NBP periodically publishes short articles on nuclear energy matters which either have a geographic or topical focus. Feel free to browse through all our articles and if you would like to read on something specific, please use the search function. For example, you can search for articles relating to Africa or India or financing or SMR etc. You can also use the filter function to see articles pertaining to Asia, Africa, India or Türkiye.
Can Stakeholder Engagement Serve as a Catalyst for Indonesia’s Nuclear Market?
Indonesia's nuclear energy future hinges on stakeholder engagement! While ambitious plans for 500 MW are set, gaining public trust, particularly from indigenous communities, is critical. This is not just a social issue but a commercial imperative to avoid costly delays and ensure long-term investment success.
Additive Manufacturing: Unlocking Multi-Billion-Dollar Opportunities in India’s 100 GW Nuclear Expansion
India is embracing Additive Manufacturing (AM) to revolutionize its nuclear sector! 3D printing offers a game-changing approach to modernize infrastructure, cut costs, and accelerate the 100 GW by 2047 goal. A huge opportunity for private and international firms to enter India's high-tech nuclear supply chain!
Nuclear Investment Outlook: Strategic Pathways to High-Return Opportunities
The global energy market is in a new era of nuclear investment! Climate goals, energy security, and AI-driven demand are fueling a nuclear renaissance. Tech giants are now major buyers, de-risking projects and turning nuclear into a lucrative commercial imperative.
8.5 GW Nuclear Capacity Expected in Southeast Asia Projected by 2037
Southeast Asia is embarking on a nuclear energy era! With countries like 🇮🇩 Indonesia, 🇲🇾 Malaysia, 🇻🇳 Vietnam, and 🇵🇭 Philippines leading the charge, the region targets 8.5 GW of nuclear capacity by 2037.
Building Unshakeable Public Trust: The Strategic Force Behind Türkiye’s Nuclear Future
Türkiye's 20 GW nuclear goal hinges on public trust! As 🇹🇷 Türkiye builds NPPs and SMRs, transparent engagement and community involvement are strategic drivers for success. By prioritizing public confidence, 🇹🇷 Türkiye can model best practices for nuclear newcomers.
Why Stakeholder Engagement Defines the Future of Nuclear Power Programs for Newcomer Countries
Public trust is the key to nuclear success for newcomer nations! The IAEA Milestones Approach emphasizes that early, transparent stakeholder engagement is the decisive factor. Lessons from Ghana, Kazakhstan, and Poland prove that innovative communication can build a social contract for a clean energy future.
Venture Capital at the Nexus of AI and Nuclear Energy: Powering the Next Digital Revolution
The AI-nuclear power nexus is here! As AI's energy demands soar, AI is also revolutionizing nuclear operations, boosting efficiency and safety. This symbiotic relationship presents a multi-trillion dollar opportunity for investors and tech leaders. To unlock the full potential of this transformative convergence, read the complete analysis.
Türkiye Nuclear Energy Outlook 2025–2050: Why Global Businesses Should Act Now
Türkiye's nuclear sector is building a 25-year roadmap for growth! Beyond Akkuyu, the country aims for 20 GW by 2050. This creates a full-scale nuclear economy with opportunities across EPC, SMRs, supply chain, and workforce development. To explore these long-term investment opportunities, read the full article.
India’s Nuclear Reactor Export Opportunities: From Indigenous Innovation to Global Supplier
India is strategically shifting from a nuclear consumer to a global supplier! With Britain removing import duties on Indian reactors, the country is set to export its cost-effective, indigenous PHWRs and SMRs. To understand how India's nuclear ambition is reshaping the global market, read the full article.
Navigating Vietnam’s Readiness for Preparing Their First Nuclear Power Plant
Vietnam is accelerating its nuclear ambitions to meet soaring energy demands and net-zero goals! With a new Atomic Energy Law and a clear roadmap for the Ninh Thuan NPP, Vietnam is ready to become a nuclear powerhouse in Southeast Asia. To understand the full scope of Vietnam’s nuclear future and the strategic business opportunities it presents, read the full article.
Digital Skills in the Nuclear Era: Preparing Türkiye’s Workforce for Industry 4.0
Türkiye's nuclear ambitions are fueled by a digitally-skilled workforce! Türkiye targets 20 GW by 2050, it's modernizing its workforce with expertise in AI, digital twins, and cybersecurity. This strategic pivot ensures safety, efficiency, and competitiveness. For a deeper dive into this transformative strategy, explore the comprehensive article.
Africa’s Uranium Momentum: How the Nations Could Convert Resource Wealth into Nuclear Power
Africa's uranium-rich nations are moving from suppliers to nuclear power players! Namibia, Niger, and Tanzania are leveraging their vast uranium reserves to build domestic nuclear infrastructure, drive industrialization, and secure energy independence. Discover how this strategic shift is reshaping the global nuclear market.
India’s Nuclear Energy Workforce: Building Regional Hubs, Private Partnerships, and High-Tech Talent Pipelines
India's 100 GW nuclear goal by 2047 demands a workforce that is four times the current output. To bridge this critical human capital gap, India is pioneering a decentralized, tech-driven, and collaborative approach. Discover the strategic blueprint for this critical human capital transformation.
Investing in AI-Driven Nuclear Energy for a New Economic Era
The AI-nuclear power nexus is here! As AI's energy demands soar, AI is also revolutionizing nuclear operations, boosting efficiency and safety. This symbiotic relationship presents a multi-trillion dollar opportunity for investors and tech leaders. To unlock the full potential of this transformative convergence, read the complete analysis.
Türkiye’s 20 GW Nuclear Energy Landscape: What Attracts and Awaits Private Companies
Türkiye's nuclear program is open for private investment! Aiming for 20 GW by 2050, the country offers a robust market for large-scale projects and SMRs. Successful entry requires navigating strategic considerations like localization, regulatory frameworks, and workforce development. Discover the pathways to partnering in Türkiye's energy future!
Malaysia’s Nuclear Comeback: Leading Southeast Asia to Net-Zero
Malaysia is reviving its nuclear energy ambitions! Nuclear power is now a key part of the 13th Malaysia Plan (RMK13), aiming for a Net Zero 2050. This strategic pivot to SMRs and FNPPs offers immense opportunities for partners and investors in the country's clean energy future. To uncover the full scope of this transformative plan, read the complete article.
Entering India’s Nuclear Energy Market: Key Considerations
India's nuclear sector is open for business! With a 100 GW target by 2047, new reforms invite private players to invest in this transformative market. Success hinges on strategic planning, regulatory compliance, and a deep understanding of India's nuclear ecosystem.
New Nuclear Map of Latin America: Innovation, Integration, and Ambition
Latin America's nuclear landscape is expanding! Beyond established players, a new wave of nations like El Salvador, Chile, Colombia, and Bolivia are embracing nuclear technology. With a focus on SMRs and research reactors, the region is set to enhance energy security and drive sustainable development.
Nuclear Power: Key to Türkiye’s Green Tech Manufacturing Goals
Türkiye is strategically powering its green industrial revolution with nuclear energy! Aiming for net-zero by 2053, Türkiye is leveraging nuclear (20 GW by 2050) to decarbonize energy-intensive sectors like EVs, batteries, and green hydrogen, boosting competitiveness under global climate frameworks like CBAM.
India’s Strategy to Unlock 100 GW Nuclear Power
On August 7, 2025, India’s Union Minister Dr. Jitendra Singh outlined the Nuclear Energy Mission for Viksit Bharat in the Lok Sabha, targeting 100 GW of nuclear power by 2047 to support net-zero emissions by 2070. The plan focuses on low-carbon energy, replacing fossil fuel base loads with large and small reactors, including indigenous Small Modular Reactors (SMRs) like the 200 MWe and 55 MWe designs, developed with private sector collaboration.