Low-carbon · dispatchable · sovereign

A low-carbon, competitive, sovereign Europe.

ATOMorrow champions future nuclear within European institutions. We advocate for dispatchable low-carbon energy, underpinned by stringent safety requirements, rigorous transparency and an ambitious industrial policy.

A nuclear power plant, in practice

Key figures for a latest-generation EPR reactor.

1 km²
Land footprint for 1 GW
vs 70 km² for onshore wind
1 EPR reactor
= annual electricity consumption of Brussels x3
1,650 MW installed capacity
Water vapour
What comes out of the cooling towers
No smoke, no direct CO₂
~1 m³/yr
High-level radioactive waste per reactor
Deep geological disposal under way
5g CO₂/kWh
Full life cycle (UNECE, 2022)
Wind 13 g · Solar 30 g · Gas 483 g · Coal 888 g

of European electricity
is still generated with emissions.

The challenge is immense. To achieve carbon neutrality, Europe must transform its electricity mix at an unprecedented scale and pace.

2050 EU carbon neutrality target
+35 % Expected increase in electricity demand
24/7 Need for a reliable dispatchable baseload

Our mission

Proposing concrete options to accelerate low-carbon investment in Europe, without compromising on safety, and with governance that strengthens public trust.

Clarify

Stable rules — taxonomy, sustainable finance, electricity market — to reduce uncertainty and attract investors.

FinanceMarkets

Industrialise

A realistic roadmap: supply chain, skills, SMR pilot sites and process standardisation.

IndustryJobs

Cooperate

European coherence on safety, standards, sharing of operating experience and cross-border training.

SafetyEurope

A single technology combines
low-carbon, dispatchability and density.

Nuclear energy generates electricity on demand, occupies minimal land, and produces less CO₂ over its life cycle than solar or wind.

direct and indirect jobs
in the European nuclear industry.

Investing in nuclear energy means investing in cutting-edge skills, local communities and a sovereign supply chain on European soil.

440 GW Installed capacity target by 2050
5 g CO₂/kWh over the life cycle
60 yrs Lifespan of a modern reactor

Our proposal: a European low-carbon pact

A common framework combining grid investment, electrification, dispatchable low-carbon technologies and a skills policy — to cut emissions while strengthening the Union's resilience and competitiveness.

Latest publications

Notes, press releases and briefs to support the work of European decision-makers.

The time to act is now.

Every year lost pushes back carbon neutrality and deepens fossil dependence. The decisions taken today determine the energy mix of 2050.

Upcoming events

Briefings, workshops and roundtables organised by ATOMorrow. Attendance by request.