Indarta Aji Email and Phone Number
Dr. Eng. Indarta Kuncoro Aji is an accomplished nuclear technology expert with a comprehensive background in Molten Salt Reactor (MSR) research, development, and application. He holds a PhD in Mechanical Engineering from the University of Electro-Communications, Japan, where he conducted advanced research on natural convection phenomena in MSRs using Computational Fluid Dynamics (CFD) and ANSYS Fluent. His work involved the analysis of fluid flow, temperature distributions, and heat transfer mechanisms within MSR freeze valves, leading to recommendations for design optimization to enhance reactor safety and efficiency. Dr. Aji's technical expertise extends to reactor physics, neutronic modeling using the OpenMC code, and the development of molten salt loop prototypes for research purposes. He has also played a pivotal role in establishing strategic partnerships with research institutions and industry leaders, advancing MSR technology and its applications.As the Director of PT Kakiatna Enjiniring, Dr. Aji is focused on expanding the company's footprint in Southeast Asia, particularly in the fields of nuclear power, hydrogen, energy storage, and electric vehicles. His leadership involves shaping business strategies, ensuring compliance with Indonesian regulations, and contributing to the development of sustainable energy solutions. Dr. Aji is also dedicated to supervising research projects at several Indonesian universities, including the Bandung Institute of Technology and Universitas Negeri Jember, where he guides students in experimental and simulation studies related to molten salt reactors and energy systems. His expertise spans nuclear technology, experimental research, strategic partnerships, and the promotion of energy transition and carbon reduction strategies.
Kakiatna Enjiniring
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DirectorKakiatna Enjiniring Jun 2023 - PresentJakarta, Indonesia- Create new business opportunities to grow the company’s business in SEA, focusing on new and renewable energy sectors; nuclear power, hydrogen, energy storage (battery and molten salt heat storage), and electric vehicles.- Making guidelines and expert insights in developing plans for constructing nuclear power under Indonesian regulations and readiness.- Planning and setting up a lithium-ion battery factory involves careful planning across various stages to ensure quality production, safety, and efficiency.-Design and develop battery technology suitable for the Indonesian market (Electric Vehicle and Energy Storage System).-Consider environmental sustainability in battery production and disposal, aligning with Indonesia's environmental policies and global trends towards eco-friendly products.-Ensure compliance with Indonesian regulations and standards for battery safety, performance, and environmental impact. -
Country RepresentativeMolten Salt Lab. Inc. Oct 2020 - PresentIndonesia- Serving as a key technical spokesperson for the company, communicating the value, potential, and progress of the company technology to government agencies, and stakeholders.- Supervising students in developing and operating a molten salt loop at the Bandung Institute of Technology, Indonesia.- Supervising students at the University of Jember, Indonesia, to conduct neutronic modeling and simulation studies using the neutronics code 'OpenMC'. -
Chief Technology OfficerMolten Salt Lab. Inc. Sep 2020 - Oct 2022Japan- Realizing and operating a molten salt loop prototype for research purposes on physical phenomena such as natural circulation and safety.- Leading R&D initiatives for core Molten Salt Reactor components, such as reactor core design, heat exchangers, pump, freeze valves, instrumentation & control system, and salt chemistry.- Establishing strategic partnerships with research institutions, universities, national laboratories, and industry experts. Collaborating on joint R&D efforts, knowledge-sharing initiatives, and co-developments to advance Molten Salt Reactor technology.-Monitoring Industry Trends and Competitor Activity by keeping abreast of developments in nuclear technology, Molten Salt Reactor advancements, and competitor progress. -
ResearcherMolten Salt Lab. Inc. Dec 2018 - Sep 2020Tokyo, JapanReactor Physics;- Developing detailed models of micro molten salt reactor (M-MSR) to simulate neutron behavior, reactor core performance, and fuel cycle parameters using neutronic code.-Analyzing reactor physics parameters, such as neutron flux distribution, keff (effective multiplication factor), and reactivity, to ensure efficient and stable reactor operations.- Evaluate reactor behavior under normal and accident conditions. This includes assessing shutdown reactivity, feedback coefficients, and response to transients to ensure safety compliance.Molten Salt Reactor Prototype 3D Design;-Creating detailed 3D models of the molten salt loop prototype, including pipes, pumps, heat exchangers, and other essential components, using CAD software.-Setting up the 3D printer, including calibration for accuracy and precision. Converting CAD models to 3D printer-compatible files (e.g., STL, OBJ), and optimizing print settings (layer height, infill density, support structures) to achieve the best balance between strength, detail, and printing time. -
Vice PresidentNagara Sains Konversi Nov 2022 - PresentJakarta, Indonesia-Provide training programs and workshops for mechanics and entrepreneurs interested in electric motorcycle conversion, covering technical skills, safety protocols, and business management.-Forge partnerships with automotive workshops and EV enthusiasts to leverage existing infrastructure, expertise, and market networks.-Engage with policymakers and industry associations to raise awareness about the benefits of electric motorcycle conversion and address regulatory barriers hindering their widespread adoption. -
Post Doctoral Associate ResearcherKyushu University Oct 2020 - Sep 2022Fukuoka, Japan-Build a small scale of the FLiNaK loop and conduct comprehensive testing to validate design concepts and evaluate system reliability, safety, and efficiency.-Develop instrumentation for monitoring key parameters such as temperature, pressure, flow rates, and salt composition, to regulate loop operation and maintain safe operating conditions.-Analyze the chemical reactions occurring within the molten salt loop to predict and prevent corrosion.-Develop strategies to mitigate corrosion through chemical additives or surface treatments. -
Junior Nuclear ResearcherInstitut Teknologi Bandung Aug 2014 - Mar 2017Bandung, West Java, Indonesia-Perform neutronic calculations and simulations to optimize the core design of the Molten Salt Reactor, aiming to efficiently burn nuclear waste.-Explore various fuel configurations, moderator materials, and control mechanisms to achieve the desired neutron economy and burnup rates in the Molten Salt Reactor.
Indarta Aji Education Details
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Mechanical Engineering -
Physics -
Physics
Frequently Asked Questions about Indarta Aji
What company does Indarta Aji work for?
Indarta Aji works for Kakiatna Enjiniring
What is Indarta Aji's role at the current company?
Indarta Aji's current role is Director @ Kakiatna Enjiniring | PhD, Nuclear Safety (Verification and Validation, Computational Fluid Dynamics, Thermal Hydraulic, Heat Transfer, Molten Salt, Material Corrosion, and Porosity).
What schools did Indarta Aji attend?
Indarta Aji attended The University Of Electro-Communications, Institut Teknologi Bandung, Institut Teknologi Bandung.
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