DARWIN and the United Nations Sustainable Development Goals

The DARWIN project directly supports several of the United Nations Sustainable Development Goals (SDGs), reflecting its broad ambition to address some of the most pressing challenges facing humanity. While DARWIN is at its core a nuclear engineering research project, its implications reach far beyond the laboratory, touching on energy access, climate resilience, public health, economic development, and social equity.

	SDG 1 – No Poverty. Energy poverty and material poverty are deeply intertwined. Communities without reliable access to energy cannot sustain agriculture, run healthcare facilities, power schools, or support economic activity. By providing a deployable, off-grid energy source capable of operating in remote or infrastructure-poor settings, DARWIN can help break the cycle of energy deprivation that keeps vulnerable communities trapped in poverty, particularly in regions where climate change is eroding the livelihoods that people depend on.
	SDG 2 – Zero Hunger. Food security depends on water, and water increasingly depends on energy. Irrigation systems, water pumping infrastructure, fertiliser production, and food processing all require reliable power. In regions facing drought, flooding, or the collapse of agricultural water supplies, DARWIN’s ability to provide large-scale water pumping, desalination, and purification at short notice could be the difference between a functioning food system and a humanitarian crisis.
	SDG 3 – Good Health and Well-Being. DARWIN’s high-flux module is specifically designed to produce medical radioisotopes, the essential materials behind nuclear medicine diagnostics and cancer therapies. Today, radioisotope supply chains are fragile and geographically concentrated, leaving many smaller countries and communities with unreliable access to life-saving treatments. A deployable DARWIN unit could decentralise isotope production, bringing nuclear medicine within reach of far more of the world’s population. Beyond isotopes, reliable energy access underpins the functioning of hospitals, clean water systems, and sanitation infrastructure that are fundamental to public health.
	SDG 4 – Quality Education. DARWIN is conceived from the outset as an open research initiative. By publishing its findings, roadmaps, and methodologies openly and actively engaging the international scientific community, the project contributes to the global knowledge base in nuclear engineering, reactor physics, climate adaptation, and advanced simulation science. It also creates direct educational opportunities through the training of PhD students and early-career researchers who are central to the project team.
	SDG 5 – Gender Equality. Access to reliable energy has a profound and well-documented impact on gender equality. In communities without electricity, women and girls disproportionately bear the burden of energy-related tasks: collecting firewood, managing household water supplies, and working in conditions without adequate lighting or mechanical assistance. Reliable energy access frees time, enables education, supports economic participation, and improves safety. By extending clean energy access to underserved and disaster-affected communities, DARWIN contributes to the conditions in which gender equality can take root and grow.
	SDG 6 – Clean Water and Sanitation. Many of DARWIN’s envisioned use cases centre directly on water. Emergency floodwater pumping, seawater desalination, wastewater treatment, and water purification in drought-affected or disaster-stricken regions are all within the operational scope of the DARWIN platform. Access to clean water is among the most critical and rapidly worsening vulnerabilities in a warming world, and DARWIN is specifically designed to address it at the scale that future challenges will demand.
	SDG 7 – Affordable and Clean Energy. DARWIN contributes to ensuring access to affordable, reliable, sustainable, and modern energy for all. By designing a reactor platform that can operate off-grid, scale output on demand, and serve communities in remote or disaster-affected areas without functioning grid infrastructure, DARWIN extends the reach of clean nuclear energy far beyond what conventional plants can achieve. Its ability to complement intermittent renewables also supports the broader transition to a low-carbon energy system.
	SDG 8 – Decent Work and Economic Growth. The development of DARWIN generates high-skilled employment in research, engineering, and technology. More broadly, reliable and affordable energy is a prerequisite for sustainable economic growth, powering industry, enabling trade, and supporting the services that underpin modern economies. In disaster-affected or energy-poor regions, restoring energy access is often the first and most critical step toward economic recovery.
	SDG 9 – Industry, Innovation and Infrastructure. The project represents a significant step forward in nuclear engineering, developing new reactor geometries, interchangeable module architectures, and advanced simulation methodologies that go well beyond the current state of the art. The open roadmap approach ensures that these innovations become a shared foundation for the broader global research and industry community, accelerating progress across the entire field.
	SDG 10 – Reduced Inequalities. The benefits of advanced energy technology have historically been concentrated in wealthy, well-connected regions. DARWIN’s mobile, deployable, and multi-functional design philosophy deliberately targets the gaps: the communities, regions, and scenarios that conventional energy systems leave behind. In doing so, it works against the concentration of energy access and toward a more equitable global distribution of the resources that modern life requires.
	SDG 11 – Sustainable Cities and Communities. As cities face rising temperatures, flooding, and infrastructure stress, DARWIN offers a deployable energy solution that can support urban resilience, providing emergency power, cooling, water purification, and pumping capacity precisely where and when it is needed most. The ability to move a DARWIN unit into a city or region under stress, and to reconfigure it rapidly as needs change, makes it a valuable tool for sustaining urban communities through the disruptions that climate change will bring.
	SDG 13 – Climate Action. DARWIN is a direct and deliberate response to the accelerating climate crisis. By enabling nuclear energy to move beyond fixed electricity generation into disaster response, water management, and heat mitigation, the project expands the role of zero-carbon energy in society’s overall toolkit for adapting to and mitigating climate change. It also embodies the spirit of climate action in its research philosophy, anticipating the needs of a warmer world and beginning to design solutions now, before those needs become crises.
	SDG 14 – Life Below Water. Large-scale desalination, if poorly managed, can harm marine ecosystems through brine discharge and water intake impacts. DARWIN’s research programme explicitly addresses the design of desalination modules with efficiency and environmental impact in mind, recognising that solutions to freshwater scarcity must not come at the cost of ocean health. More broadly, reducing dependence on fossil fuels through clean nuclear energy helps limit the ocean acidification and temperature rise that threaten marine biodiversity.
	SDG 15 – Life on Land. Climate change is reshaping the planet’s habitable zones, driving species loss, desertification, and the collapse of ecosystems that human communities depend on. By contributing to climate mitigation through zero-carbon energy and by enabling rapid response to climate disasters that devastate landscapes and ecosystems, DARWIN supports the broader effort to protect life on land for future generations.
	SDG 17 – Partnerships for the Goals. DARWIN is conceived from the outset as an open, international initiative. The project actively seeks to build bridges between research institutions, industry, public authorities, and policymakers across borders, recognising that the scale of the challenges ahead demands collaborative, globally coordinated responses. The open roadmap, open science approach, and active dissemination strategy are all expressions of this commitment to partnership as a fundamental working principle.

By aligning its research agenda with the SDGs, DARWIN demonstrates that advanced nuclear technology and sustainable development are not in tension. The reactor of the future is not just an engineering achievement. It is a tool for a more just, resilient, and sustainable world.