ELQ Nuclear ONE™ - New Era of Nuclear Energy
ELQ Nuclear ONE™
New Era of Nuclear Energy
ELQ S.A. Shapes
Next-Generation Architecture
ELQ S.A. and ELQ INVESTMENTS signed an MoU with WITKOWITZ a.s., initiating certification processes for SMR.
This step places ELQ among active architects of the new energy wave, developing in response to decarbonization, growing industrial demand, and global security risks.
Under the Memorandum, ELQ has obtained **exclusive rights to develop SMR projects in Poland and Ukraine**, taking the role of investment leader in the CEE region. The technological partner is **Witkowitz Atomica a.s.**
ELQ S.A.’s strategic goal is to create long-term, predictable energy assets (critical infrastructure, data centers, defense sector).
KEY OBJECTIVES
- Territorial Exclusivity: Poland and Ukraine.
- System Integration: Investment leader role in CEE.
- Energy Sovereignty: Stable source for industry.
- Transparency: Full regulatory compliance.
Technology Details
Comprehensive engineering analysis of the ELQ Nuclear ONE™ reactor. Combining proven PWR technology with an innovative approach to the power plant lifecycle.
170 MWt
THERMAL POWER
50 MWe
Reactor Anatomy
SAFETY
Safest modular reactor design. Underground, double containment.
Proven Technology
Design utilizes years of knowledge about PWR technology and proven materials.
Sustainable Development
Emission-free energy source, compliant with EU Taxonomy (2020/852/EU).
Modularity
Power plant capacity can be easily adapted to specific conditions and installed in various locations.
Long Lifespan
Easy replacement of reactor parts exposed to neutron flux, extending power plant lifespan to 100 years.
Core Technology
ELQ Nuclear ONE™ is based on **PWR (Pressurized Water Reactor)** technology. Innovation lies in miniaturization and modularity while maintaining standard fuel parameters.
The design allows the use of standard fuel assemblies, eliminating risks associated with unique fuel availability.
KEY SYSTEMS
- Primary Circuit: Integrated within the pressure vessel.
- Control System: Next-generation digital I&C systems.
- Waste Management: Fuel burnup optimization.
DATA SHEET
- REACTOR TYPE: SMR / PWR
- THERMAL POWER: 170 MWt
- ELECTRICAL POWER: 50MWe
- EFFICIENCY: ~29-31%
- FUEL: UO2 (< 5%)
- COOLANT: Light water (H2O)
- FUEL CYCLE: 2-4 years
- LIFESPAN: 60 - 100+ years
Design Philosophy
1. Replaceable Module
Reactor parts most exposed to radiation embrittlement are designed as replaceable modules. This allows regeneration of the plant’s 'heart’.
2. Underground Bunker
The nuclear module is placed underground. This ensures protection against terrorist attacks and weather phenomena.
3. Passive Cooling
In case of failure, heat is removed by gravity, without pumps or electrical power supply.
Applications
OPTION A
District Heating
Ideal replacement for local coal heating plants. One ELQ Nuclear ONE™ module can heat a medium-sized city, eliminating smog emissions.
OPTION B
Hydrogen
Using steam for high-temperature electrolysis, significantly increasing green hydrogen production efficiency.
OPTION C
Desalination
Waste heat can be used in desalination processes, providing drinking water with minimal input.
Harmony with Surroundings
Infrastructure
Design
Nature
System Integrator
We bring years of experience in the professional power and RES sectors. As an industrial partner, we perform key functions:
Ancillary Infrastructure
Design and construction of MV/LV transformer stations and power evacuation systems.
Grid Integration
Ensuring stable connection of the SMR to the National Power System.
Project Management
Utilizing execution potential in investment implementation.
Interested in collaborating or learning more?
If you would like to discuss a specific project or explore potential opportunities, our team is available to answer questions from partners, investors, and innovators. Whether you are interested in sustainable energy, infrastructure development, or breakthrough technologies, please contact us. Let us create solutions that shape the future together.