Ensuring Nuclear Performance
- Unique Nuclear Infrastructure
- Customisable solutions
- Worldwide recognized expertise
Your specific questions translated into customized irradiation projects. From conceptual design to examination in our hot cell labs: we help you reveal end-of-life time, speed of material degradation, qualification of materials and much more.
Optimal core loading patterns can result in major cost savings. With our innovative software, you can calculate your optimal core loading pattern within minutes.
Long Term Operation: continued safe operation for nuclear reactors for longer than original design life.
Non-destructive testing is essential to continue operating safely. Our inspection team performs inspections on highly radioactive and contaminated components in reactors. We notify you of the current state of your facility.
Education, supervision and consultancy to enable you to work safely with radioactivity.
Nuclear research and innovation
How does the world evolve in 10 or 20 years? We perform innovative research on nuclear energy and health.
- 60+ years of experience in research and innovation
- Central role in research into on nuclear energy and medicine
- Safely working with radioactivity
- Sustainability of materials
What we're working on
NRG and its German partner Höfer & Bechtel work on the decommissioning of 5 PreussenElektra nuclear power plants until 2025. We take care of characterisation of the interior of the reactor vessel and biological shield and of responsible decommissioning and documented storage.
In cooperation with Höfer & Bechtel, we have taken care of the successful decommissioning, sampling, characterisation and packaging of more than 100 control rods of the Preussen Elektra Grafenrheinfeld nuclear power plant. Thanks to the smart packaging concept, we have achieved cost savings of 10%.
Fuel creep irradiations for Advanced Gas-Cooled Reactors: How the BLACKSTONE programme realised more than 40 years lifetime extension for EDF.
NRG helped EPZ / Borssele and Ringhals to set up and go through a long term operation process. IAEA safety guideline 57 has been used as a basis for EPZ / Borssele in the Netherlands. The experience gained during the process in Borssele was then applied at Ringhals in Sweden. Read more on how both processes led to regulator approval.
High Temperature Reactors are known for their high efficiency due to the high temperature and for being 'inherently safe’. Meaning that they can never have a core meltdown. The most important reason for this safety performance? The unique fuel that is used. Learn how NRG helped the Chinese Tsinghua University with their fuels.
How we reduced operating costs for Vattenfall with €500,000 per cycle by using our fuel management software ROSA.
Partners & clients around the world
Ensuring Nuclear Performance
NRG Ensuring Nuclear Performance, based in the Netherlands, unites more than 60 years of nuclear engineering, research, and 24/7 operational reactor experience into one unique purpose: the safe, reliable and efficient utilization of nuclear technology. We are a mid-sized organisation, with 140 highly qualified engineers and consultants and we deliver services and solutions in the area of nuclear safety, asset integrity, decommissioning and waste management, as well as radiation protection.
NRG is independent from other service providers, utilities, or regulatory bodies. In the Netherlands we have unique facilities in Petten (hot cells, radiochemical laboratories, decontamination and waste treatment facility) and in Arnhem (mock up hall for inspections) at our disposal.