NUCLEAR POWER PLANTS DECOMMISSIONING

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Presentation transcript:

NUCLEAR POWER PLANTS DECOMMISSIONING APPLICATION OF BIM METHODOLOGY, FOR PHYSICAL INVENTORY AND RADIOLOGICAL CHARACTERIZATION PROCESSES WITHIN NUCLEAR POWER PLANTS NUCLEAR POWER PLANTS DECOMMISSIONING Jesús de Paz Sierra

TABLE OF CONTENTS 1.- BIM: Building Information Modelling 2.- Research project 3.- Research planning

1.- BIM: Building information modelling 3D Model Database

2.- Research Porject The research analyse how BIM methodology can be applied in order to help and improve the decommisioning process of a nuclear power plant. Research phases Software analysis Condition of the information Issue identification Tools development Issue solution 3D Modelling with Information Phisical inventory Radiological caracterization Planning Reduction of interferences Risk mitigation Identification of safety measures … Use of the BIM Model

2.- Research Porject The research analyse how BIM methodology can be applied in order to help and improve the decommisioning process of a nuclear power plant. Research phases Software analysis Condition of the information Issue identification Tools development Issue solution 3D Modelling with Information Phisical inventory Radiological caracterization Planning Reduction of interferences Risk mitigation Identification of safety measures … Use of the BIM Model

2.- Research Project Decommissioning Use of the BIM Model The 3D BIM Model contents all the Information associated to all the different elements of the Nuclear Power Plant. This Information (weight, radiological contamination, codification, room or location of the element, etc.) helps the planning process identifying the resources and reducing the interferences between tasks. It also helps making more efficient the waste management and reducing the contamination risks. Phisical inventory Radiological caracterization Planning 4D Simulation Waste management Reduction of interferences Risk mitigation Identification of safety measures Reduce time and costs etc Decommissioning

2017 Done in 2016 3.- Research Planning Courses and formation activities Basic Doctorade course (DAD) Statistic for Research in Construction Engineering I and II (DAD) Supervision Training for Doctoral Candidates- Understanding and Conducting Productive and Supportive Doctoral Supervision Jointly (DAD) Basic Course in Nuclear Science and Technology BIMCIVIL course with Bentley software Regular English course CIUC (Level B2) Courses and formation activities Advance Doctorade course BIM software Workshops Revit BIMVision Navisworks Dynamo Regular English course CIUC (Level C1.1) Conferences and articles EUBIM 2017 Articles in journals EIDEIC II (2017) Conferences and articles EUBIM 2016 EIDEIC II (2016) 1

NUCLEAR POWER PLANTS DECOMMISSIONING APPLICATION OF BIM METHODOLOGY, FOR PHYSICAL INVENTORY AND RADIOLOGICAL CHARACTERIZATION PROCESSES WITHIN NUCLEAR POWER PLANTS NUCLEAR POWER PLANTS DECOMMISSIONING Jesús de Paz Sierra