All posts by SIS WEBADMIN

What Are the Four Components of Fugitive Emission Packing Designs and Why Are They Important?

What Are the Four Components of Fugitive Emission Packing Designs and Why Are They Important?

Setpoint Integrated Solutions, Inc. has multiple options when it comes to ensuring you are meeting regulations regarding fugitive emissions. Here we spotlight Masoneilan*

When ensuring low emission packing, what components are needed, and why are they important?

  1. Packing Rings – The primary sealing rings of the set. Through management of a “packing stress level”, these rings do the majority of the sealing that we desire from the set. The materials are selected to have a combination of strength and low permeability, while minimizing frictional effects on the moving component.
  2.  Top & Bottom End Rings – These may also contribute to sealing, but the primary function is to provide a reinforcement and “anti-extrusion” effect for the packing rings.
  3.  Packing Follower – While the follower also provides extrusion resistance, its primary function is to transfer loading uniformly to the packing set. A spherical mating surface with the packing flange ensures a consistent application of load transmission.
  4.  Live-loading – Typically a series of springs that may be embedded into a packing flange (as shown), placed on top of the packing flange, or embedded in the packing follower. The spring sets provide a constant loading (to provide the packing stress) and maintain that load for a period of time reducing the frequency of manual adjustments. While not called out below, it should be noted that through proper torque applied to the packing nuts, the spring load is generated. Maintenance of this torque is critical to ensuring low leakage rates.
    It should also be noted that the valve body-bonnet joint is also a source of emissions. For ISO qualified designs, this joint is tested and part of the qualification.

The illustration below shows a typical arrangement for low emission packing.

Packing
Live Loaded Packing Arrangement

When choosing an arrangement for Low Emissions Packing to prevent Fugitive Emissions, be sure to reach out to Setpoint Integrated Solutions for all your needs.

*Trademark of GE

This information comes from the document:

“Masoneilan* Fugitive Emission Packing Selection Guide 02/2017 GE Oil & Gas”

© 2017 General Electric Company. All rights reserved.

Do you know which Pressure Gauges are Suitable for Ammonia Applications?

Ammonia Applications Have Specific Requirements to Ensure Safety

Do you know which pressure gauges are suitable for Ammonia applications?

Ammonia service is very severe and can have an impact on all materials that make up the components which Ammonia encounters within a process. It is important then to know which materials are suitable for Ammonia Applications. Below we spotlight one of our OEM partners, Ashcroft Inc., and explain which Pressure Gauges are suitable for Ammonia Applications.

Ammonia is a common refrigerant used in many commercial installations. It is also used as a fertilizer in the form of a gas or water solution. When using a gauge to measure pressure in an ammonia application, it is critical that the wetted parts of the gauge are compatible with the process.

Proper selection of wetted parts is especially important since ammonia is poisonous! OSHA/NIOSH lists 500ppm as immediately dangerous to life and health. The only acceptable wetted parts material for gauges used in ammonia applications are stainless steel or steel.

A gauge with bronze/brass wetted parts is not suitable for ammonia applications since ammonia may cause the bronze/brass wetted parts to stress-crack and cause a gauge failure.  Setpoint Integrated Solutions offers a variety of Ashcroft gauges suitable for ammonia applications. When ordering a gauge for ammonia service, the wetted parts of choice are 316 SS.

Setpoint Integrated Solutions is proud to partner with Ashcroft Inc. The above information comes from Ashcroft Inc. 

Contact us today to learn more.

Do You Know What a ROSoV is?

A Remote Operated Shutoff Valve with Failsafe Actuation for Emergency Shutdown duties is a key safeguard for your tank farm

Setpoint Integrated Solutions, Inc. (Setpoint IS) is proud to represent top-tier OEMs such as our partner Rotork.  The following content is courtesy of Rotork plc, and can be found here.

The video below showcases more information on ROSoVs and their role in safeguarding tank farms.

Setpoint IS LaPorte Holds Open House

La Porte Location Hosts Customers and OEMs

Setpoint Integrated Solutions, Inc. (Setpoint I.S.) La Porte branch location hosted an open house for its customers. The evening was fun filled and featured multiple raffle prizes as well as a variety of dishes from brisket to crawfish.

“Setpoint Integrated Solutions is very fortunate to have the best employees, customers, and manufacturing partners in the industry.  It was a real pleasure to host folks from each of these groups for a great evening together to share some delicious crawfish and one another’s company.  It takes a total team effort to make this industry run and Setpoint Integrated Solutions is proud to be a part of the team,” said Bryan Clower, Setpoint IS Vice President of the Western Region.

Sandro Esposito, Setpoint IS Director of Digital Solutions, was the master of ceremonies and DJ as the Setpoint IS What is Innovation video,  as well as the Pon corporate video were showcased on screen.  The event was live tweeted with the hashtag #SetpointISLaPorte to great success, with the attendees being able to see their own tweets appear real time on the projector screen.

This open house featured our OEM Partners of GE, Flowserve, AT Controls and Rotork, which showcases Setpoint IS’s commitment to serving our customers with top tier products.

Setpoint IS LaPorte branch manager Bram Zeegers stated, “It was a great event, in which our customers and employees got to connect in a fun and personal manner. Our key OEM’s had a unique opportunity to interact directly with our customers, and with a record setting 2,500Lbs of Crawfish, great weather and a fantastic turnout we can call the 2017 Setpoint IS La Porte Crawfish Boil a tremendous success.”

About Setpoint Integrated Solutions

Setpoint Integrated Solutions (Setpoint IS) is a leading integrated solutions and services provider in the process control industry. Setpoint IS engineers, sells and services products ranging from control valves and process automation equipment to relief valves and industrial filtration, and provides a full range of site services and immediate technical support. Setpoint IS, headquartered in Baton Rouge, La., is a subsidiary of Pon Holdings B.V. of the Netherlands. For more information on Setpoint IS’ products, services and locations, please visit www.setpointis.com.

Setpoint Integrated Solutions Holds Open House for Grand Opening of New Lafayette Location

Lafayette Grand Opening

Setpoint Integrated Solutions Holds Open House for Grand Opening of New Lafayette Location

FOR IMMEDIATE RELEASE

 

April 20, 2017 – Broussard, Louisiana, Setpoint Integrated Solutions (Setpoint IS) held the grand opening of its new 8,340 sq. ft. Lafayette Branch  located in Broussard, La. on April 20, 2017. This location houses 7 employees and serves the Greater Lafayette area. The grand opening included a ribbon cutting ceremony with Mayor Thomas Nelson, St. Martin Parish  Councilwoman Lisa Nelson, and Setpoint IS CEO Jack Guidry.

Jonathan Pledger, Vice President of the Eastern Region : “ The Greater Lafayette community has experienced very challenging times with the downturn in the oilfield market.  Setpoint IS’s leadership wanted to tangibly demonstrate to our customers, our employees, our suppliers, and the community that we are here for the long term to meet the requirements of the upstream market.  We saw no better way to do this than to invest in a new facility.”

OEM partners Schneider Electric, Turck, Scott Safety, and Ashcroft all exhibited at the celebration that followed, highlighting the Lafayette Branch’s commitment to distributing top tier products to its customers.

“We appreciate the support from our customers and vendors.  We are happy to be a part the Oil & Gas Industry, despite the ups and downs of the market.  We look forward to seeing an increase in business this coming year and can’t wait to cater to our customer’s needs for many years to come.” Mindy Delino, Lafayette branch manager.

About Setpoint Integrated Solutions

Setpoint Integrated Solutions (Setpoint IS) is a leading integrated solutions and services provider in the process control industry. Setpoint IS engineers, sells and services products ranging from control valves and process automation equipment to relief valves and industrial filtration, and provides a full range of site services and immediate technical support. Setpoint IS, headquartered in Baton Rouge, La., is a subsidiary of Pon Holdings B.V. of the Netherlands. For more information on Setpoint IS’ products, services and locations, please visit www.setpointis.com.

Is Your Section 1 Boiler Safety Valve Body Wall Eroding?

Is Your Section 1 Boiler Safety Valve Body Wall Eroding?

Is your Section 1 Boiler Safety Valve Body Wall Eroding? With many of these valves being original installation, making it is possible that  75% of all current Boiler valves were installed in the 1960’s*,  the answer is probably yes.

Body wall deterioration can occur over time in any process, and is an often overlooked factor in the review and repair of a safety valve population. Other issues related to the body wall thickness factor are that the availability of old design parts is declining, and the nozzle height of older models is different than what is available today.

The National Board Inspection Code does not address the wall thickness of Safety Valves as a component of the VR Program. This could lead to failure if the wall thickness is not sufficient for the pressure / reaction force that is acting on it. If this feature is never checked in accordance with a standard, it could prove to be the feature that causes a failure.

Additionally, inspecting the body wall thickness of your safety valve population helps to minimize the risk associated  with the current long lead time for new Safety Valves. Anticipating outages before they can occur helps to position end users to be their most competitive.

So how do you know when the  wall thickness has become to thin?

ASME B16.34, Table 3B showcases the ASME Valve Body Minimum Wall Thickness* calculations per diameter and pressure class.  Utilizing this table will help better inform the end user of the state of their valve body wall, leading to prevention of a failure.

The circles identify areas in which body wall inspection may not be a requirement of the Valve’s repair process. The areas are the ones that Setpoint IS recommends reviewing to check if they adhere to ASME B16.34-2013 Table 3B.

 

As the experts in the service, maintenance, and repair of Safety Valves, Setpoint Integrated Solutions stands by as a trusted partner to inspect your safety valve population. We look forward to helping you identify issues before they occur while improving safety and mitigating costly downtime.

_________________________________________________

*Citation of the age of valves still in service found in  “America’s Aging Generation Fleet” – Neil Powell, analyst for SNL Energy, as found here.

*Citation of ASME 6.1.1 of B16.34-2013 regarding Wall Thickness, which states: “For inspection purposes the wall thickness of valve bodies at the time of manufacture, except as indicated in paras. 6.1.3 through 6.1.7, 6.2, and 6.7, shall be no less than the minimum values “tm” either as shown in table 3A or table 3B or calculated using the equation shown in Mandatory Appendix VI (which yield essentially the same result). Linear interpolation may be used for wall thickness values intermediate to those listed or calculated. See Nonmandatory appendix B, section B-5 for an explanation of the interpolation procedure. The minimum thickness requirement for the body wall is applicable only as measured from internal walled surfaces. Minimum wall thickness shall not include liners, linings, or cartridges.

*Citation: This work was produced in collaboration with Bart Collins, Vice President, Operations, Precision Pump & Valve Service 

Data Integration and How It Affects Workflow for Control Valve Maintenance

Data Integration and How it Affects Workflow for Control Valve Maintenance

Collecting data and integrating it across multiple protocols and standards allows for insight into  workflow and control valve maintenance needs.

Data Integration

No matter which technology is used, it is crucial to aggregate the data collected and with analytical software, transform the data into actionable information for real-time asset management.  The data also must be presented not in its raw state, which requires interpretation by plant personnel, but as information that can be readily used to assess the vital signs of a control valve’s health.

The integration can be done using digital communication protocols such as HART, FOUNDATION Fieldbus or PROFIBUS, or using wireless signals such as Wireless HART or ISA100.11a.  Because these protocols and signals are open standards and are omnipresent within a plant’s infrastructure, they allow valve diagnostic information to be seamlessly integrated into the facility’s asset management software.

Workflow

Einstein said “The world we have created is a product of our thinking; it cannot be changed without changing our thinking.”  When it comes to control valve maintenance, technology can certainly make a difference, but work practices must also simultaneously evolve.

For plants that have traditionally followed reactive maintenance practices, this requires a paradigm cultural shift.  Personnel must move from a mindset of waiting for problems to occur to one of proactively monitoring asset health.

Recent technological advances have made this cultural change easier.

At Setpoint IS we harness these technological advances everyday in our Integrated Technology Center. For more information on how we develop our expertise click on the Vimeo player to the right, or click here.

ITC

Setpoint IS Appears in Baton Rouge Business Report

Setpoint IS Appears in Baton Rouge Business Report

Setpoint Integrated Solutions, Inc. (Setpoint IS) has been featured in the Baton Rouge Business Report. Click here for more information.

The article, featured in the recurring  Secrets of Success series, describes how Setpoint IS is focused on  anticipating future failures and helping customers minimize downtime.

By having the manpower, products, and capabilities, Setpoint Integrated Solutions can diagnose and fix problems before they occur.

Setpoint Integrated Solutions’ Black Tie and Distribution Territory for Flowserve Extends into Houston Market

Setpoint Integrated Solutions’ Black Tie and Distribution Territory for Flowserve Extends into Houston Market

FOR IMMEDIATE RELEASE

Setpoint Integrated Solutions’ Black Tie and Distribution Territory for Flowserve Extends into Houston Market

Baton Rouge, LA (March 9, 2017) – Setpoint Integrated Solutions (Setpoint IS) is pleased to announce the expansion of its distribution contract for the Flowserve heritage product lines Durco, Atomac and Automax. The new agreement will authorize the Setpoint IS La Porte facility to become a “Black Tie Authorized Repair House” for the Durco/Atomac product lines and will expand the company’s distribution reach into the greater Houston area. Setpoint IS has been a valued Flowserve distributor since 1957, and the areas covered under the new agreement will now encompass all Setpoint IS branch locations in Texas and Louisiana.

“We are pleased to extend the reach of our long-standing relationship with Setpoint Integrated Solutions. Like Flowserve, they have a service-focused approach that will align nicely with our Flowserve route-to-market in that area,” said Paul Velardo, Flowserve Flow Control Sales Manager, Gulf Coast.

In addition to the territory expansion, this agreement demonstrates Setpoint IS’ commitment to the new Durco TX3 Triple Offset Valve (TOV). As a complimentary product to the existing Flowserve engineered valve portfolio, the Durco TX3 offers excellent shutoff capabilities, with low torque and reduced wear benefits users expect from a triple offset design. The laminated disc seal, in conjunction with the triple offset geometry, results in a design that can provide bi-directional, bubble-tight shutoff.

“By extending the distribution territory in which we offer Flowserve products and adding a fifth ‘Black Tie Authorized Repair House,’ we will be better equipped than ever to successfully meet the needs of our customers. This demonstrates both our growth in the Houston market, as well as our commitment to investing in our manufacturing partners. Setpoint IS is excited about the benefits this expanded agreement with Flowserve will present to the industries we serve,” said Jeff Kelley, Vice President, Sales, Setpoint IS.

About the Flowserve Durco, Atomac and Automax Heritage Product Lines 

Durco, founded in 1912, is recognized as an innovative flow-control brand whose comprehensive portfolio of butterfly and plug valve products are designed to handle the most difficult and demanding applications.

Atomac valves, founded in 1964, provide bubble-tight shutoff, low maintenance, no-leak stem seals and the safety assurance of a blowout-proof stem assembly.

Automax valve automation systems, founded in 1984, provide full-service valve and damper automation, and actuation accessories.

About Flowserve

Flowserve Corp. is one of the world’s leading providers of fluid motion and control products and services. Operating in more than 55 countries, the company produces engineered and industrial pumps, seals and valves as well as a range of related flow management services. More information about Flowserve can be obtained by visiting the company’s website at www.flowserve.com.

About Setpoint Integrated Solutions

Setpoint Integrated Solutions (IS) is a leading integrated solutions and services provider in the process control industry. Setpoint IS engineers, sells and services products ranging from control valves and process automation equipment to relief valves and industrial filtration, and provides a full range of site services and immediate technical support. Setpoint Integrated Solutions, headquartered in Baton Rouge, La., is a subsidiary of Pon Holdings B.V. of the Netherlands. For more information on Setpoint IS’ products, services and locations, please visit www.setpointis.com.

CONTACT:

Wyatt Link, Marketing Specialist, Setpoint Integrated Solutions

Phone: (225)-612-1167 wlink@SetpointIS.com

Why Is Technology Important For Detecting Valve Performance Issues?

Why Is Technology Important For Detecting Valve Performance Issues?

Technologies used to detect valve performance issues can be divided into two categories:  “direct” technologies that are determinative for the type of problem detected and “indirect” technologies that infer a problem based on indirect measurements or peripheral symptoms.  Each category includes tools that can detect problems without disturbing operation of the control valve (“real-time” tools) and those that are intrusive and cannot be used while the process is running (“offline” tools).

The ideal choice, of course, is a technology that is direct and real-time – able to detect problems determinatively during normal process operation.  Vibration monitors and acoustic sensors are two such tools.  Monitoring vibration of a control valve can flag mechanical problems related to the stem and plug.  Acoustic sensors can uncover such issues as cavitation, flashing and leakage to atmosphere.  These technologies are costly, however, and highly specialized training and extensive experience are required to correctly interpret the data they provide.  As a result, implementing them on a permanent basis is impractical for most facilities.

Digital Valve Positioners (DVPs), however, are an effective, budget-friendly and easily implemented direct/online tool. They have become the dominant brain of control valves and therefore, already found in many facilities.  The built-in sensors (input signal, position, pressure and temperature) combined with analytical software measure operating performance and will detect performance problems.  Their ability to capture and trend historical runtime data also provides leading indicators of valve performance degradation.

DVPs can help detect a wide variety of common control valve performance problems, including shutoff of upstream pressure, damage of internal parts from cavitation and flashing phenomena, fluid leakage to the atmosphere, high friction, actuator spring failure, air leaks from tubing or the actuator diaphragm, positioner contamination and positioner feedback.

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