ELECTRIC POWER RESEARCH INSTITUTE INSTRUMENATION & CONTROL PROGRAM PLANT PRODUCTIVITY IMPROVEMENT THROUGH ADVANCED TECHNOLOGY - GROUP KICKOFF MEETING Charlotte Offices Building 1, Room 402 1300 West W.T. Harris Boulevard Charlotte, North Carolina June 29 & 30, 2010 Tuesday, June 29, 2010 AGENDA 7:30 Continental Breakfast in Meeting Room 8:00 Welcome by Safety Tip, Evacuation Procedures 8:05 Opening Introductions Agenda Robert Austin, Joseph Naser, 8:15 Need for Improving Plant Productivity Robert Austin, 8:35 Productivity Improvements Group Description Joseph Naser, 9:00 Integration of Modern Digital, Information, and Communications Technologies to Boost Nuclear Power Plant Performance 10:00 Break Laurent Coudert, Fabrice Saintamon, Guillaume Thibault, Électricité de France 10:15 Boeing Maintenance Performance Toolbox William Ahl, John Dery, Boeing 11:15 Plant Configuration Visualization and Support of Plant Operations and Maintenance Applications Using Photorealistic Quality Laser Scanning Data Laser Scan Provided 3D Database Integrated with 3D and 2D CAD Drawings and Other Plant Databases 1 Amadeus Burger, Construction Associates
Navigation and User Access to Large Nuclear Plant Database with Over 7,000 Laser Scans Laser Scan Visual Database Integration with Plant Information Databases Integration with Real Time Radiation Monitoring Laser Scan Database and 3D Database Support for Training Applications Equipment Assembly / Disassembly Laser Scan Database in Support of Engineering Modifications Equipment removal/replacement Plant uprate support Integration with Outage Schedule 12:15 Lunch Demonstration Display Room Lunch 13:45 The Business Value of Virtual Reality: Improving Operations, Maintenance Planning and Training in ENERGY Dosage Tracking and Reporting Outage Optimization Through Virtual Simulation and Schedule Integration Use of Tele-Robotics in Hi-Radiation Areas Use of The Virtual Plant Model for Operator and Safety Training As Built Data Capture Capital Project Management 14:45 Training in Virtual Reality Passing through the Event Horizon 3D Simulation to Plan Feedwater Tank Replacement Interactive 3D Simulation Visual Communication Tool for Planning Necessary Schedule Adjustments During Replacement of 4 Transformers Oil and Gas Industry Virtual Reality Training system on drilling procedures to improve training and retention Simulate processes with real-time feedback Intuitive and realistic integration in 3D with environments, equipment and components covering all training stages Interface to existing geoscience applications Al Casas, Dassault Michael Mazen, Trey Davis, SiMT - EON Reality 2
15:45 Break 16:00 The Proven Benefits of Applying Virtual World and Other Game-Based Technologies for Visualization, Simulation, and Training Virtual Control Room for HFE Visualization During the Transition from an Analog to a Digital Control Room Task-Based Simulation Training for the Army Digitized Tactical Operations Center Simulation-Based Training for the Petroleum Industry 17:00 New and Innovative Technologies from the Halden Reactor Project Thermal Performance Monitoring and Optimization Reactor Core Optimization Condition-Based Monitoring Human System Interfaces Control Room Design and Testing Outage Planning to Minimize Exposure to Radiation Cable Condition Monitoring Integrated Operation for the Petroleum Industry Control Room Design for the Petroleum Industry Large Innovative Displays for Control Rooms in the Petroleum Industry Empirical Ensemble-Based Virtual Sensing Oil-in-water monitoring for petroleum industry Air quality monitoring Richard Boyd, Lockheed Martin Oivind Berg, Halden Reactor Project 18:00 Reception - Demonstration Display Room Reception 21:00 Adjourn Wednesday, June 30, 2010 7:30 Continental Breakfast in Meeting Room 8:00 Opening Comments Joseph Naser, 8:15 Applying Advanced Technologies to Improve NPP Productivity Virtual Models for Lewis Hanes, Consultant 3
Pipe weld overlay work and training Valve maintenance and training Control room design and familiarization Valuable tacit knowledge elicitation and presentation Tool to Compare Planned Control Room Design Against NUREG 0700 Guidance Major Upgrade at an Airline Company Automated Radiotherapy Medical System and Addressing Related Human Factors Issues Human Factors Lessons Learned from Major Refinery Explosion Applicable to Control Room Information Display 9:15 Balancing Advanced Technologies with Decision Support to Improve NPP Operations Representation Design in Action Managing Goal Conflicts Using Attention Focusing Supporting Safety Conflict Resolution During Maintenance Operations Teaming with Automation to Enhance Operator Decision Making Supporting Team Coordination and Collaboration Representation Design to Defeat Data Overload Decision Support Environment for Next Generation Command and Control Cognitive Engineering: the Advanced Technology Catalyst 10:15 Break 10:30 Simulation and Visualization in Operating and New Plants 11:00 3D ALARA Job Planning and Dose Estimating Tool Next Generation ALARA Job Planning Tool to Estimate Worker Dose Using Typical 3D Radiological Survey Information and Worker Location / Body Configuration Provide Better Dose Estimates and Reduce Worker Dose Through Improved Job Planning and Training Assess Dose and Optimize the Work Task and Work Environment to Achieve Further Worker Dose Reduction 11:45 Extending the New Plant Design 3D Model Into an Operations and Maintenance Tool Ensuring that the necessary data is available William Elm, Resilient Cognitive Solutions Yeonsub Jung, Korea Hydro & Nuclear Power Phung Tran, Radiation Management Ken Barry, Advanced 4
Data QA and Software V&V Virtual plant configuration management 12:15 Lunch Demonstration Display Room Lunch 13:45 Open Discussion on Productivity Improvements Group and Attendees Interest Areas New Technology All 16:00 Input on Next Steps for Group All 16:45 Meeting Wrap Up Action Items Review Meeting Plus / Deltas Complete Meeting Feedback Form Joseph Naser, 17:00 Adjourn 5