ron frisard’s professional presenations

Ron Frisard’s Professional Conference Presentations

1998 - 2013

1998• Conference: FSA Technical Symposium

Paper Title: "Evaluating Live Loading of Bolted Joints to Improve Gasket Performance Life"Nashville, Tennessee April 26Abstract:In this day and age, utilizing the most effective gasket sealing products is a must. In previous published papers it has been discussed that flange Live Loading has shown to be an effective method of enhancing a gasket's length in service. This paper will evaluate four different factors: belleville spring configuration, gasketmaterial, gasket thickness, & gasket stress levels. The testing protocol will be based on an accelerated thermal cycling steam test that includes intervals of extreme thermal shock to simulate a rapid cooling process. This testing will result in a comprehensive information matrix of overall gasketing performance with and without liveloading.

2000

• Conference: AOV Users Group Summer MeetingPaper Title: "Chesterton Mechanical Packing Friction Testing"Cleveland, Ohio August 15thThe paper was given at the AOV summer meeting regarding initial valve packing friction testing.

2002

• Conference: AOV Users ConferencePaper Title: "Valve System Management Software"Clearwater, Florida January 9th

• This paper was an overview of the Valve Wizard software program in respects to Nuclear Power.

2004• Conference: AOV Users Conference

Paper Title: "AOV Valve Packing – Where it fits into the entire AOV Program Puzzle"Myrtle Beach, South Carolina January 14th

• ABSTRACT• In today’s nuclear power world AOV performance is a key part of reducing

maintenance problems. AOV Valve Packing directly relates to the effectiveness of an AOV Program at a plant and maintenance resources. This paper will focus on detailed examples of where new technology AOV valve packing is assisting plants in reducing their maintenance headaches. This paper will focus on low friction packing technology that can bring a valve into an operability window without sacrificing sealablity and creating chemistry issues.

• Also discussed are examples of the importance of maintenance training in regards to a successful AOV packing program. This would include packing consolidation and the misuse of stem lubricants to mask packing friction.

2004• ISA Regional Conference

Paper Title: "AOV Valve Packing – Where it fits into the entire AOV Program Puzzle"Baton Rouge, Louisiana June 18thABSTRACT

• In today’s modern Industry AOV performance is a key part of reducing maintenance problems. Valve packing selection directly relates to the effectiveness of any plant’s AOV Program and could result in an enormous consumption of maintenance resources. One of the topics will focus on detailed examples of new AOV valve packing technology developments that have assisted plants in the reduction of maintenance headaches.

• Another area of concern, which will be addressed, is the implementation of good maintenance principles in an AOV program. This will include packing consolidation procedures and the possible misuse of stem lubricants to mask packing friction. Today it is important to utilize low friction packing technology to allow a valve into an operability window without sacrificing sealability and creating chemistry issues.

2004• American Nuclear Society Utility Working Conference

Paper Title: "AOV Valve Packing – Where it fits into the entire AOV Program Puzzle"Amelia Island, Florida August 8th.ABSTRACT

• In today’s nuclear power world AOV performance is a key part of reducing maintenance problems. Valve packing selection directly relates to the effectiveness of any plant’s AOV Program and could result in an enormous consumption of maintenance resources.One of the topics will focus on detailed examples of new AOV valve packing technology developments that have assisted plants in the reduction of maintenance headaches.

• Another area of concern, which will be addressed, is the implementation of good maintenance principles in an AOV program. This will include packing consolidation procedures and the possible misuse of stem lubricants to mask packing friction. Today it is important to utilize low friction packing technology to allow a valve into an operability window without sacrificing sealability and creating chemistry issues.


Paper Title: "Writing and implementing Packing Procedures – Lesson’s Learned"Clearwater, Florida January 14th

• ABSTRACT• In today’s nuclear power world critical valve performance is a key part of safe and

reliable nuclear plant operation. How plants’ Packing procedures are written and implemented is critical in today’s world of shortened outages. There is no time for repetitive gland adjustments or frequent packing installations because of poorly written packing installation procedures. This paper will focus on plants with well-written procedures that have resulted in maintenance, engineering, and I&C groups taking total ownership of achieving peak performance from critical AOV / MOV Valves. This paper will also include discussions regarding packing consolidation procedures and the misuse of stem lubricants to mask packing friction. Today it is important to utilize new low friction packing technology to enhance valve operability without sacrificing long-term valve sealing.

2005• Conference: ASME Pressure Vessels and Piping Conference

Title: Utilizing Direct Tension Squirter indicators in Industrial ApplicationsDenver, Colorado July 17thAbstract:

• In the world of critical bolting applications there is a need for achieving correct gasket loads. The new technology of Direct Tension Squirter Washers is designed to show visual indication when 60% of yield for a B7 bolt has been reached. Torque wrench inconsistencies have caused many gasket failures. There are many times the incorrect gasket load has been applied to bolted joints resulting in joint failure. The root cause of these failures range from bad calculation of friction for anti seize to damaged threads. DTSW ensures the bolts have reached the correct bolting load resulting in a properly loaded gasket that will not be doomed for failure.

• This paper will review the DTSW Technology and how it can be applied in Industry applications. It will discuss the inaccuracy of torque wrench technology in today’s industrial bolting environment. The paper will also highlight show the DTSW technology ease of use compared to typical Indicator washers that require feeler gauges.

2005• Conference: 5th EPRI Conference on International Maintenance

Paper Title: "Writing and implementing Packing Procedures – Lesson’s Learned"Jersey City, New Jersey August 8th

• ABSTRACT• In today’s electricity generation industry world critical valve performance is a key

part of safe and reliable plant operation. How plants’ Packing procedures are written and implemented is critical in today’s world of shortened outages and extended up-time. There is no time for repetitive gland adjustments or frequent packing installations because of poorly written packing installation procedures. This paper will focus on plants with well-written procedures that have resulted in maintenance, engineering, and I&C groups taking total ownership of achieving peak performance from critical AOV / MOV Valves. This paper will also include discussions regarding packing consolidation procedures and the misuse of stem lubricants to mask packing friction. Today it is important to utilize new low friction packing technology to enhance valve operability without sacrificing long-term valve sealing.

2006• Conference: AOV Users Group 2006 Meeting

Paper Title: "Nuclear Valve Packing Performance Testing"Clearwater, Florida January 14th

• ABSTRACT• One of the most important challenges in today’s nuclear Valve arena is

the balance between packing performance and its frictional footprint. We have undertaken a logical testing protocol to gather data on valve packing’s performance/friction values throughout a full steam thermal cycle. This testing will focus on different packing materials and designs. Also the research will focus on the relationship between the combined value of the packing coefficient of friction and the ratio of gland load forces. This data could perhaps assist the industry in determining a better model for valve friction calculations. Another facet of this testing will focus on live loading spring heights after a loss of gland load being re-tightened to the original heights for frictional concerns. Today it is important to utilize best available packing technology that can enhance AOV/MOV operability without sacrificing long-term valve sealing.

2006• Conference: EGC Energy Conference

Paper Title: "Lessons Learned on Valve & Pump Packing or What You Have Always Wanted to Know About Packing But Were Afraid to Ask"Bismarck, North Dakota January 25th

• ABSTRACT• This workshop will cover all aspects of mechanical packing

including how to install and operate pump and valve packing more effectively in all areas of the power industry. Also, the subject of how to identify what packing materials should be installed in what applications to make the equipment have a longer MTBF and reduce the overall life cycle costs of the equipment.

2006

• Conference: Ninth NRC/ASME Symposium on Valves, Pumps, and In-service TestingTitle: Nuclear Valve Packing Performance TestingWashington DC, July 17thAbstract:One of the most important challenges in today's nuclear Valve arena is the balance between packing performance and its frictional footprint.

• We have undertaken a logical testing protocol to gather data on valve packing's performance/friction values throughout a full steam thermal cycle. This testing will focus on different packing materials and designs. Also the research will focus on the relationship between the combined value of the packing coefficient of friction and the ratio of gland load forces. This data could perhaps assist the industry in determining a better model for valve friction calculations. Another facet of this testing will focus on live loading spring heights after a loss of gland load being re-tightened to the original heights for frictional concerns. Today it is important to utilize best available packing technology that can enhance AOV/MOV operability without sacrificing long-term valve sealing.

•

2006• Conference: Valve World 2006 Conference & Expo

Maastricht, the Netherlands, November 7-9thTitle: Power Industry Valve Packing Performance TestingAbstract:One of the most important challenges in today’s Power Industry Valve arena is the balance between packing performance and its frictional footprint. We have undertaken a logical testing protocol to gather data on valve packing’s performance/friction values throughout a full steam thermal cycle. This testing will focus on different packing materials and designs. Also the research will focus on the relationship between the combined value of the packing coefficient of friction and the ratio of gland load forces. This data could perhaps assist the industry in determining a better model for valve friction calculations. Another facet of this testing will focus on live loading spring heights after a loss of gland load being re-tightened to the original heights for frictional concerns. Today it is important to utilize best available packing technology that can enhance AOV/MOV operability without sacrificing long-term valve sealing.


Paper Title: "Enhanced Nuclear Valve Packing Performance testing"Clearwater, Florida January 14th

• ABSTRACT• Packing research and development is key to creating a long term leak free nuclear

valve program. Chesterton has undertaken a two year study of packing performance. The research has focused on the relationship between packing construction, transfer of gland loads, packing consolidation, and resulting stem friction. This paper will focus on the following points:-Extended study on utilizing live loading spring height consolidation in regards to changes in stem friction.-Show the critical relationship between gland stud condition and the gland stress applied to a packing set.-Long term sealablity testing.-Friction calculation variables due to y factor assumptions.

• Today it is important to utilize best available packing technology that can enhance AOV/MOV operability without sacrificing long-term valve sealing.

2007

• Conference: Fluid Sealing Technology Interest Group MeetingPaper Title: "Nuclear Valve and Gasket Sealing"Charlotte, NC February 6

2008

• Conference: AOV Users ConferencePaper Title: "Valve Packing Testing in Boric Acid"Orlando, Florida January 14th

• Joint presentation with Mike Pelletier

2008

• Conference: Boric Acid Corrosion Control Working MeetingPaper Title: "Valve Packing Challenges with Boric Acid Valve Leaks"Atlanta, Georgia January 16th

2008• Conference: Fluid Leak Management Summer Meeting

Paper Title: "Re-torquing vs. spring assembly height to re-apply gland load "Oakbrook, Illinois August 26th

• Abstract:In the nuclear industry today there are many circumstances when the first course of action of a leaking valve is to re-apply the calculated torque value. In valves that have been exposed to temperature the gland force that is created in re-torquing will not be the same as the “initial” installation value.This presentation will focus on the topic of re-apply gland load on valves in service and discuss alternatives that will result in more accurate gland loading. One method that will be discussed in depth is that of using live loading assembly heights as a measurement of gland load applied. The presentation will review testing data and analyze the bolt-anti seize relationship.One goal of this discussion is to assist the nuclear industry in creating better techniques to handle a loss of gland load. Today it is important to utilize best available packing technology that can enhance AOV/MOV operability without sacrificing long-term valve sealing.

2008

• Conference: CANDU Owners Group: Nuclear Professional Valve ConferencePaper Title: "Chesterton / Valve Packing "Mississauga Ontario, Canada December 8th

2009• Conference: MOV Users Conference

Paper Title: "Decreasing packing friction by utilizing innovative packing construction"Orlando, Florida January 14th

• Abstract:In the Nuclear Industry stem packing friction is a real concern. This presentation will focus on ways to reduce packing friction by using innovative packing construction and a simplified gland load formula. Laboratory testing on packing friction, packing construction, and gland load matrix to achieve better Valve performance will be discussed. Today it is important to utilize best available packing technology that can enhance MOV operability without sacrificing long-term valve sealing.


Paper Title: "Flange Live loading – Advanced Technology for Flange Sealing "Oakbrook, Illinois August 26th

• Abstract:Bolted flange connections have been an area of concern in the nuclear industry. A Bolted connection is a combination of many subsets including gasketing, bolting, preload, and flange condition. This presentation will focus on the engineering principles of using flange live loading to result in a longer life by delaying the loss of preload on the gasket. This presentation will also discuss all facets of a bolted connection that could lead to premature failure of the joint including torque procedures, anti-seize evaluation, and streamlined processes. Also case histories of nuclear flange applications will be reviewed.


Presentation Title: Galvanic corrosion and stem pitting in Valves – The graphite connection

Oakbrook, Illinois August 26th

• Abstract: This presentation will focus on the connection between graphite valve

packing and stem pitting. Also it will go in detail how galvanic corrosion is created and technologies that are used to resist it. There are many different types of packing inhibitors and this presentation will go in depth with the different options including Zinc and Molybdates. This in depth explanation of the chemistry of stem corrosion is important for fluid leak managers to understand to keep valve sealablity high in a plant.

2013• Conference: ISA LDAR conference

Presentation Title: Fundamentals of valve packing installation New Orleans, LA• Abstract: One point that is lost sometimes when discussing LDAR is that complications evaporate

when valves have a higher sealing performance. One way better sealing has been handled is by the creation of strict emissions testing protocols to aid in selection and grading of different packing manufacturers. Another area that is as important in reaching the goal of higher sealing performance is better valve packing installation techniques.

This presentation will focus on identifying best practices in regards to valve packing installation. The best valve packing installed incorrectly will not ensure compliance to LDAR requirements. It is imperative that a plant have a serious, focused, approach to this important subject. One way to improve this is by creating a continuous improvement process regarding valve packing that is fact based and focusing on Identifying and classifying root causes of packing performance.