ELQ Nuclear ONE
Future Infrastructure
On Feb 4, 2026, ELQ S.A. and ELQ INVESTMENTS partnered with Witkowitz Atomica to secure exclusive rights for SMR development in the CEE region.
Shaping Next-Gen
Nuclear Architecture
This strategic move positions ELQ as a key architect of the region's energy transition. The MoU with Witkowitz a.s. initiates the certification process for the ELQ Nuclear ONE.
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Exclusive Rights:
Development in Poland & Ukraine. -
Asset Class:
Critical Infrastructure & Data Centers. -
Compliance:
Aligned with EU Taxonomy.
Key Cooperation Goals
ELQ Investments aims to build long-term, predictable energy assets supporting national sovereignty. We focus on scalable solutions that integrate seamlessly with existing industrial frameworks.
Technology in Motion
See how the ELQ Nuclear ONE integrates into modern industrial landscapes.
Integrated Design
Modern Ecology
The facility features a glass facade that allows for natural light in administrative areas, blending industrial function with modern aesthetics. It moves away from the traditional "power plant" look towards a campus-like environment.
Secure Infrastructure
A robust approach to site access. The design ensures seamless integration with existing industrial grids while maintaining high security standards mandated for critical infrastructure assets.
Reactor Anatomy
Comprehensive engineering analysis of the ELQ Nuclear ONE core.
The safest modular design. Underground, double containment structure ensuring maximum protection.
Leverages decades of PWR knowledge and verified materials for a reliable solution.
Emission-free source, fully compliant with EU Taxonomy (2020/852/EU).
Scalable power output adaptable to specific industrial locations.
Replaceable core parts (neutron flux exposed) extend plant life to 100+ years.
Core Technology
ELQ Nuclear ONE is based on PWR (Pressurized Water Reactor) technology, the most widely used and tested reactor type globally. Innovation lies in miniaturization and modularity.
Integrated within the pressure vessel to minimize footprint.
Next-gen digital I&C systems (supplied by ZAT).
Technical Data Sheet
| Reactor Type | SMR / PWR |
| Thermal Output | 170 MWt |
| Electrical Output | 50 MWe |
| Efficiency | ~29-31% |
| Fuel | UO2 (< 5%) |
| Coolant | Light Water (H2O) |
| Lifespan | 60+ Years |
Safety & Durability
01. Replaceable Module
Revolutionary approach to material aging. Reactor parts exposed to neutron flux are designed as replaceable modules, allowing for century-long operation.
02. Underground Bunker
The entire nuclear module is housed underground within a reinforced concrete containment. Natural protection against attacks and weather.
03. Passive Cooling
In case of Station Blackout, decay heat is removed via gravity to external water tanks, without the need for pumps or power.
Industrial Applications
District Heating
Ideal replacement for local coal heating plants. One SMR module can heat a mid-sized city, eliminating smog and CO2.
Hydrogen Production
Utilization of high-parameter steam for high-temperature electrolysis, significantly increasing green hydrogen efficiency.
Water Desalination
Waste heat from the turbine can be utilized in desalination processes, providing potable water with minimal energy input.
System Integrator
We bring decades of experience in the professional energy and RES sectors. As an industrial partner, we fulfill key functions:
Infrastructure
Design and construction of MV/LV stations & power evacuation.
Grid Integration
Ensuring stable connection to National & Industrial grids.
Project Management
Leveraging execution potential (450+ employees).