Automated analysis of Baffle Bolts
Tecnatom will present in the next 13th European Congress of NDT the Project about theAutomated Analysis of Baffle Bolts. The congress will take place from
Providing high-added value services throughout the total lyfe cycle of a plant
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We provide high added value services and products throughout the life cycle of nuclear plants and other radioactive installations, including the final decommissioning phase of the facilities.
Decommissioning activities are generally very complex and diverse, meaning that we need to provide multi-disciplined specialist technicians to offer our clients a comprehensive service that reduces process expenditure and increases its efficiency.
We offer contrasting solutions for several activities which fall within the nuclear decommissioning framework.
From radioactive waste management to specific decommissioning training, engineering, plant system modifications, process simulation or dosimetry, our activity portfolio allows our clients to access transversal solutions throughout the entire project.
Tecnatom has been a key player since the start of the Spanish nuclear programme and we have been heavily involved in the operation of every nuclear plant in Spain, and many others on an international scale.
This has allowed us to gain a detailed knowledge of the decommissioning systems and operation history of the plants.
We have the technological capacity and specialised personnel to offer a wide reaching and cross-sectional range of products and services.
The development of specific technology for the automatization of processes and activities during decommissioning is key to reducing the time and costs of projects. At Tecnatom, technology development has been part of our DNA since we began over 60 years ago.
We also know at Tecnatom that process industrialisation is crucial for the optimising of decommissioning costs and we are highly experienced in this field. We take these challenges on with a solid technological base that provides our clients with the security needed for the highly efficient decommissioning of their radioactive installations.
Our mission is for our clients’ installations to operate as efficiently and exceptionally as possible, even during the decommissioning phase.
This mission, coupled with our corporate values, shows that all our activities are driven towards a prioritised focus on safety, continuous improvement, increased productivity and a reduction of time and costs.
This commitment includes the collaborative agreement we have entered into with the public companies ENUSA and ENSA, with the objective of reinforcing the respective capabilities related to the decommissioning of nuclear and radioactive installations.
Together, we can provide a complete set of services to allow us to comprehensively take on the decommissioning process of a nuclear plant, from the planning phase to the final clearance of the site.
Through the application of innovation, technological development and digitalisation to the decommissioning process, we provide state-of-the-art solutions for the systemisation of decommissioning projects, establishing a stable model benefiting from the synergy of each project.
Tecnatom will present in the next 13th European Congress of NDT the Project about theAutomated Analysis of Baffle Bolts. The congress will take place from
NEXA™ Will Leverage Companies’ Expertise in Technology, Training and Operations Atlanta, Ga. – April 18, 2023 – Westinghouse Electric Company, Tecnatom and Accelerant Solutions announced
El proyecto ITER es uno de los proyectos de inversión más grandes del mundo, en el que colaboran más de 35 países con el objetivo de demostrar la viabilidad de la fusión nuclear como fuente de energía inagotable. Para ello se está construyendo uno de los dispositivos de fusión por confinamiento magnético más grandes del mundo, en el que se probarán tecnologías, materiales y regímenes físicos integrados necesarios para la producción de electricidad basada en la fusión.
Tecnatom forma parte del proyecto aportando la creación de la plataforma de simulación de lo que será el simulador de la sala de control de ITER, la integración de modelos existentes desarrollados por distintos suministradores, la integración del sistema de control CODAC, el desarrollo de modelos adicionales, así como el mantenimiento y la formación en la plataforma.
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