PREliMinARY EVEnt GuidE - NUCLEAR POWER International

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26 COmPETITIVE POwER COllEGE wORkSHOPS CPC 103 HRSG Fundamentals – Operations, Inspections and Maintenance of Combined Cycle HRSGs Date: Sunday, December 9, 2012 Time: 8:00 Am – 5:00 Pm Room: S320G Cost: $500.00 Instructors Akber Pasha, Technical Director, vogt Power International Inc.; Nils Holmblad, vP, Aftermarket and Field Services, vogt Power International Who Should Attend Engineers responsible for developing the HRSG specifications, Combined Cycle Plant designers, Plant Operators, Plant performance evaluators, Engineers involved in training the operators, Course Overview and Objective The course gives a brief description of the main components of a combined cycle plant and the working theory of these components. The HRSG components are described in detail which includes their functionality and the basic theory. The limits of design are also explained along with the material of construction. various stages between manufacturing to ready for installation and the importance of each stage is described next. Proper specification and selection of auxiliary equipment is essential for a well balanced HRSG. These are included in the course. The course is concluded with a discussion Performance evaluation Course Highlights • Combined Cycle Plant Components and their operating theory • Types of HRSG and comparative evaluation • HRSG Basic Design Procedures - Thermal - Hydro-dynamic - mechanical - Structural • HRSG Components and their functions • Instruments and Measurements • Auxiliary equipment • HRSG Construction and Transportation Basics • Guarantees - Performance, Availability and Reliability • Performance Verification and Availability • Life Consumption Assessment and Prediction • Designing for Fast Start plants and Cycling Instructors’ Biographies Akber Pasha, Technical Director, Vogt Power International Inc. Akber Pasha is from India and has Engineering and Business degrees from India and US. As a Technical Director at vogt Power International, he deals with Design development, optimization , problem solving and life studies. His work since joining Henry vogt machine Company is an essential part of HRSG technology. Nils Holmblad, VP, Aftermarket and Field Services, Vogt Power International Nils Holmblad, is from Sweden and has Engineering degrees from Sweden and US. He joined vogt as a director of Aftermarket Services and Field Services, overseeing the activities of a team of engineers involved in commisioning, troubleshooting, inspection and maintenance of the HRSGs. NUCLEAR POWER INTERNATIONAL 2012 PRELImINARy EvENT GUIDE
CPC 104 Safe Bolting: Principles and Practices – Lessons in Tower Erection and Turbine Assembly Date: Sunday, December 9, 2012 Time: 8:00 Am – 5:00 Pm Room: S320H Cost: $500.00 Instructor Jon Gans, Ph.D. Training and Safety manager, Hytorc Bolting Institute Who Should Attend This course is targeted to first-line mechanical operators and those who supervise their work, including on site safety managers and contractor executives who are responsible for the quality of construction and maintenance. There are over 500 high strength bolts in the typical wind tower, each of which plays a critical role in the function and efficiency of the assembled unit. Any failure or premature loosening of any one of these fasteners could cascade into a failure of the entire system. This is the only OSHA approved and certificated bolting course in the wind industry and it addresses the safety, quality and efficiency impacts of the assembly of towers and turbines. A trained assembly and maintenance workforce is fundamental to achieving project quality and project longevity goals, not to mention the all-important safety priorities of the industry. Course Overview and Objective The course teaches both the theory and the practical skills of industrial bolting with special emphasis on the structural and machine connects found in wind towers and turbines. Its purpose is to not only instruct, but to set a standard for the basic level of competency for the bolting craft as practiced in the wind energy industry. Upon the successful completion of this course, participants will be able to understand the technology of bolted joints and the safety principles associated with tool selection and operation, workplace environment and conditions, and bolting methods and procedures. The success of the efforts will be directly reflected in an improvement in 3 key areas: I. Safety: Everyone’s primary concern must be with creating and maintaining an accident-free, environmentally-friendly workplace. Bolting operations especially those in the wind industry are inherently dangerous, but by following established procedures the risks can be managed, even if they may not be entirely eliminated. Nothing is as important as worker safety. 2. Quality: Quality refers to machinery and processes being optimized and working as designed. This most often means extending the time between planned maintenance outages and extending the serviceable life of the unit. 3. Schedule (efficiency): This refers to the ability to quickly get into and out of the bolting work, whether it be initial assembly, repairs or periodic maintenance. It means converting maintenance hours into productive generating hours by understanding how to solve the problems and employing the proper tools to do it. Course Highlights Instruction modules include: • Orientation and course goals • Overview • Principles of bolted joints • The nuts and bolts of nuts and bolts • Tightening with torque • Tightening with tension • Bolting patterns • Keeping bolts tight • Bolting safety (workplace, procedures, tools) • Practical exercises Instructor’s Biography Jon Gans, Ph.D., Training and Safety Manager, Hytorc Bolting Institute Jon Gans, PhD has been with HyTORC since 2007. Jon contributed significantly to the conceptualization, development, and editing of the core HyTORC and OSHA courses and materials. He has delivered hundreds of courses in a host of organizations mostly in the Power Generation and Petrochemical industries. www.nuclearpowerinternational.com 27
Page 1 and 2: RE think. RE build. RE fuEl. DECEMB
Page 3 and 4: TABlE OF CONTENTS General Event Inf
Page 5 and 6: tOP 7 REAsOns tO AttEnd 1. Keynote
Page 7 and 8: WedneSday, december 12, 2012 Regist
Page 9 and 10: REGISTRATION TYPES AND DESCRIPTIONS
Page 11 and 12: **Fast Track Registration: Availabl
Page 13 and 14: 2012 PROGRAm COmmITTEE Program Comm
Page 15 and 16: NETwORkING OPPORTuNITIES ANNUAL AWA
Page 17 and 18: NETWORKING BREAKFASTS Thursday, Dec
Page 19 and 20: WORKSHOPS HALF-DAY WORKSHOPS CPC 10
Page 21 and 22: Mr. Gordon L. Gillette president, T
Page 23 and 24: Wednesday, December 12, 2012 Time:
Page 25 and 26: CANE ISLAND POWER PARK monday, dece
Page 27: CPC 102 Turbine Generator Failures:
Page 31 and 32: COMPETITIVE POWER COLLEGE CURRICULU
Page 33 and 34: CPC 302 Power Plant Fans: From Fund
Page 35 and 36: CPC 304 Basic Gas Turbine Metallurg
Page 37 and 38: COMPETITIVE POWER COLLEGE CURRICULU
Page 39 and 40: CPC 403 Addressing Material Flow Pr
Page 41 and 42: CPC 405 Operation, Maintenance and
Page 43 and 44: CPC 501 Indian Power Generation Mar
Page 45 and 46: CPC 503 71 NERC Audits and Counting
Page 47 and 48: CPC 506 An Introduction to Marine R
Page 49 and 50: SOCIAl mEDIA Stay connected with NU
Page 51 and 52: POwer-gen InternatIOnal 2012 NUCLEA
Page 53 and 54: Fossil Technologies II Room S322 7A
Page 55 and 56: Conference grid Wednesday, December
Page 57 and 58: Program Schedule Wednesday, Decembe
Page 59 and 60: exhIbItOr lISt (As of August 6, 201
Page 61 and 62: √ √ exhibitor benefits: 1. Free
Page 63 and 64: Pennwell wall Of hOnOr PennWell is
Page 65 and 66: exhibit Floor Giveaway - OFFiciAL r
Page 67 and 68: hOW TO GET STARTED: 1. 2. 3. Subscr
Page 69 and 70: hOtel maP POWER-GEN, NUCLEAR POWER,
Page 71 and 72: Days inn convention center $89 Sing
Page 73 and 74: 1. CONFERENCE FEES: Conference fees
Page 75 and 76: COntaCtS For general registration q

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