Beyond The Nuclear

Transforming the Nuclear Legacy into Climate Infrastructure

The 20th century was the century of the atom. The 21st century can become the century of life.

As nuclear power plants reach the end of their operational lives, their decommissioning raises a major question: what should become of the infrastructures that have profoundly shaped our territories?

Beyond The Nuclear proposes not to consider former cooling towers as relics to be demolished, but as the foundations for a new generation of climate infrastructure.

These monumental structures, designed to manage immense flows of air and water and already connected to energy networks, possess exceptional material and territorial intelligence. The project proposes to reactivate this intelligence in the service of the ecological transition.
An Infrastructure That Produces Rather Than Dissipates

The principle is simple: transform an infrastructure designed for dissipation into an infrastructure for production.

A former cooling tower becomes an integrated system combining solar energy production, natural convection, bioclimatic agriculture, water management, biodiversity restoration, and research.

Its hyperboloid shell accommodates a photovoltaic envelope capable of producing several gigawatt-hours of electricity per year. At its base, a circular bioclimatic greenhouse uses the site's thermal conditions to support crops, agricultural experimentation, and educational activities. A water basin collects rainwater while simultaneously contributing to irrigation, thermal storage, climate regulation, and the creation of habitats for biodiversity.

The tower's natural convection can also be reactivated as a solar chimney, primarily conceived as a demonstrator that makes the energy flows of the new system visible.

The result is a continuous loop in which energy, heat, air, water, agriculture, and living systems interact rather than operating as independent programs.
From the Tower to the Territory

Beyond The Nuclear extends beyond the architectural object.

The vast industrial footprints of former nuclear sites can gradually become productive and ecological landscapes: wetlands, meadows, orchards, experimental gardens, ecological corridors, and public trails.

These territories also possess a major strategic asset: high-capacity electrical infrastructure already exists on nuclear sites, including substations, transformers, and networks designed to transmit large amounts of energy. Reusing this infrastructure could reduce one of the main obstacles to developing new renewable energy projects: establishing a connection to the grid.

The tower thus becomes the vertical heart of a broader territory: a climate district combining energy, water, agriculture, biodiversity, research, and public space.
A Laboratory for the Future

Beyond energy production, each repurposed tower can become a platform for research and demonstration.

It could host experiments with next-generation photovoltaic materials, thermal storage, smart grids, and other emerging energy technologies. Universities, companies, local authorities, and research institutions could use these sites to develop and test the infrastructures of tomorrow.

Some possibilities, including wireless power transmission and future space-based solar energy systems, belong to a research horizon spanning several decades. They do not condition the project's short-term feasibility, which relies primarily on technologies that are already available today.
Transformation Rather Than Disappearance

Beyond The Nuclear proposes another way of approaching decommissioning.

The goal is no longer simply to remove an obsolete infrastructure, but to reinvest its structural intelligence, existing connections, territory, and memory to create new resources.

Each site can become a demonstrator of the ecological transition: an infrastructure capable of producing energy, water, food, biodiversity, research, and new collective uses.

The next step is to identify a pilot site and initiate the structural, energy, economic, and governance studies required for its implementation.

Beyond The Nuclear imagines a paradigm shift: transforming the monuments of the nuclear age into infrastructures dedicated to life.