Sector challenges
The increasing popularity of electric vehicles and the shift towards reducing emissions to combat climate change are driving a surge in demand for electricity. As a result, the share of nuclear power in the energy generation mix is expected to rise. European countries are poised to build and modernize their nuclear reactors to secure energy production, enhance safety, and minimize waste. This transformation will bring about
Nuclear Energy
Moving towards fourth-generation nuclear power and a more reliable and modern sector through innovative end-to-end solutions
numerous job opportunities in Europe, particularly in the industrial facilities sector, and we at CT are poised to play a vital role in this revolution. We are committed to being at the forefront of this change, leveraging our expertise and experience to drive innovation and support the growth of the industry.
Our Services
We have a team of multi-skilled engineers and specialists with extensive experience in the nuclear sector. We work to reduce the environmental impact of power generation through securing and preserving existing facilities, decommissioning older facilities, and implementing cost-effective and implementing cost-effective and environmentally friendly technologies. We choose the best industrial partners to offer end-to-end solutions that are in compliance with nuclear regulations and safety requirements.
Analysis and simulation
Our engineers take an analytical approach by systematically developing detailed risk analyses and risk mitigation plans.
For example, CFD (Computational Fluid Dynamics) specialists perform detailed analyses of reactor operating transients using different degradation scenarios that allow for digital simulation exercises of severe accidents in the event of an outage.
Product design and stress analysis
A wide range of skills across the different business units of CT are combined to complement each other and help provide an integrated solution for all technical areas of a project, including remotely operated mechanical equipment in sensitive areas.
Our multidisciplinary teams of engineers and technicians design a broad selection of equipment and installations, covering everything from maintenance tools to making sure the nuclear waste storage facility meets all the requirements to mitigate external risks.
Analysis and simulation
Our engineers take an analytical approach by systematically developing detailed risk analyses and risk mitigation plans. For example, CFD (Computational Fluid Dynamics) specialists perform detailed analyses of reactor operating transients using different degradation scenarios that allow for digital simulation exercises of severe accidents in the event of an outage. |
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Product design and stress analysis
A wide range of skills across the different business units of CT are combined to complement each other and help provide an integrated solution for all technical areas of a project, including remotely operated mechanical equipment in sensitive areas. Our multidisciplinary teams of engineers and technicians design a broad selection of equipment and installations, covering everything from maintenance tools to making sure the nuclear waste storage facility meets all the requirements to mitigate external risks. |
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We help our customers to become
more effective and competitive
INDUSTRY 4.0
The 3DELECPRINT R&D project, led by CT, has achieved the printing of electronic sensors and/or wiring on complex rigid 3D geometries.
Engineering
Optimizing tank design for enhanced efficiency and compliance.
Sustainable aircraft
CT is contributing to the future of sustainable aviation in the CETACEO project led by Airbus Defence & Space.
ARTIFICIAL INTELLIGENCE
CT pioneers an autonomous, eco-friendly system for plastic waste capture in river and marine environments.
SUSTAINABLE AIRCRAFT
CT is leading the European R+D project CLAH2RENH3CE to revolutionize aviation with zero emissions.
AIRBORN WIND ENERGY SYSTEMS
CT studies automatic control of AWE system trajectories using advanced Deep Learning technologies.