to a decline in ESV of $196.37 billion (33.17%) from 2010 to 2021. Throughout the period from 2000 to 2021, interactions between ESV were mainly synergistic. Projected from the baseline year (2021), the decline in ESV is expected to persist, ranging from $24.78 billion to $124.28 million by 2030 and from $45.78 billion to $124.28 million by 2050. The total estimated ecosystem values exhibited an inelastic response in terms of ecosystem value coefficients. The study also emphasizes an inelastic response in total estimated ESV coefficient concerning ecosystem value coefficients. These findings underscore the urgent need for targeted conservation efforts and sustainable land management practices to mitigate the further decline in ecosystem services and safeguard the long-term well-being of the Cisadane watershed and its inhabitants.

2D Geological Structure Identification in Mount Ciremai Geothermal Area using the GGMplus Data.
H S Yasmin, S J Pirzada, T R Sahroni, H Soekarno, B Pranoto, A D Puspa, and Alfisah
IOP Publishing
Abstract West Java’s Mount Ciremai holds substantial geothermal potential, marked by hot spring manifestations, which can be an alternative energy source. This research utilizes the GGMplus satellite gravity method, employing First Horizontal Derivative (FHD), Second Vertical Derivative (SVD), and 2D inversion to analyze the geothermal area’s geological structure and subsurface conditions. The results reveal fault structures, including reverse and normal fault types in Mount Ciremai. Specific details for both the Pejambon and Sangkanhurip lines and the Pejambon and Ciniru lines indicate distinct layers with varying densities (2.4 – 2.7 g/cm3) and depths. These layers comprise pyroclastic flow deposits, andesite-basaltic rock, caprock (clay rock), and a reservoir (sandstone), shedding light on the geothermal potential of this region.

Analysis of land cover change in Sagara Anakan Cilacap, Central Java using principal component analysis (PCA)
M Yulianti, C Kusmana, Y Setiawan, L B Prasetyo, Suyadi, Y I Rahmila, B Pranoto, R Rahmania, I Yeny, N Sari,et al.
IOP Publishing
Abstract Land cover in area Mangrove, an ecosystem with high productivity, is an ecological link that is very important for life in the waters. This study aims to identify land cover vegetation, water bodies, and soil using Principal Component Analysis (PCA) method with imagery using Landsat imagery for 1997 and 2021 carried out by processing Landsat 7 and Landsat 8 OLI images consisting of pre-processing processes and image classification. The results showed that in the mangrove area in Sagara Anakan, there was a significant change in land cover; for the lagoon area, the land cover was overgrown with mangrove forests, but areas far from the lagoon had changed to settlements or sparse vegetation.

Analysis of Factors Influencing Spatial Distribution of Soil Erosion under Diverse Subwatershed Based on Geospatial Perspective: A Case Study at Citarum Watershed, West Java, Indonesia
Irmadi Nahib, Yudi Wahyudin, Fahmi Amhar, Wiwin Ambarwulan, Nunung Puji Nugroho, Bono Pranoto, Destika Cahyana, Fadhlullah Ramadhani, Nawa Suwedi, Mulyanto Darmawan,et al.
Hindawi Limited
The application of remote sensing data has been significant in modeling soil erosion. However, previous studies have fallen short in elucidating and lacked an understanding of the multifactor influencing erosion. This study addresses these limitations by employing the InVEST and the Geodetector models. Specifically, it aims (1) to delineate both spatial and temporal variations in soil erosion within the Citarum watershed from 2010 to 2020, (2) to identify the key drivers of soil erosion and unravel the underlying mechanisms, and (3) to identify the high-risk zones for soil erosion. Both models consider a range of natural predictors, including topography (slope factor), climate (precipitation factor), and vegetation cover (vegetation factor). In addition, they incorporate social parameters such as income per capita and population density, which interact with the watershed’s position in the downstream, middle, and upper streams. The results reveal that, over a decade, the average soil erosion increased by 15.50 × 106 tons, marking a 16.65% surge. The impact of factors varies significantly across different subwatershed areas. For example, fraction vegetation cover interactions influence upper- and middle-stream regions, while the downstream area is notably affected by precipitation interactions. The high-risk erosion areas in the watershed are primarily influenced by slope, precipitation, and fractional vegetation cover. In these areas, factors causing high erosion risks include slope, precipitation, and other environmental variables categorized into strata. The study highlights the varying influential factors in different watershed areas.

Using Satellite Data of Palm Oil Area for Potential Utilization in Calculating Palm Oil Trunk Waste as Cofiring Fuel Biomass
Bono Pranoto, Ikrar Adilla, Hari Soekarno, Nina Konitat Supriatna, Adrian, Lisna Efiyanti, Dian Anggraini Indrawan, Nurry Widya Hesty, and Silvy Rahmah Fithri
Kyushu University
: This study calculates the potential for post-replanting oil palm trunk waste in Riau Province, Indonesia, to be used as fuel for power plant cofiring. A remote sensing method that combines time series imagery from Landsat 8 and Normalized Difference Vegetation Index (NDVI) is used to detect the first year of the plantation. Determination of a 50 km radius from the power plant as the limit of the potential area of raw material is needed to get optimal transportation cost. The results obtained 268,077 tons/year of palm oil trunk, sufficient to meet the need to cofire 5% of daily fuel requirements.

Determination of Health Index Classification and Management Sustainable Mangrove Ecosystems Using a Combination of Fuzzy and ISM Methods
Yulizar Ihrami Rahmila, Lilik Budi Prasetyo, Cecep Kusmana, Yudi Setiawan, Suyadi, Lisna Efiyanti, Dian Anggraini Indrawan, Bono Pranoto, Mayrianti Annisa Anwar, Mira Yulianti,et al.
IOP Publishing
Abstract The area of mangrove forests in Indonesia in 2021, according to the Ministry of Environment and Forestry, is around 3,364,080 Ha; this amount is equivalent to 23% of the world’s mangrove ecosystem, which is from a total of 16,530,000 Ha (FAO, 2005). Information on the condition of mangrove ecosystems is important to know whether or not an area is good. Studies related to the condition of mangrove ecosystems based on environmental quality and mangrove health index to determine the environmental quality and mangrove health are needed for ecosystem management in the future. This article describes the health parameters of mangrove ecosystems that will be analyzed with the help of a combination of decision support software such as fuzzy and ISM so that priority mangrove ecosystem locations can be determined, mangrove health index values to determine the health status of mangrove ecosystems and determine alternative sustainable mangrove ecosystem management policies that will be applied to the object of study. In addition, the study also discusses the concept of determining standard criteria for the level of damage to mangrove ecosystems and determining the status of mangrove ecosystems. Based on fuzzy logic, data analysis shows that the output of the Mangrove Health Index can be determined with 3 variables and 27 rules, with key factors in Mangrove Density, Canopy Cover and Number of saplings. The results of ISM show that management institutions that must be actively involved in supporting the success of sustainable mangrove forest ecosystem management in Batam City are KLHK, DLHK Riau Islands Province, and BPDAS Sei Jang Duriangkang. Proper handling of constraints and management institutions that are actively involved in mangrove forest ecosystem management will ultimately encourage budget effectiveness and efficiency to meet the main goal, namely sustainable mangrove forest ecosystem management in Batam City.

Short-Term Wind Energy Resource Prediction Using Weather Research Forecasting Model for a Location in Indonesia
Dian Galuh Cendrawati, Nurry Widya Hesty, Bono Pranoto, Aminuddin Aminuddin, Arief Heru Kuncoro, and Ahmad Fudholi
International Journal of Technology

THE MESOPOROUS BIOSILICA CATALYST FROM ANDONG BAMBOO LEAF FOR DIRECT-PYROLYSIS REACTION
L. Efiyanti, N.A. Saputra, D.A. Indrawan, I. Winarni, B. Pranoto, N. Hastuti, Z. Fadhlulloh, Y. Rahayuningsih, S. Wibowo, S. Darmawan,et al.
Rasayan Journal of Chemistry
Silica is a functional material with broad benefits, including as a catalyst. It is essential to substitute synthetic silica with natural silica to support green technology and economic development. The silica extraction process from bamboo leaf waste was carried out using an acid-base solution and a cetyltrimethylammonium bromide (CTAB) template structure to get mesoporous biosilica. This mesoporous biosilica was then applied as a biocatalyst for α-cellulose direct pyrolysis. Biosilica was characterized using various analyses including Fourier Transform Infrared Spectroscopy (FTIR), Surface Area Analyzer (SAA), Scanning Electron Microscope (SEM), gravimetric methods, and applications to the cracking process using Pyrolysis Gas Chromatography Mass Spectrometry (Py-GCMS). The CTAB addition is divided into three variations, namely 0.05:1, 0.1:1, and 0.2:1. The data found that the highest yield was produced in the CTAB biosilica 0.2:1, and the silica content in the bamboo ash and CTAB biosilica sample was 60% and 90.5- 93.6%, respectively. The surface acidity of the biosilica ranged from 1.97 and 2.1 mmol/g. The essential groups in the biosilica formed are hydroxyl, silanol, and siloxane groups, with the morphology of the silica being observed to be irregular in shape, forming aggregates like coral. The surface area of biosilica with the ratio of 0.05:1, 0.1:1, and 0.2:1 was 177.068 m2 /g, 661.166 m2 /g, and 684.852 m2 /g, respectively, with a pore size distribution following the mesoporous class. The α-cellulose cracking using py-GCMS with a biosilica catalyst at CTAB variations of 0.05:1, 0.1:1, and 0.2:1 yielded a hydrocarbon content of 44.88%; 61.6%; and 30.4%.

Design of Ocean Current Blade Turbine 100 kW using Hydrodynamics Simulation Approach
Arfie Ikhsan Firmansyah, Nina Konitat Supriatna, and Bono Pranoto
Akademia Baru Publishing
National electricity consumed continues to rise by up to 6.4 % per year, which are not comparable with the availability of fossil fuels as a primary energy coal-fired power plant in Indonesia. Utilization of ocean energy in particular flow energy has performed as one of the primary energy options. Tides are responsible for the renewable energy of ocean currents. Changes in flow velocity of ocean water due to the ups and downs of ocean water can be used as the primary energy to drive turbines and generate electricity. This study investigates the ocean current power plant in Indonesia that relates to the characteristics of the ocean current. The data used for this research belonged to R&D Center Marine Geology (PPPGL) from ocean current data in the Toyapakeh, Pantar, Larantuka, Molo, Boleng and Gam strait. This study looked at both the technical and socioeconomic aspects of the six locations mentioned above. Larantuka strait had the greatest potential for ocean currents in the strait. The turbine was designed using Computational Fluid Dynamics (CFD), with a capacity of 100 kW for the Horizontal Axis turbine. The findings demonstrated that the turbine design could produce electrical energy at low ocean current speeds (cut-in speed) of 0.3 m/s, and that the rotor power generated at ocean current speeds of 2.2 m/s approached the design capacity of 100 kW.

Hybrid Floating Photovoltaic - Hydropower Potential Utilization in Indonesia
Aminuddin, B Pranoto, M I A Irsyad, A L Sihombing, and V Nurliyanti
IOP Publishing
Abstract Most countries mitigate climate alter impacts by deploying renewable energy to decarbonize their energy system. One of the emerging renewable energy options is the integration of floating photovoltaic (FPV) and hydropower. The FPV has higher efficiency and helps to reduce evaporation and offset hydropower production during the dry season. Conversely, hydropower can overcome intermittent solar production due to its flexibility. Our study aims to estimate the energy potentials from FPV plants and hydropower integrations in Indonesia. As result, the country has 5,807 potential reservoirs for FPV and 26 hydropower plants with a reservoir area with a potential utilization of more than 1 MW. Those sites are suitable for 3 GW floating power plants and 2.8 GW hydropower. And those sites can reduce CO2 emissions by 2,911,197 tonnes per year.

Indonesian hydro energy potential map with run-off river system
B Pranoto, H Soekarno, D G Cendrawati, I F Akrom, M I A Irsyad, N W Hesty, Aminuddin, I Adilla, L Putriyana, A F Ladiba,et al.
IOP Publishing
Abstract Indonesia aims to decarbonize the energy sector by accelerating the use of new and renewable energy, expected to reach 31% of total energy supply in 2050. One of important tools to achieve the target is renewable energy potential maps including hydro energy potential maps. Yet, existing hydro energy potential maps have several weaknesses such as sites coordinate not on the river network. This study aims to update and to improve the run-off river system energy hydro maps by using a novel method considering multiple factors that are head values, discharge river, gravity, and the efficiency of the hydro system. In calculating the head value, we use DEM data from SRTM 1 arc second to estimate difference between upstream and downstream elevations. We also did Q90 modeling using WFLOW software as generate the discharge value. In the end, we verified the maps by using field measurement data in 776 sites from previous study. As a result, we estimate the total potential of hydro energy with the run-off river system in Indonesia reaches 94,627 MW distributed in 52,566 sites.

Fostering Rooftop Solar PV Investments Toward Smart Cities through e-SMART PV
Vetri Nurliyanti, Khalif Ahadi, Ruchdi Muttaqin, Bono Pranoto, Gea Prita Srikandi, and Muhammad Indra al Irsyad
IEEE
Smart cities offer an opportunity to households to use low-carbon electricity from rooftop solar photovoltaic (PV). The capacity of rooftop solar PV has been growing rapidly in a developed country, especially Australia that has a capacity of 8 GWp in 2018. Developing countries also have a similar aim. For an instance, Indonesia has encouraged the use of rooftop PV through the regulation of the Minister of Energy and Mineral Resources Number 49 of 2018 concerning the use of rooftop PV systems by consumers of the State-owned Electricity Company. To boost rooftop solar PV investments, Indonesia needs to adopt successful programs in developed countries, such as an application that can provide information on the benefits and costs of rooftop solar PV shortly and comprehensively. Our study aims to create an application, called the electronic survey, monitoring, and reporting of PV (e-SMART PV), application. Compared to other similar applications, e-SMART PV is able to inform the investment costs and potential for electricity production by considering the regulations in Indonesia that are different from developed countries. Moreover, e-SMART also has better economic analysis compared to existing similar applications.

Effects of the addition of flourinated polymers and carbon nanotubes in microporous layer on the improvement of performance of a proton exchange membrane fuel cell

RECENT SCHOLAR PUBLICATIONS

Sustainable waste management strategies for multilayer plastic in Indonesia
MA Anwar, S Suprihatin, NA Sasongko, M Najib, B Pranoto, I Firmansyah, ...
Cleaner and Responsible Consumption 16, 100254 2025

Wind Power Potential Analysis for Sustainable Development in Northern Sumba
NW Hesty, SR Fithri, A Aminuddin, A Nurrohim, MB Raharja, AH Kuncoro, ...
BIO Web of Conferences 159, 04001 2025

Spatial analysis of mangrove ecosystem dynamics in Banyuwangi: a geographically weighted regression approach
YI Rahmila, LB Prasetyo, C Kusmana, Suyadi, M Basyuni, B Pranoto, ...
Forest Science and Technology, 1-13 2024

Assessing the Sustainability of Small Hydropower Potential in the Threats of Natural Disasters: an Analytic Hierarchy Process-Based Approach
B Pranoto, E Hartulistiyoso, MN Aidi, D Sutrisno, H Soekarno, AA Martha, ...
Evergreen 11 (3), 2711-2719 2024

Integrating Flood Early Warning System (FEWS) for Optimizing Small Hydropower Sites: A West Java Case Study
B Pranoto, H Soekarno, E Hartulistiyoso, MN Aidi, D Sutrisno, D Pohan, ...
Evergreen 11 (3), 2691-2699 2024

Assessing the sustainability of small hydropower sites in the Citarum Watershed, Indonesia employing CA-Markov and SWAT models
B Pranoto, E Hartulistiyoso, MN Aidi, D Sutrisno, I Nahib, N Purwono, ...
Water Supply 24 (9), 3253-3268 2024

Challenges and prospects of multilayer plastic waste management in several countries: A systematic literature review
MA Anwar, NA Sasongko, M Najib, B Pranoto
Case Studies in Chemical and Environmental Engineering, 100911 2024

Application of gravity data GGMPLUS for identification of geological fault in the Bittuang geothermal prospect area, Tana Toraja
H Soekarno, B Pranoto, AF Azzahra, S Emo, N Hudayat, W Widhiatmaka
AIP Conference Proceedings 3069 (1) 2024

Micro-hydro potential assessment in Kali Ombak, Maybrat Regency, West Papua province
W Widhiatmaka, B Pranoto, H Soekarno, A Nurrohim, S Emo
AIP Conference Proceedings 3069 (1) 2024

2D Geological Structure Identification in Mount Ciremai Geothermal Area using the GGMplus Data.
HS Yasmin, SJ Pirzada, TR Sahroni, H Soekarno, B Pranoto, AD Puspa
IOP Conference Series: Earth and Environmental Science 1344 (1), 012017 2024

Analysis of land cover change in Sagara Anakan Cilacap, Central Java using principal component analysis (PCA)
M Yulianti, C Kusmana, Y Setiawan, LB Prasetyo, YI Rahmila, B Pranoto, ...
IOP Conference Series: Earth and Environmental Science 1315 (1), 012046 2024

The characteristics and formation mechanism of Cu2SnS3-based solar cells synthesized using practical method
V Nurliyanti, B Pranoto, Y Gunawan, B Munir
AIP Conference Proceedings 3003 (1) 2024

Assessment of water quality and pollution load in Logung reservoir, Indonesia
YI Rahmila, MR Palupi, R Rahmania, S Suyadi, M Yulianti, V Faubiany, ...
BIO Web of Conferences 89, 01010 2024

Determination of Health Index Classification and Management Sustainable Mangrove Ecosystems Using a Combination of Fuzzy and ISM Methods
YI Rahmila, LB Prasetyo, C Kusmana, Y Setiawan, L Efiyanti, ...
IOP Conference Series: Earth and Environmental Science 1266 (1), 012087 2023

Using satellite data of palm oil area for potential utilization in calculating palm oil trunk waste as cofiring fuel biomass
B Pranoto, I Adilla, H Soekarno, NK Supriatna, L Efiyanti, DA Indrawan, ...
Transdisciplinary Research and Education Center for Green Technologies 2023

Short-Term Wind Energy Resource Prediction Using Weather Research Forecasting Model for a Location in Indonesia
DG Cendrawati, NW Hesty, A Bono Pranoto, AH Kuncoro, A Fudholi
International Journal of Technology (IJTech) 14 (3), 584-595 2023

Design of Ocean Current Blade Turbine 100 kW using Hydrodynamics Simulation Approach
Arfie Ikhsan Firmansyah, Nina Konitat Supriatna, Bono Pranoto
Journal of Advanced Research in Fluid Mechanics and Thermal Sciences 101 2023

The Mesoporous Biosilica Catalyst from Andong Bamboo Leaf for Direct-Pyrolysis Reaction
LE , N.A. Saputra, D.A. Indrawan, I. Winarni, B. Pranoto, N. Hastuti, Z ...
Rasayan J. Chem 16 (1), 38-47 2023

Hybrid Floating Photovoltaic - Hydropower Potential Utilization in Indonesia
A , Bono Pranoto, M Indra Al Irsyad, A Leopold Sihombing, Vetry Nurliyanti
IOP Conf. Series: Earth and Environmental Science 1105 (1), 012004 2022

MOST CITED SCHOLAR PUBLICATIONS

Peta potensi limbah biomassa pertanian dan kehutanan sebagai basis data pengembangan energi terbarukan
B Pranoto, M Pandin, SR Fithri, S Nasution
Ketenagalistrikan dan Energi Terbarukan 12 (2), 123-130 2013
Citations: 28

Potensi energi mikrohidro di daerah irigasi (studi kasus di wilayah sungai serayu opak)
B Pranoto, SN Aini, H Soekarno, A Zukhrufiyati, H Al Rasyid, S Lestari
Jurnal Irigasi 12 (2), 77-86 2018
Citations: 19

Indonesian hydro energy potential map with run-off river system
B Pranoto, H Soekarno, DG Cendrawati, IF Akrom, MIA Irsyad, NW Hesty, ...
IOP Conference Series: Earth and Environmental Science 926 (1), 012003 2021
Citations: 15

Effects of the addition of flourinated polymers and carbon nanotubes in microporous layer on the improvement of performance of a proton exchange membrane fuel cell
WW Purwanto, VJ Wargadalam, B Pranoto
International Journal of Electrochemical Science 7 (1), 525-533 2012
Citations: 15

Assessment of water quality and pollution load in Logung reservoir, Indonesia
YI Rahmila, MR Palupi, R Rahmania, S Suyadi, M Yulianti, V Faubiany, ...
BIO Web of Conferences 89, 01010 2024
Citations: 12

Fostering rooftop solar PV investments toward smart cities through e-SMART PV
V Nurliyanti, K Ahadi, R Muttaqin, B Pranoto, GP Srikandi, MI Al Irsyad
2021 5th International Conference on Smart Grid and Smart Cities (ICSGSC 2021
Citations: 11

Biomass potential map as a database of national scale biomass energy development
B Pranoto, M Pandin, S Rahma Fithri, S Nasution
Ketenagalistrikan Dan Energi Terbarukan 12 (2), 123-130 2013
Citations: 11

Estimasi Potensi Energi Angin Indonesia Menggunakan Model Weather Research and Forecast-Four Dimension Data Assimiliation (WRF-FDDA)
NW Hesty, DG Cendrawati, Aminuddin, B Pranoto, SR Fithri, A Fahim
Jurnal Sains Dirgantara 19 (2), 11-20 2022
Citations: 10

Pembuatan peta potensi energi surya
V Nurliyanti, M Pandin, B Pranoto
Majalah M&E 10 (4) 2012
Citations: 10

EVALUASI PEMETAAN POTENSI ENERGI SURYA BERBASIS MODEL WRF DI DESA PALIHAN DAN DESA AIKANGKUNG (EVALUATION OF SOLAR ENERGY POTENTIAL MAPPING BASED ON WRF MODEL AT PALIHAN AND
B Pranoto, E Kusriadie, DG Cendrawati, NW Hesty
Jurnal Sains Dirgantara Vol 15 (2), 63-72 2018
Citations: 6

Kajian Pemanfaatan Energi Arus Laut sebagai Pembangkit Listrik
AI Firmansyah, B Pranoto, N Nasruddin
Ketenagalistrikan dan Energi Terbarukan 11 (2), 123-136 2012
Citations: 6

The characteristics and formation mechanism of Cu2SnS3-based solar cells synthesized using practical method
V Nurliyanti, B Pranoto, Y Gunawan, B Munir
AIP Conference Proceedings 3003 (1) 2024
Citations: 2

PEMANFAATAN DATA POS DUGA AIR (PDA) UNTUK MEMBUAT PETA POTENSI ENERGI MIKRO HIDRO DI PROVINSI BENGKULU; USE OF POS DUGA AIR (PDA) DATA FOR DEVELOPING MICRO HYDRO POTENTIAL
H Al Rasyid, H Soekarno, B Pranoto, I Sudono
Ketenagalistrikan dan Energi Terbarukan 16 (1), 43-50 2017
Citations: 2

MANAJEMEN PEMBEBANAN PADA KELUARAN FUEL CELL JENIS PEMFC UNTUK OPTIMALISASI INVERTER DC-AC
B Pranoto, K Ahadi, H Al Rasyid
Ketenagalistrikan dan Energi Terbarukan 11 (2), 115-122 2012
Citations: 2