ICEnews Aug 2013
All "that's cool" in Instrumentation and Control Engineering - "It's Purely Technical" - For Engineers by Engineers!
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Welcome to the Aug 2013 issue of ICEnews, the Instrumentation, and Control Engineering news source. ICEnews is a compendium of useful information which we endeavour to issue quarterly.
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Now this is a P&ID! - What a cocktail of information -This P&ID must be just about the most educ...educat...educating that I have seen!...Ed.
How to Write an Outstanding Engineering Resume - This Blog from IDC's Steve Mackay gives some excellent tips on creating an Engineering Resume - I believe we have all had what we considered an excellent resume (cv) rejected at some time or other in our career. While I am not suggesting that you need to leave your current good job; it is good to keep in mind what is required and perhaps, in these uncertain times, to help a buddy who may need some support in writing his or her resume. This skill is vital whether you are an electrician or a chief engineer. If you do an Internet search for ‘resume or cv writing’, you will have thousands of links – all guaranteeing you a top job. This short note is to help you create a winning engineering cv with a business edge. Which I believe is vital to success.
‘Superman Memory’ Crystal Could Lead to Unlimited Lifetime Data Storage -
Using nanostructured glass, scientists at the University of Southampton have,
for the first time, experimentally demonstrated the recording and retrieval
processes of five dimensional digital data by femtosecond laser writing. The
storage allows unprecedented parameters including 360 TB/disc data capacity,
thermal stability up to 1000°C and practically unlimited lifetime. Coined as
the ‘Superman’ memory crystal’, as the glass memory has been compared to
the “memory crystals” used in the Superman films, the data is recorded via
self-assembled nanostructures created in fused quartz, which is able to store
vast quantities of data for over a million years. The information encoding is
realised in five dimensions: the size and orientation in addition to the three
dimensional position of these nanostructures.
Electric Buying Invensys? - There has been speculation for a long
time that the Invensys automaton business would be sold. Now Schneider Electric
has made a 3.3 billion pound ($5 billion) takeover proposal for Invensys. This
could ignite a bidding competition since it has been rumoured in the past that
Emerson Electric, Siemens, ABB, and General Electric have had informal
discussions with Invensys. Schneider has until August 8 to say whether it
intends to make a firm offer or walk away under UK takeover rules - from
Need Some Technical “know-how”? ICEweb has a page which details a selection of excellent Instrumentation, Automation, Control, Electrical, Electronic and Information Technology books from IDC Technologies. These can be purchased from ICEweb . Also detailed are other links to more useful references.
What’s in your pocket? Why not fill your pocket with an IDC pocket guide. Their six Engineering Pocket Guides are bursting with over 500 pages of valuable information. The six titles include: Instrumentation, Electrical Engineering, Data Communications, Formulae and Conversions, Electronic Engineering and Industrial Automation. Whether you are interested in just the one title or if you need the whole set send an email to firstname.lastname@example.org
Automation Legal Reference - A guide to legal risk in the automation,
robotics and process industries - “The best way to approach risk management in
automation is to treat such projects as a very specialized type of construction
project.” So observes author Mark Voigtmann in the opening pages of this
concise but insightful book which sets as its goal nothing less than bridging
the gap between the legal profession and those who work in the automation,
robotics, and process industries. Among the topics covered are; The Dirty Dozen
Contract Clauses, Automation Standards, Specifications, Intellectual Property,
Professional Licensing and Insurance.
Foundation Fieldbus, Fourth Edition - Ian Verhappen and Augusto Pereira
The fourth edition of Foundation Fieldbus significantly expands the
subject matter of the earlier editions of this popular book not only to
help you stay current with this evolving technology but to also enhance
your understanding of Fieldbus. This edition provides in-depth coverage
on Fieldbus communications and configuration, including calculation of
macrocycle for Control-In-Field and in the Host system and how the
different forms of communication on the H1 network work with each other
to make Control-In-Field possible, including the use of these different
methods to optimise network bandwidth.
Free Training Schedule for PROFIBUS and PROFINET in 2013 - Eighteen free training classes are scheduled for 2013. There are two different curricula: PROFIBUS and PROFINET. Specific dates and venues are selected at least 30 days prior to the class. If you are interested in attending this year, bookmark this page and check back frequently for updates or subscribe to our newsletter. Attendees of each class will receive a certificate for 5.5 Professional Development Hours (PDH).
PROFIBUS Diagnostics Suite - New Version - Softing has announced the availability of a new software version of its innovative PROFIBUS Diagnostics Suite. The latest update includes novel diagnostic features to execute extensive tests on a PROFIBUS network. The PROFIBUS Tester 4 is able to simultaneously analyse the electrical signals and the data communication on an operating network eliminating the need for multiple components. In addition, the intuitive user-interface of the unit is designed to guide a novice down the correct path to solving a network problem. The instrument is galvanically isolated to prevent problems where two or more electric circuits communicate, but their grounds may be at different potentials. Without galvanic isolation a tester could introduce noise to the cable under test masking the actual cause of a network fault. It is an effective method of breaking ground loops by preventing unwanted current from flowing between two units sharing a ground conductor. Companies like Husky Injection Molding, Robert Bosch, and BMW rely on this tester from the commissioning to the maintenance phase of their automation networks. Today, many companies are replacing their existing set of diagnostic instruments and standardize on Softing’s state-of-the-art tool. Download the latest version of Softing’s PROFIBUS Diagnostics Suite V2.11 (under the “Downloads” tab) free-of-charge here.
"Project Gemstone" To Make Fieldbus Experience Easier, More Application-Centered - The Fieldbus Foundation have announced a new technology development initiative-Project Gemstone-intended to make the digital fieldbus automation experience easier than conventional analog control systems in every conceivable way, from device setup to device replacement and daily maintenance practices. Encompassing a wide range of Foundation fieldbus development efforts, Project Gemstone covers many of the initiatives the Fieldbus Foundation is already working on today. This includes Foundation for Remote Operations Management (ROM), Field Device Integration (FDI) Cooperation, and ISA108 intelligent device management. Foundation for ROM technology allows users to integrate their WirelessHART, wired HART, ISA 100.11a devices, remote I/O, and Modbus communication into the Foundation fieldbus managed infrastructure. FDI is working towards a single device integration package that will provide all the benefits of Electronic Device Description Language (EDDL) and FDT/DTM technology. The ISA108 standards effort is defining recommended work processes for intelligent device management, regardless of communication protocol. The foundation's new usability team is also focusing on how to make fieldbus devices easier to specify, set up, configure and maintain.
Successful FOUNDATION for Remote Operations Management Field Demonstration Held In Brazil - The Fieldbus Foundation conducted the first live demonstration of its Foundation for Remote Operations Management (ROM) technology at the Petrobras research and development facility (Cenpes) in Rio de Janeiro, Brazil. Held on April 30, 2013, the demonstration was attended by Petrobras company executives and automation industry media from around the world. The first development of its kind integrating remote input/output (I/O), ISA 100.11a, WirelessHART®, wired HART, and Foundation fieldbus H1 protocols into a single, standard data management environment, Foundation for ROM extends the capabilities of Foundation fieldbus to wired and wireless devices installed in some of the world’s harshest and most remote locations. This open, non-proprietary solution provides a unified digital infrastructure for asset management in applications ranging from tank farms and terminals to pipelines, offshore platforms, and even original equipment manufacturer (OEM) skids.
The FDT Group's New White Paper FDT2
Specification Provides Enhanced Security and Improved Performance” is
now available for download. The paper examines many of the key
benefits of the released FDT2 specification focusing on the enhancements in
security and performance. Several DTMs and Frame Applications based on the
FDT2 specification have been released with many more in development.
Call for Papers - If you have an upcoming conference and are calling for papers please contact us.
Electrical Arc Flash Conference - MELBOURNE, Australia - 6th, 7th, & 8th August 2013
IDC have a range of E-Learning courses Covering Data Communications, Electrical Engineering, Electronics Engineering, Instrumentation, Mechanical Engineering and Project Management .
Training and Workshop Schedules
IDC have a huge range of workshops and training courses in Australia and USA.
Free Courses! - The Engineering Institute of Technology, in conjunction with IDC Technologies will be running regular hour workshops covering basics, troubleshooting, new developments and much more including;
|14th August - Troubleshooting PLCs - Register||
August - Live Session - Asset Management for
Electrical, Control, Safety and Communication Systems - Register
Sept -Fundamentals of Process Control - A very short Intro - Register
11 Sept - Practical Radio Telemetry Systems for Industry
Sept - Nuts and Bolts and Troubleshooting of AC Electrical Motors and
25th Sept - Live Session - Project
Management Essentials - Register
Downloads of slides from past technical courses
Forums and Conferences
A really great website for the latest news is the Read-Out Instrumentation Signpost.Control Engineering have a great range of newsletters covering;
Are you into Hydraulics? Brendon Casey's Inside Hydraulics Newsletter contains loads of technical tips and money saving techniques.
Automation World offers some electronic newsletters of interest including;
The Flow Control Network has a excellent newsletter for flow "buffs".
Jim Pinto's Website has lots of great content pertaining to Automation.
Looking for some Technical Information on Control, Electrical Instrumentation, Fire & Gas, Safety Instrumented Systems (SIS) and many other subjects?
Search the vast ICEweb Free Technical Engineering Library for information on Control, Fire & Gas Systems, Electrical, Instrumentation and Safety Instrumented Systems.
ICEweb has developed the following pages thanks to our
Just click on the title header to go to ICEweb's super pages on each of the following subjects.
Process Analyzers - Potential Uses and Applications – This document
provides ideas for application of Precision Scientific process analyzers in
petroleum refineries. The information is arranged by refining process. Included
in this synopsis are applications which may be economically feasible in many
refineries. The primary advantage to using on-line process analyzers in refining
operations is the ability to control the product streams closer to
specifications. Periodic analysis of the product streams leaving a particular
unit can be used for both quality control and for control of the unit operation,
in order to maximize the yield of high-value products. A dedicated process
analyzer would be able to provide measurement results quicker and with better
repeatability than laboratory analysis. This would allow for better control of
heater loads, reflux, and the tracking of transients. Improved control would
allow for greater yields of high value products by reducing the give-away needed
to assure that all products meet specifications - from Expotechusa.
Improving Analytics to Meet Process Industry Demands - Moving analyzers from the lab to a field-based shelter to the pipe will cut costs, reduce maintenance, and improve operations - Creating products from raw materials in pharmaceutical, petrochemical, and other process plants depends on intricate process systems executing numerous steps or unit operations. To ensure efficiency, quality, and safety, precise measurements must be taken during the various stages of production. These measurements have typically been made using instruments and analyzers. These devices supply information to plant personnel in control rooms and laboratories. Instruments are used to measure basic parameters, such as pressure, temperature, flow, and level. Sophisticated analyzers make more complex measurements concerning the composition of one or more components in a liquid or gas chemical stream. Both instrument and analyzer data are used as inputs to automation systems for the purpose of monitoring and controlling the process. Instrument technology has been used for decades and is highly refined, enabling these devices to be directly installed in pipes and vessels, delivering reliable readings with minimal maintenance. Analyzers for some basic measurements have advanced to the level of instruments in terms of ease of use and reliability. In most cases, analyzers and related sample systems remain quite complex in terms of installation, maintenance, and operations – but recent advancements are changing this paradigm - from the ISA and InTech.
Analyser Sample Systems
Thanks to our sponsor Invensys Triconex ICEweb's Burner Management System page has around 70 fantastic technical links , many which are new, to assist you if you work in this area.
Loads of links to cable information can be found on this page.
High Performance Electrical Wiring Breakthrough - Super-strong wires made
from carbon nanotubes, which could significantly improve the efficiency with
which electricity is supplied across the UK have been developed in a usable form
for the first time. The wires are one tenth the weight of copper, and, if used
in conventional systems, would also make vehicles more fuel efficient. The
wires, developed by researchers at the University of Cambridge can also be
joined to conventional metal wires, which until now has not been possible.
, Choke Papers and Applications, Subsea Choke Valves, Choke Control Systems and some great links to technical papers.
Mokveld Choke Valves, a Concept that Works - Chokes are critical for the safe and economic production of the world’s oil and gas reserves. In the past simple needle-and-seat chokes were adequate as pressure cuts were low and the applications of adjustable chokes were less demanding. Also, in that era, adjustable chokes employing the rotating disc principle provided satisfactory performance. A number of factors have changed the demands on chokes. Operating pressures have increased. Safety and reliability are becoming increasingly important. And finally, the economics of the equipment, seen over the life of the field, are vital for the proﬁtable development of the field. The new challenge was met by Mokveld with a proven expertise in control valves. Mokveld pioneered in the use of cages in production chokes. A cage-type choke has a multiple-orifice cylinder - the cage - and a piston which is connected to the stem. The movement of the piston modulates the area of the fluid passage. As a result of the impingement effect generated in the cage-type design, the erosive action of the fluid is fully under control. Also, noise is reduced to safe levels.
Gas Compression with Mokveld Subsea Control Valves - Mokveld is
proud to have been awarded the subsea anti-surge control valves for the Åsgard
Subsea Gas Compression Project. Subsea gas compression is a technology
approach that can boost recovery rates and lifetimes of offshore gas
fields. Aker Solutions - at the forefront of subsea gas compression - was
awarded the contract by operator Statoil to supply a complete subsea
compression system for Norway’s Åsgard field. The project represents a
quantum leap in subsea technology, and an important step in realising
Statoil’s vision of a complete underwater plant.
Mokveld Subsea Control Valves Service Norwegian Oil Field - One of the technology gaps to be addressed was the development of large fast-acting subsea control valves. Several operators recognised the unique advantages of Mokveld's axial flow design in topside severe service control applications and approached Mokveld to investigate the axial flow concept as the basis for a subsea control valve.
Large Size Quarter Turn Control Valves can Improve Safety in Pipelines - Carlos Lorusso - Most control valve applications in pipelines are related to system start-up and shut down, emergency operations, delivery control, fluid speed control for pipeline internal examination. Selection of the right control valve is a key factor for long term successful performance for large applications where the safety and security of supply are important considerations. This document presents considerations for control valve selection to improve the safety and operation of oil and gas pipelines. Axial control valves are used when high pressure drop, high flow coefficients, low noise levels and bubble tight shut-off are required. Common applications include compressor start-up, shut-down and High Integrity Pressure Protection Systems (HIPPS). Triple offset valves (TOV) are used for large volume flow control, bubble tight shutoff, pressure drops of less than 30%.Typical applications include delivery point and controlled blow down. Ball valves are used for speed control for intelligent pig travel during pipeline examination and cleaning operations - from Tyco and pipeline conference.
Of Flow Instability And Its Implication On A Severe Service Control Valve Using
Computational Fluid Dynamics (CFD) - Jeetendra Singh and Sudhakar Paranjothi
Rajan - Some valve designs use finned plugs to divide the flow through the seat
area into multiple, smaller jets in order to reduce the effective jet diameter,
which helps in reducing the noise level in the valve. In this design flow
instability develops inside the valve which creates high rotational moment on
plug assembly. Anti-rotation pin is used to arrest rotation of plug. In some
cases, the turbulent flow can be so severe as to result in the anti-rotation pin
breaking. In this paper, analyses have been carried out to study flow
instability and its implication on the rotational moment produced.
- Of the greatest importance in connection with valves
has to be “cavitation”. Cavitation develops if liquids - due to high
velocity - evaporate temporarily in the interior of the valve. The bubbles
filled with vapor proceed through the liquid flow in the direction of the valve
outlet. Due to an inevitable pressure recovery behind the throttling area the
bubbles reach a zone of higher pressure and this leads to a sudden implosion of
these bubbles. The implosion effect forms micro jets with velocities of up to
500 m/s. During the impact of such micro jets on a firm body (e.g. valve body
wall or trim), extremely high local pressure peaks occur which can destroy
almost any material very quickly.
Packing and Gaskets - The chemical industry has carried environmental surveys for many years. These surveys provide valuable information regarding environmental pollution which is usually related to leaking packings and gaskets. Packings are, in principle, gaskets too, they are, however, in addition exposed to dynamic strain. For the reliability of packings or gaskets there are primarily two factors, Suitable selection of type and material, and regular maintenance, in order to avoid wear and tear and a compression of the sealing element.
Valve Positioner Enables Fast & Precise Control of Large Valves - Where process control applications need larger valves it can sometimes be difficult to achieve the required levels of accuracy combined with fast positioning. Larger valves tend to be fitted with pneumatic actuators which provide significant positioning forces and in these situations the positioning of the valve is achieved by filling the actuator with the corresponding amount of air, or by venting from the actuator. However, the air output capacity required to achieve fast positioning in larger actuators (with diaphragm areas of 1400cm2 up to 2800cm2) is simply too much for normal positioners and accuracy can be compromised.
Pneumatic Boosters - Particularly in association with electro-pneumatic positioners or electro-pneumatic transducers with only a very low air capacity, pneumatic boosters are often indispensable. Smallest forces in these devices must be sufficient to activate the flapper-nozzle system of the electro-pneumatic converter. The volume of the cascade pressure (which depends on the small gap between flapper and nozzle) is, however, very limited through the tiny restriction and subsequently a pneumatic booster is always compulsory. Pneumatic boosters are classified into pressure boosters and volume boosters.
Fugitive Emissions Philosophies for Control Valves -Holger Siemers - It is interesting to compare the use of the bellows seal design versus low emission packing material. The bellows seal design seems to have been forgotten in international discussions and published papers, but it is still unbeatable as regards its life cycle and 'quality of tightness'. In the 'world of valves' under the requirements of fugitive emissions approximately 5% are control valves - thanks to SA Instrumentation and Control.
of Rangeability -The term rangeability was, for a long
time, not clearly defined so that it was interpreted in various ways. Even today
“rangeability” is often confused with the term „turn-down ratio“ which
means the ratio of maximum to minimum flow through a control valve without
regarding any tolerances of the inherent flow characteristic, but usually
considering flow repeatability. Using this definition and assuming the
application of a control valve positioner which guarantees a travel
repeatability of 0.5 %, a turn-down ratio of 100:1 and higher can be achieved,
while the rangeability, as defined in standard IEC 60534 is not much greater
than 15:1. With most trim types, the plug immerses into the seat ring, which
requires a minimum gap width, in order to avoid sticking caused by thermal
influences or even seizing of seat ring and plug. As a result, an unintentional
flow occurs through the gap. This determines the minimum controllable flow and
sets natural rangeability limits for any control valve
Selection of Suitable Materials for Control Valves - The sizing and specifying of control valves presupposes a high degree of experience in order to meet the requirements in an optimum manner. This applies particularly to the selection of the correct materials for the valve body, valve bonnet and internal parts (trim). A “low cost” control valve, composed of unsuitable materials soon becomes very expensive if it has to be replaced after only a short working life. On the other hand a valve consisting of expensive, exotic materials does not automatically ensure long durability if other important influential parameters have been disregarded. A selection of suitable materials is by no means made easy by the wide spread offering of valve manufacturers. One is reminded of pharmacies who also offer prescriptions identical or at least very similar under different names. As a kind of introduction, a systematic survey of common control valve materials should be examined in order to provide an orientation for valve designers and users.
Tips For Starting An Alarm Management Program - Kim Van Camp and Todd Stauffer - Using The ISA-18.2 Standard Can Help Process Engineers Understand, Simplify, And Implement A Sustainable Alarm Management Program. This article presents four practical tips for starting an effective and sustainable alarm management program that conforms to the tenets of a relatively new process industry standard for alarm management published by ISA - from Emerson Process Management.
Focus this Quarter on HMI - Lots of
Really useful Information!
Building an HMI that Works: New Best Practices for Operator Interface Design - Human Machine Interfaces (HMIs) are requiring a new standard in today’s automation industry. This white paper takes a look at the industry's new best practices for building an effective HMI. You'll find out what's wrong with most HMIs and why, see some of the research behind those that work, and learn specific ways to make yours better. Whether you're starting an HMI from scratch or thinking about adding to or changing yours, the information in this paper will help you build an HMI that increases productivity, saves downtime, and avoids accidents -from OPTO22.
The Myth of ASM® Graphics - How Many Companies Get Burned and Don’t See any ROI - Ian Nimmo - ASM graphics have become a household name and unfortunately anything in grayscale is passed off to be an ASM graphic. Many poor HMI designs are being passed off as ASM Style graphics but most operators can tell that something is not right and refuse to accept the limitations and demand more colour, more graphics and yes, more alarms to compensate for the graphics poor delivery of good situation awareness. So what does good look like? How do you measure it? What is the ROI expected? This session will explain the only way to deliver High Performance HMI using an ISA SP101 approved Philosophy and Style Guide and how to document your Object Library or Dynamo Toolkit - from User Centered Design Services, Inc.
Gray Backgrounds for DCS Operating Displays? - Peter Bullemer, Dal Vernon Reising, and Jason Laberge - With all the sophisticated and cool graphic capabilities available today, why does the ASM consortium recommend such muted and boring colours? The answer involves the human factors behind the selections - To understand the factors that influence design decisions on use of color in operator displays, it is important to understand some basic principles of human sensation and perception. To enhance situation awareness, visual coding techniques are used to draw the operator’s attention to the most critical data and information through enhancing the salience of the associated display elements. An object is more salient than another object if it “stands out,” or grabs one’s attention. In terms of the display design then, this object appears to be in the foreground of the display relative to other objects – from ASM Consortium and Control Engineering.
- a step by step process for designing colour usage in complicated interface graphics
- two detailed examples of design of aerospace displays
- a new colour selection tool to support the recommended design process
- information about colour usage standards and guidelines
- information about applied colour science, and
- reference resources.
Aerospace graphics get special attention, but much of the information should be useful for other colour graphics as well.
Blindness Simulator - Approximately one in twenty people have some form of
colour blindness that prevents them from seeing colour the same way that people
without any colour vision deficiencies do. Many images and resources on the web
are coloured in such a way that it's difficult for users with vision
deficiencies to comprehend them. There are many examples in our time, including
theatre seating plans where colour blind users couldn't differentiate one
section of seating from another!
Use this Colour Blindness Simulator to reveal how your images may appear to users with a variety of colour blindness conditions. Upload a JPEG image of no more than 1000 pixels x 1000 pixels (100 KB file size or less) to see how colour blind users may see it - from ETRE.
Operators From The Control Room - There is universal agreement that mobile
devices will be making an appearance on more plant floors in the future,
although agreement from automation suppliers on a timescale for this to become
general practice is less easy to come by. When the maintenance team is trying to
repair a failed transmitter or troubleshoot a drive at 2am it is useful to be
able to check the inventory system for spare parts or review the online manuals
for troubleshooting advice," said Eric Byres, CTO at Tofino Security, a
Belden brand. "Being able to do that right where the problem is will be a
powerful driver for allowing tablet devices on the plant floor – making
maintenance and support the first applications for mobile device technologies in
the process factory environment." - from Control Engineering.
on Stainless Steel - Walter J. Sperko - Rust on stainless steel is ugly.
Rust on stainless steel raises a lot of questions. Is the steel really stainless
steel? If it’s stainless, why is it rusted? Where does the rust
come from? Will it continue to rust? Will it spread? Will other forms of
attack occur, such as pitting or stress-corrosion cracking? This paper addresses
these questions for rust that occurs on a tank or pipe that is made from
austenitic stainless steel such as Type 304, 304L, 316, 316L, 321, 317, etc. It
covers the sources of rusting, the effect of rust on the performance of
stainless steel and methods for prevention and removal of rust that appears on
the surface of stainless steel components. It applies to rusting on external
surfaces of piping and vessels that are exposed to the atmosphere, including
rain, condensation, fog, etc. but are actually dry most of the time - from
Sperko Engineering Services.
Rust on Stainless Steel - Walter J. Sperko - Rust on stainless steel is ugly. Rust on stainless steel raises a lot of questions. Is the steel really stainless steel? If it’s stainless, why is it rusted? Where does the rust come from? Will it continue to rust? Will it spread? Will other forms of attack occur, such as pitting or stress-corrosion cracking? This paper addresses these questions for rust that occurs on a tank or pipe that is made from austenitic stainless steel such as Type 304, 304L, 316, 316L, 321, 317, etc. It covers the sources of rusting, the effect of rust on the performance of stainless steel and methods for prevention and removal of rust that appears on the surface of stainless steel components. It applies to rusting on external surfaces of piping and vessels that are exposed to the atmosphere, including rain, condensation, fog, etc. but are actually dry most of the time - from Sperko Engineering Services.
It’s Stainless Steel, it Shouldn’t Rust - This is often the kind of statements heard from individuals when discussing a failure of process piping or equipment. It is also an indication of how little is actually understood about stainless steel and the applications where it is used. For years industries have used stainless steels in their process piping systems. Most of the time stainless steel components provide satisfactory results. Occasionally a catastrophic failure will occur. The purpose of the information contained within this document is to bring an understanding to stainless steel, it’s uses, and why it will fail under certain conditions. This paper discusses the different classes of stainless steel, heat treatment, corrosion, welding, and finally material selection. As with any failure, it is imperative the cause of the failure be identified before a proper fix can be recognized. Most often the cause of the failure is identified as the wrong material being used in the wrong application - from CSI.
and Cathodic Protection Theory - James B. Bushman -
Corrosion Protection Of Metals - Two methods of combating corrosion which are widely used in New Zealand are cathodic protection and chemical inhibitors. Both methods depend on controlling the charge on the metal surface, and this can be monitored by measuring the potential of the metal. The conditions needed to stop corrosion can then be predicted from an electrochemical phase diagram - from NZIC.
Instrumentation Design Engineering Petrofac’s Experiences with AVEVA
Instrumentation™ - Petrofac is the largest UK-listed service
provider to the international oil & gas industry, employing over
17,000 people worldwide. It has over 31 years’ experience and an
impressive track record of projects in the Middle East, Africa, CIS,
Asia Pacific and the UK continental shelf. Like many other EPC
contractors, Petrofac is always looking to improve its
suite of tools to augment delivery performance. As an established
user of AVEVA™ products,
during 2011 the Electrical and Instrumentation team
in Malaysia evaluated and adopted AVEVA Instrumentation. It was
quickly and successfully
deployed into the project environment. AVEVA invited Mr Azizi Ahmad,
Petrofac’s Manager, Instrumentation,
Control & Telecommunication, who is based in Kuala Lumpur,
Malaysia, to share his
experiences of using AVEVA Instrumentation. Long familiar with the
limitations of other products, Mr Ahmad explained
that AVEVA Instrumentation’s advanced functionality was only
one among many reasons for
its selection. Other important factors included
its extensive provision for customising deliverables – an
essential requirement for a
company that works for a number of different clients,
each having their own specific requirements.
Top Ten Instrumentation Headaches - AVEVA spoke to instrumentation and control experts across the industry and identified no less than ten key areas where other vendors’ instrumentation design technologies fail to meet engineers’ and designers’ requirements. These are the top ten headaches that the engineers and designers face on a daily basis. The good news is that companies can avoid these headaches entirely by deploying the ‘visual engineering’ approach at the heart of AVEVA’s field-proven instrumentation solution. Register to read the full paper here.
AVEVA Electrical offers
market up to 30% man-hour savings
A Shocking Waste of Money - Eight Reasons Why Electrical Design Costs More Than it Should - Electrical engineering and design is one of the most complex and demanding challenges facing EPCs and shipbuilders, in new builds, in-plant projects, and marine refit. Recent capital expenditure on electrical engineering and design has been estimated to reach $3 billion in the hydrocarbon plant industry alone. But should we be shocked by this figure? Surely such a complex discipline necessarily comes with a high price tag? Expense is inevitable, certainly. But wastefulness is unforgivable. Unfortunately, the technology used to plan and design electrical systems, just like that used to design instrumentation and control systems, is often just that – wasteful. Because it has been developed with little regard for engineers’ and designers’ natural working methods, it results in cumbersome and error-prone methods of handling data, and prevents users from making effective technical use of the natural synergies that exist between many activities. Register to read the full paper here
Playing it Safe - How Information Management Technology is essential to meet more stringent Process Safety and Regulatory Compliance - Process Safety and Compliance are universal issues across all the world’s plant industries and individual regulatory authorities are increasingly collaborating to share ideas and to normalise globally consistent, best-practice requirements. These authorities have recognised the potential of Information Management technologies for supporting safe and compliant operations and we can expect to see their use progressively being encouraged, expected and mandated as regulations advance. But the issue is not only one of maintaining regulatory compliance. The US Centre for Chemical Safety claims that an average offshore incident costs an Owner Operator $80 million, so there is a serious economic incentive involved as well.This paper examines current capabilities, opportunities and likely future directions in the application of technology. For convenience, reference will be made to new offshore regulations emerging in the USA, as these are likely to set benchmarks for global regulatory standardisation,
Shift Handover -The Importance of Continuity - Shift handover has been shown to be a common source of revenue loss and safety incidents in plant operation. Both economic and regulatory pressures demand substantial improvement in the shift handover process. Every engineer knows that discontinuities are invariably a source of weakness, whether in physical structures or in continuous processes. This is particularly true in the case of shift handover but, whereas physical discontinuities may be easy to identify and remove, discontinuities in working procedures can be far more difficult. It has long been recognised in the plant industries that the discontinuities of shift handover are among the most common and potentially serious sources of problems. These can range from minor impacts on operational efficiency to the most serious safety incidents; all incur corresponding levels of economic cost. The root of the issue is the transfer of information from outgoing to incoming shift teams. This paper looks into the problems arising and describes how the latest information management technology can be used to overcome them. To download AVEVA's paper on Shift Handover visit http://www.aveva.com/en/Media-Centre/Business_Papers.aspx
Sustainable Energy Management - Putting Information
Assets to Work in the Process Industries - This paper outlines the
challenges facing process plant operators in implementing effective
Energy Management strategies. It describes how these challenges may be
overcome through the use of currently available Information Management
technologies supported by a comprehensive, Service-Oriented Architecture
(SOA). Information Management technology can overcome the technical
barriers to effective Energy Management and provide the means to harness
an enterprise’s extensive, but often under-exploited, information
assets. Such capability supports the key elements of a sustainable,
long-term Energy Management programme: best practice methodology and an
integrated framework to address its information requirements. Rather
than being just a short-term initiative with a single objective, this
type of programme constitutes a substantial step on the road to
implementing a comprehensive Operations Integrity Management strategy to
deliver enterprise-wide business benefits. An Energy Information
Management strategy can thus lead to more extensive and sustained
optimisation of all aspects of asset operation. To
download AVEVA’s paper on Sustainable Energy Management
AVEVA – the world's leading engineering software provider, whose vision and commitment have completely redefined the plant, power and marine industries.
Find out more about AVEVA Instrumentation and other products here.
Using a Project Management Methodology for a Control System Project - Alan Kelm - A project management plan is crucial to the success of implementing a control system project. The use of a project management methodology provides consistent results from one project to another, on time project completion, within budget, and full documentation. This paper details a “Project Management Life Cycle” approach, which defines project tasks and assigns responsibility for these tasks. The life cycle addresses everything from the very beginning of a project, which starts when the business development team goes after and quotes a specific project, to the project conclusion. Included is information about the typical areas of problems on a project, which includes passing information from one group to another, and assuring complete and accurate documentation. The process includes all of the following areas: Business Development, Engineering Design, Software Design, Drafting, Validation, Purchase of Material, Panel Fabrication, Field Installation, Interfacing with Contractors, Turn Over Documentation, and Project Close Out – from Bay-Tec Engineering and the ISA.
Thanks to AVEVA take a look at this page with just masses of information on the Instrument Database Approach to ICE Design Engineering.
Plenty of information on this subject.
Many pages with Numerous Technical Links and White Papers on various Electrical Subjects.
Specification for Underground Armoured Cable Protected against Solvent Penetration and Corrosive Attack - Whilst not free this specification from EEMUA defines the requirements of the petroleum industry for underground armoured cables for use where protection against solvent penetration or corrosive attack is required. This second edition updates the Specification to be compatible with the latest British (BS), European (EN) and International (IEC) standards and includes in its scope all types of electrical cables including instrument and communications - from EEMUA.
Flash Conference - 6th, 7th & 8th August 2013 - Mantra on
Russell, Melbourne, Australia
Learn the latest from US,
Australian and New Zealand experts who will present papers on case
studies, new technologies, best practice and practical solutions for your
arc flash issues. Featuring Keynote Speakers: Hugh Hoagland
(USA), Founder, e-Hazard and ArcWear and Sesha Prasad, Senior Power
Systems Specialist, Welcon Technologies -
Get the Conference Brochure.
New Standard 61439 for Switch and Control Gear Standard - This new standard will supersede the previous standard IEC 60439 from November 2014.
Redesign Blowdown Systems and Alter ESD Practices - When compressor stations are taken offline for maintenance or the system shuts down, the gas within the compressors and associated piping is either manually or automatically vented to the atmosphere (i.e., blowdown). Emergency shutdown (ESD) systems are designed to automatically evacuate hazardous vapours from sensitive areas during plant emergencies and shutdowns. Some ESD systems route these vapours to a flare stack where they are combusted, while other systems simply vent the evacuated vapours to the atmosphere via a vent stack. Partners report a number of opportunities to reduce emissions from blowdown systems and ESD practices, including (a) Redesigning blowdown systems altering ESD practices (b) Installing YALE® Closures (c) Designing isolation valves to minimize gas blowdown volumes (d) Moving fire gates valves in to minimize blowdown volumes. Department of Transportation (DOT) regulations require that emergency shutdown (ESD) systems at gas compressor stations be fully tested on an annual basis. One common practice is to activate the entire system, which discharges very large volumes of gas to the atmosphere. A DOT acceptable alternative is to test each individual dump valve with the discharge stack blind flanged. This greatly reduces gas emissions, but has higher labour costs associated with installing and removing a blind flange on each ESD valve - from the EPA.
Thanks to our sponsor McCrometer the V-Cone page has been extensively upgraded with more GREAT links to comprehensive technical information. These include:
Meter - Gas Measurement for the Real World - Maron J.
Dahlstrøm - This paper describes the performance of the V-Cone meters used for
Embla test separator gas measurement. The advantages and disadvantages for use
of this technology on the partially processed gas at an offshore platform is
discussed. It has been shown in tests that the V-Cone meter functions well with
wet gas conditions. The long term repeatability of the meter is documented. Also
the low influence from upstream disturbance is confirmed. It is shown that
calibration curve fit to ISO5167-1 based equations, can give dry gas accuracy
inside the fiscal requirements for gas at Reynolds number above 1 million. The
experience from Embla shows that the V-Cone meter tolerates rough operation: The
V-Cone meter dimensions certified at six month intervals identifies no changes
to the meter. Also the flow calibrations carried out at the same time intervals
presents no significant changes, the results match close to the accuracy of the
equipment used in the flow calibrations.
U.S. Navy Adopts V-Cone Flow Meter for EMALS Duty on Next-Generation Carriers - Nick Voss - Defence contractor General Atomics (GA) is developing the next generation of aircraft catapult launch systems for United States Navy’s new Gerald R. Ford-class aircraft carriers. The Electromagnetic Aircraft Launch System, or EMALS, utilizes a breakthrough linear motor technology instead of conventional steam pistons. The Challenge - Accelerating a fully loaded strike aircraft to its launch end speed using linear motor technology generates heat in both the power system and the motors, which must then be dissipated by a cooling system. The cooling water in the system needs to be actively monitored and controlled to ensure proper cooling of these systems, which requires an accurate and dependable flow meter. GA reviewed the available flow meter technologies on the market in terms of their measurement accuracy, dependability and installation space requirements.
Accurate Flow Meter Helps Sugar Mill Measure Steam Consumption of Distillery Plant Producing Bio-Ethanol - Nick Voss - The process engineers at the sugar mill in Latin America needed a new flow meter for steam custody transfer purposes. They were required to measure the steam transferred via a 16-inch line from the sugar mill to its sister company bio-ethanol plant for cost accounting purposes. The mill’s process engineers were looking for a reliable and accurate steam flow measurement solution without routine maintenance requirements for operation in a high-heat, high-humidity dirty plant environment. Choosing a new flow meter can be a complex and time-consuming process. There are numerous flow meter measurement technologies, and not all of them are equally suitable for measuring all fluids: steam, gas or liquids.
Honda Cars Philippines Ensures Quality Manufacturing with Advanced Gas Measurement Solution - Nick Voss - Providing accurate and reliable liquefied petroleum gas (LPG) consumption data for Honda’s oven burners is necessary to ensure accurate production cost and billing as well. Unfortunately, the planned thermal flow metering system could not measure the low end of the LPG flow scale without major changes to the piping system and purchasing a new insert probe. With the plant’s piping space constraints a McCrometer V-Cone Flow Meter was recommended, which due to its compact configuration, required minimal changes to the existing piping system.
NEL Invests in the UK's First High Pressure Multiphase Flow
Thanks to ICEweb Sponsor Zedflo our Ultrasonic Flow Metering page has been updated with new links, these include:
How Can Clamp-On Ultrasonic Flow Meters Identify what Product is Flowing from Outside the Pipe? - John Accardo -Many petroleum pipelines flow multiple products such as diesel fuel, gasoline and jet fuel. Between each of these products lies an interface where the flow stream transitions from one product to another. Pipeline operating companies depend on instrumentation to indicate what fluid is in the pipe and when an interface occurs in order to manage the pipeline’s operations. For example, flow arriving at a terminal is stored by product type in specific storage tanks. By knowing when an interface arrives, a valve can be switched to route the new fluid to its respective tank. Certain additives (e.g., Drag Reduction Agent “DRA”) may only be injected for specific fluids. So, you can see that knowing what fluid is presently in the pipe is critical to proper operation of the pipeline. Using a non-intrusive instrument for this purpose adds another level of benefits, including low cost installation, no loss of pressure, no interruption of the DRA, and the ability to allow pig passage through the measurement point.
Siemens SITRANS FUS1010 Clamp-On Flowmeter Installation Guideline - In this Video learn how to get started with the FUS1010 clamp-on ultrasonic flowmeter, including identifying and selecting sensors, choosing a mounting location and programming the meter. SITRANS FUS1010 is the most versatile clamp-on meter on the market today, with maintenance-free external sensors that eliminate the need to cut the pipe or stop the flow.
Validating SITRANS F US Clamp-on Flowmeter Performance - Video - Learn how to use several simple diagnostic tools on any SITRANS F US clamp-on ultrasonic flowmeter to ensure that the flowmeter is operating properly and the readings are as accurate as possible. The SITRANS F US flowmeter line from Siemens provides precise measurement of liquids and gases and features maintenance-free external sensors that eliminate the need to cut the pipe or stop the flow.
Theory of Operation: Ultrasonic Doppler Flow Meter - This video details how a Doppler Flow Meter works - from Instruments Direct.
of Operation: Ultrasonic Transit Time Flow Meter
|Honeywell Analytics Gas Book - This updated handbook is intended to offer a simple guide to anyone considering the use of gas detection equipment. It provides an explanation of both the principles involved and the instrumentation needed for satisfactory protection of personnel, plant and environment. The aim has been to answer as many as possible of the most commonly asked questions about the selection and use of industrial gas detection equipment.|
Visual Alarms - Why are visual alarms required? - One American in a hundred has a severe hearing loss; nearly one in ten has a significant loss. In 1984, the Digest of Data on Persons with Disabilities reported that: "(the severity of hearing problems was strongly associated with age. persons 65 and older constituted 69 percent of the population with the most severe hearing trouble...but only 8.7 percent of the population without hearing trouble." Those who are deaf or hard-of-hearing, a growing percentage of our population, due largely to the growth in the numbers of older persons depend upon visual cues to alert them to emergencies. A visual alarm provides persons with hearing loss the same warning delivered to hearing persons by an audible alarm. Audible fire alarms have been a standard feature of building construction since the life safety codes of the early 1900s. However, visible signals did not appear even in accessibility codes until 1980. Early standards required relatively dim flashing lights at exit signs, an alarm system that was effective only along an exit route. As accessibility, life safety, and building codes were revised, however, they began to incorporate alarm technology that was developed for use in schools for persons who are deaf and in factories where ambient noise levels made audible alarms ineffective - from US Access Board.
of Piping Systems Subject To Fires and Explosions
Fire Systems Integrity Assurance - Experience has shown that fire detection and protection systems are not always designed or specified in sufficient detail to ensure that they meet the performance criteria necessary to reliably achieve their intended role; this can result in fire systems not providing the performance required when called upon to do so. The OGP has produced a Fire System Integrity Assurance report, which provides guidance on issues involved in the assurance of fire system integrity from development of appropriate performance criteria through to routine system testing and inspection, in order to assess ongoing performance against the original criteria. The objective of the report is to provide a high level model of the steps to be addressed in assuring fire system integrity and to give guidance on technical points to be considered at each stage, drawing on practical experience from oil and gas installations - from OGP.
Flame Detector - ProDetec, a leading Fire & Gas Detection company,
have announced the
availability of the new Simtronics MultiFlame DF-TV7 series flame
detectors that provide fast and accurate detection of hydrocarbon fires
while ensuring reliable false alarm immunity. The new Simtronics flame
detectors is available in Multispectral IR (IR3) and UV/2IR versions; both
are housed in a rugged 316 stainless steel enclosure, approved to ATEX,
CE, and IECEx global standards, and certified and suitable for use in SIL2
The Simtronics DF-TV7-V flame detector is based on a multi-infrared spectrum (IR3) technology that provides the longest distance-to-detection on the market (80m for n-Heptane), is highly sensitive to fire and is ideal for use in dirty environments and for smoky fires. The Simtronics DF-TV7-V flame detector uses combined ultraviolet/infrared (UV-2IR) optical technology that provides industry-leading immunity to false alarms based on the two IR channel design. Both solutions lead to a very efficient false alarm rejection while keeping optimum sensitivity to fire.
Prevention Requirements for Information and Communication Technology (ICT) rooms
- Best Practice Document - This document provides specification of the Norwegian
HE sector’s recommended fire protection requirements for ICT rooms. The aim of
this document is to raise personnel awareness concerning the fire protection
issue, and to enhance the quality of fire protection measures within the sector.
Furthermore, it is intended that the recommendations in this document will form
the basis of expansion, renovation and new building projects, and that they will
be applied in everyday work contexts.
Hazardous Areas Instrumentation and Electrical Equipment - A huge technical library of Technical Information covering a wide range of Electrical Equipment in Hazardous Areas.
Flammable Facts Poster - This poster from MTL gives a quick look at the most important facts associated with Electrical Equipment in Hazardous Areas.
The Following Electrical Equipment in Hazardous Areas Books are
from EEMUA, whilst not free they do provide excellent information on this
Practitioner's Handbook - Electrical Installation, Inspection and Maintenance in Potentially Explosive Atmospheres
A Guide to Risk Based Assessments of In-situ Large Ex 'e' and Ex 'N' Machines -This guide provides a practical method to undertake a comparative evaluation of the risk of incendive discharges occurring in existing large Ex 'e' and Ex 'N' high voltage machines in potentially explosive atmospheres.
IECEx Certificates go Mobile - An App to Identify Devices in Explosive Atmosphere - IECEx, the IEC System for Certification to Standards relating to Equipment for Use in Explosive Atmospheres, has launched the first mobile application to show international certificates for equipment used in explosive atmospheres. The person in the field can now look at a piece of installed equipment and the app provides them with the ability to confirm that there is a valid certificate for the apparatus on the IECEx online Certificate System.
Hazardous Area Classifications and Protections - The intent of this document is to provide a broad overview of hazardous area classifications and the types of protection techniques involved – from Emerson Process Management.
How to Make Sure Your Dust Collection System Complies with Combustible Dust Standards - Tony Supine and Mike Walters - Combustible dust explosions are a risk in many areas of a plant, but one of the most common locations is the dust collection system. How do you know if your dust collection system complies? What do you do if it doesn’t? Are your employees at risk? What are the hazards and how do you identify them? The National Fire Protection Association (NFPA) sets standards and codes to protect buildings against fire and explosion risks, and the Occupational Safety & Health Administration (OSHA) is applying these standards with increasing vigilance. When it comes to combustible dust, several standards must be considered. This white paper reviews the current status of the OSHA National Emphasis Program for combustible dust, the NFPA standards that address how to prevent or limit explosion hazards, how to identify these hazards, and the types of equipment used to eliminate or control explosion hazards. We will also examine the most common shortfalls to compliance and how to avoid them - from Camfil.
d Enclosures: Understanding the Standards - Toni Ott - When specifying
explosion-proof (Ex d) enclosures to house electrical apparatus for use in
explosive atmospheres, engineers need to understand the implications of
modifying the enclosure as part of the certified equipment prior to and after
installation - from Control Engineering.
A swag of information on this interesting subject.
High Integrity Pressure Protection System (HIPPS) - Andrew Chu - A High Integrity Pressure Protection System (HIPPS) is a Safety Instrumented System (SIS) designed to prevent an unsafe condition caused by pressure arising (e.g. due to separator outlet blocked in the choke valve downstream, blocked pipeline, etc). The decision to utilize a HIPPS in addition of utilize a PSV shall be based on the study of risk. The aim of this study is to determine a certain SIL requirement. This study will conclude whether some process condition need to have a HIPPS or its ok to protect it by a PSV valve only - from the Instrument Engineers Blogspot.
HIPPS ...for Cost-Effective Risk Reduction - Ken Bingham and Scott Lawson - With the oil and gas sector booming, many hydrocarbon processing facilities are trying to increase production to meet rising demand. These plants, initially designed and engineered, sometimes decades ago, to deliver a specific level of production, are being expanded or revamped in some way. When new gas production sources are tied into a gas plant, for example, the existing pipelines and processing equipment face the risk of overpressure in excess of design capacity. This may result in the unplanned release of hydrocarbons into the atmosphere via a triggering of a mechanical relief device such as a PSV (pressure safety valve), the undesirable burning of these hydrocarbons through the flare system or the worst case scenario of a rupture, fire and explosion. With the adoption of various standards including ASME, API, and the performance based, non-prescriptive standards IEC 61508 and IEC 61511, conventional thinking is evolving to include the application of high reliability safety instrumented systems (SIS) to replace and lessen the need for additional PSVs and expanded flare systems. HIPPS, an abbreviation for high integrity pressure protection system, is a specific application of a SIS designed in accordance with IEC 61508 which is growing in popularity. With HIPPS, the protection against overpressure is achieved by quickly isolating the source causing the overpressure, as compared to conventional relief systems where the overpressure is relieved to atmosphere - from ACM.
Optimising Pressure in Subsea pipes with HIPPS - Jacob G. Hoseth, Bernard Humphrey - Most of the ‘easy’ oil fields have now been discovered, making it likely that new fields will be more difficult to develop than in the past. For those fields where high pressure is the main technical challenge, a subsea High Integrity Pipeline Protection System (HIPPS) which, by confining the high pressures to the wellhead area, allows existing infrastructure to be used. When subsea HIPPS is installed, the flowline and riser pipe wall thickness can be rated to just the flowing pressure. A modularised, flexible system, subsea HIPPS helps oilfield operators to reduce the cost of developing pipeline solutions without compromising safety - from ABB.
API RP 17O - Recommended Practice for Subsea High Integrity Pressure Protection System (HIPPS) - This RP addresses the requirements for the use of high integrity pressure protection systems (HIPPS) for subsea applications. API 14C, IEC 61508, and IEC 61511 specify the requirements for onshore, topsides and subsea safety instrumented systems (SIS) and are applicable to HIPPS, which are designed to autonomously isolate downstream facilities from overpressure situations. This document integrates these requirements to address the specific needs of subsea production. These requirements cover the HIPPS pressure sensors, logic solver, shutdown valves and ancillary devices including testing, communications and monitoring subsystems. You will need to purchase this standard.
HIPPS-Based No-Burst Design of Flowlines and Risers - Nikolaos Politis, Hugh Banon, and Christopher Curran - A methodology is proposed for design of subsea flowlines and risers coupled with a subsea high-integrity pressure protection system (HIPPS) for fields with high shut-in tubing pressure (SITP). The proposed approach uses a design pressure that is lower than the SITP while maintaining a high reliability against burst failure. This approach enables an inherently safer design and ensures that the system integrity is not compromised in the unlikely event that HIPPS valves fail to close upon demand. The proposed design methodology is supported by a combination of analytical and experimental results. Further, an example is provided for demonstration purposes - from spe.org
DNV HIPPS - An introduction to High Integrity Pressure Protection System (HIPPS) as utilised on high pressure Subsea Systems - from DNV.
Subsea HIPPS - HIPPS is an instrumented safety system that is designed and built in accordance with the IEC 61508 and IEC 61511 standards. Additionally API RP 17O – Recommended Practice for Subsea HIPPS - provides guidelines for using the IEC standards in subsea systems. These international standards refer to safety functions (SF) and Safety Instrumented systems (SIS) when discussing a solution to protect equipment, personnel and environment. A system that closes the source of over-pressure within 2 seconds with a determined reliability level is usually identified as a HIPPS. A subsea HIPPS is a complete functional loop consisting of; (a) The initiators that detect the high pressure (b) A logic solver, which processes the input from the initiators to an output to the final element and (c) The final elements, that actually perform the corrective action in the field by bringing the process to a safe state. The final element consists of a valve and fail safe actuator and possibly solenoids.
Please support our Level Page sponsor Austral-Powerflo Solutions, see all their Magnetrol Level solutions on the page.
Glass Selection and Maintenance Tips Webinar - Glass is a critical element
in process observation equipment, and understanding the properties of glass is
important for proper specification. This
streaming video webinar covers the physical characteristics of glass, ways to
maximize its strengths and minimize its weaknesses, plus sight glass safety and
maintenance – You will have to register to access this
On-line Engineering Tutorial on Sight Glass Technology as it applies to chemical processing and pharmaceutical processing. You will have to register to download this webinar. This free webinar begins with an overview of the essential aspects of glass, noting the various formulations used in chemical, food and pharmaceutical process observation equipment. Concentrating on sight glass selection, installation, and proper maintenance, the webinar explains how to safely and effectively use sight glasses in process applications ranging from standard lines to exceptionally demanding applications with high temperature, high pressure, and sanitary requirements.
Lighting for Sight Glass Applications
Step-by-Step Guide to Sight Glass Selection - Sight glass components allow operators to safely observe processes inside tanks, pipes, reactors and vessels. When it comes to selecting a sight glass, a wide variety of factors should be considered in order to ensure optimal performance. The guidelines that follow give tips and step-by-step advice on how to best select the ideal sight glass for a specific application. Start by defining the process to be observed, with considerations given to temperature, pressure, impact, physical characteristics of the process media, flow, and whether or not the process has sanitary requirements. With these factors in mind, one can begin the process of selecting the type of sight glass that best suits the needs of the process - From L.J. Star Inc.
Laser Level Industrial Process Instruments
Thanks to ICEweb Sponsor Zedflo our Laser Level Instruments and Instrumentation page has been updated with new links.
Checklist for Pressure Sensor Selection - 15 Tips to Ensure Performance Meets Your Expectations - Elden Tolman - We have all experienced the frustration of a problematic sensor, even when the supplier tells us everything seems to be working properly. What we often find is that while the sensor may be “working,” it is often not the right sensor for the application. Successful pressure measurement usually comes down to one thing—selecting the right sensor for your application. There are so many considerations that it is easy to overlook a key element until it’s too late. Nearly a decade of working with pressure sensors in various applications has convinced me that the most common reason for problematic pressure measurements is the failure to select the right sensor. Even industry veterans can fall into this fine spun trap. This article presents 15 fundamental considerations when selecting a pressure-sensing device- from Flow Control Network.
Specifying A Pressure Transducer – How To Select Pressure Range And Device Type - Mitch Berkson and Dave Field - When choosing a pressure transducer for a particular application, usually the first question which arises is: “For what pressure range should the transducer be rated?” This simple question begets a bevy of related ones, namely: “What is the pressure range in which the device typically operates? Does the device occasionally need to measure pressures outside this range? What pressure must the device withstand and still operate within specification when returned to its normal range? What pressure must the device withstand without failing even if it will function properly after returning to the normal operating range?” Closely related to the pressure specification is the type of device to choose - absolute, gage or sealed gage. The following sections will first address pressure
, Fire & Explosion Hazard Management, IEC 16508 / IEC 16511/ANSI - ISA 84.00.01, Risk Assessment, Safety Instrumented Function, Safety Integrity Levels (SIL), Safety Instrumented Systems Replacement, Safety Requirements Specification, Safety Instrumented Systems Definitions, Abbreviations and Acronyms, Safety Instrumented Systems Applications, Statistical Signature Analysis, Software Tools for Safety Instrumented Systems Lifecycle Support, Partial Stroke Testing of Block Valves (Shutdown and Blowdown Valves), Process Safety Management (PSM), Transmitters for Safety Instrumented Systems, TÜV FSEng Training, Functional Safety Management and Compliance, HAZOP - Hazard and Operability Analysis, HSE (UK) Safety Instrumented System Documents, Safety Instrumented Systems Training and Lots More!
a focused supplier of state-of-the-art industrial software, systems and
control equipment to the world’s major industries and Sponsor of
Instrumented Systems and Burner
Management pages has announced a year-long celebration to mark the
30th anniversary of its Triconex
safety and critical control products brand.
Invensys has planned several special events in the coming year to mark
the anniversary of its Triconex brand, including a celebration at the
company’s Triconex and Foxboro Client Conference, as well as regional
celebrations across the globe at various Invensys locations. Get
Measuring and Closing Safety Integrity Gaps - How Modern
Process Safety Management goes beyond Functional Safety to Keep your Plant
Continuously Safe and Profitable - Steve J. Elliott - Functional safety focuses
on the safeguards required to manage and mitigate hazards. It seeks to answer
the following types of questions: What can go wrong? (Hazard identification),
How severe might it be? (Consequence assessment), How likely is it to happen?
(Frequency assessment), Does it matter? (Risk assessment) and Do we have enough
protection? (Layers of protection assessment.) Safeguards typically include
safety instrumented systems (SISs) such as emergency shutdown systems (ESDs).
They also includes alarm functionality of the distributed control system (DCS),
burner management systems and pretty much any other automation and control
technology that provide a layer of protection that enables safe operation. But
regardless of how well designed, functional systems are only fully effective if
operated and maintained properly, and growing awareness of this fact has given
rise to the newer discipline of process safety. You will need to register to
access this paper.
Profitable Safety - Improving Safety and Environmental Integrity to Improve
Profitability - Peter Martin - Safety of people, equipment, facilities and
the environment is becoming increasingly important in industrial operations.
This is not just because of highly publicized accidents or even for altruistic
reasons. Rather, it has become evident that the safety of an operation is
directly linked to profitability. Although it is true that industrial executives
are very concerned over the safety of their operations, it’s the increased
profitability potential that can be realized through more effective safety
management that is really starting to turn heads and to truly bring safety and
environmental integrity into the mainstream of industrial business processes.
For decades industrial professionals have recognized that the cost of unexpected
events, such as fires or explosions, can be very high in terms of injury, death,
equipment damage, facility damage, environmental damage, business interruption,
and insurance. Industry has responded to this high potential cost through
functional safety programs such as installing safety instrumented systems to
detect pending unsafe conditions and automatically taking the correct response.
These systems have proven to be very effective at the avoidance of predefined
unsafe events and certainly represent a huge step forward. But cost avoidance of
unexpected events represents just a small piece of the overall potential
profitability impact that may result from an effective safety control solution.
The “cost avoidance” perspective tends to be too easy for business
executives to turn a blind eye to because they are lulled into believing that
unsafe events will hit other businesses, not theirs. Unfortunately this tends to
be an all too human thought process for all kinds of similar events which seem
to have served to inhibit capital spending on safety improvement initiatives. You will need to register to
access this paper.
Bluewater, the clearest path to Modernization is through Invensys - This
Project had several goals; (a) To replace and upgrade the existing integrated
control and safety systems. (b) To achieve ‘First Oil’ on time in order to
avoid contract penalties and lost production and (c) To maximize the
availability/uptime of the control and safety systems and to minimize the total
cost of ownership. Also there were challenges which included; The Project teams
located in multiple locations, Process data from the new ICSS, including serial
interfaces, safety systems and new I/Os, were available only in the very late
stages before the planned FAT and the
original DCS had to be kept ‘alive’ as long as possible and the existing
safety systems were required to remain operational with just a few hours
available to upgrade.
Turbomachinery Control System Upgrade - In a highly complex gas turbine
application, Invensys modernized a peaking generator at a power plant in the
MidAtlantic region of the United States. As a result the generator’s
reliability and availability significantly increased. During the modernization
process, Invensys encountered a number of challenges. Many were related to the
overall complexity of startup, logic, and wiring. Others arose from a lack of
proper documentation for existing system operation and upgrade history.
Safety & Automation System (SAS) - How the Safety and the Automation Systems finally come together as an HMI - Ian Nimmo - Today we have clear guidelines on how the Safety Instrumented Systems (SIS) and basic Process Control Systems (BPCS) should be separated from a controls and network perspective. But what does this mean to the HMI and the control room design? Where do Fire & Gas Systems fit into the big picture and what about new Security and Environmental monitoring tasks? What does the Instrument Engineer needs to know about operators and how systems communicate with them. The evolution of the control room continues as Large Screen Displays provide a big picture view of multiple systems. Do rules and guidelines exist for this aspect of independent protection layers? What are today’s best practices for bringing these islands of technology together. This paper reviews the topic and provides advice on a subject on which the books remain silent. Today’s practices are haphazard and left to individuals without a systematic design or guidance - from Plant Services.
Standard - Design of Safety Significant Safety Instrumented Systems Used at US Department of Energy Nonreactor Nuclear Facilities - This standard provides requirements and guidance for the design, procurement, installation, testing, maintenance, operation, and quality assurance of safety instrumented systems (SIS) that may be used at Department of Energy (DOE) nonreactor nuclear facilities for safety significant (SS) functions. The focus of this standard is on how the process industry standard, American National Standards Institute/International Society of Automation (ANSI/ISA) 84.00.01-2004, Functional Safety: Safety Instrumented Systems for the Process Industry Sector, can be utilized to support design of reliable SS SISs - from the USDOE.
Demanding Performance Requirements of Oil and Gas Industry Require Careful Safety System Selection - Striking the right balance helps optimise investments, enhance safety and reduce lifecycle costs - Asset and system availability along with process uptime are more critical than ever in the oil and gas industry. At today’s high fuel prices, each minute of uptime counts. Any disruption of the supply chain creates a strain in the market and puts companies at risk for incurring substantial downtime losses. While safety is a concern across all manufacturing sectors, it is especially critical in the oil and gas industry. In this environment, risks can be far-reaching. The spill of a toxic agent or explosion could harm the entire plant or surrounding community. The inability to respond effectively to hazardous situations can be extremely costly from jeopardizing personnel to diminishing the bottom line, brand reputation, or consumer and investor confidence. This white paper provides an overview of available safety system options, key vendor and technology considerations, and pros and cons of common design approaches. It also highlights some of the business benefits companies can gain by implementing intelligent safety systems, including helping improve worker safety, asset protection and availability, reduced labour costs and increased overall equipment effectiveness – from Rockwell Automation.
Engineering Maintenance of Safety Instrumented Functions - Early Involvement Improves Operations and Maintenance through the Safety Life Cycle - Henry Johnston and Fahad Howimil - International standards for safety instrumented systems (SIS) have had a profound influence on the analysis and design of these protection systems. The old prescriptive or recipe type was changed to a performance approach that designers must satisfy. The first stages of the safety life cycle (SLC) are now well known by a majority of designers and engineers involved in SIS; however, such grade of understanding and influence has not been widely accomplished at the final stages of the SLC as are the operation and maintenance (O&M). O&M involvement in the engineering of SIS is normally passive, participating in specific analysis when requested. Such approach leaves almost the complete engineering of the protection system under project designer “responsibility.” An early involvement with a proactive approach to complement the designer experience with reliability and maintainability vision is necessary to balance the design and to manage the SIS - from the ISA and InTech.
of Asset Management Standards in Hazardous Environments - This overview from
BSI, the British Standards Institute, looks at asset management standards for
organisations operating in hazardous industrial environments.
Factors: Procedures and Instructions - ‘Human Error’ has long been
identified as a contributing factor to incident causation. Commonly cited
statistics claim that human error is responsible for anywhere between 70-100% of
incidents. It seems logical, therefore, to blame incidents on individuals or
small groups of people and to focus remedial actions at the individual level
(e.g. training, disciplinary action, etc.). However, by taking this approach in
addressing human error, organisations ignore the latent conditions in their work
systems that contribute to human error across the workforce. Rather, human error
should be recognised as an outcome of combined factors, instead of the root
cause of an incident. Organisational, job, and individual factors all interact
to influence human reliability, that is, the likelihood that an individual will
perform their task effectively or make an error. This publication forms part of
a series of information papers focusing on human factors. NOPSEMA defines human
factors as “the ways in which the organisation, the job, and the individual
interact to influence human reliability in hazardous event causation”.
Reliable behaviour results in desired performance, while unreliable behaviour
may result in human error, which can lead to events and near misses - from
Security Directions 2013 - Five predictions for 2013 from Eric Byres.
The following videos are from Tofino Security, it is recommended that they
are viewed in the following sequence;
(1) What is Cyber Security? - Our modern lifestyle relies on critical infrastructure and industrial plants that use complex networks of computers, PLC controllers, remote terminal units and other specialized equipment. However as these industrial networks have become more complex and interconnected, Cyber Security becomes more and more important to ensure their continued safe and reliable operation. This video examines the current state of cyber security in SCADA and industrial control networks, talks about how we got to this point, and lays the foundation for discussing how to improve the security of these systems.
(2) We're Secure - We Have A Firewall! - Many companies already use firewalls to isolate the plant and enterprise networks. What's so bad about this approach? Aren't these networks already protected? In this video, we'll explore the types of cyber security issues we often see in plant networks and learn how these issues can impact plant operations in spite of these firewalls.
(3) Security Strategies that Work on the Plant Floor - The previous video in this series showed that a firewall on the plant network could not protect us against many cyber security threats. But if that doesn't work, then what ARE we supposed to do to protect our plant? IT engineers have been dealing with cyber security issues for years. This video examines the security strategies that they have found to work, and see how we can implement them on the plant floor.
(4) Why Is Cyber Security still a Problem in SCADA and Control Networks? - IT engineers have been dealing successfully with cyber security issues for years, and there are many security products in daily use in enterprise networks. Why is cyber security such a challenge on control networks? Why can't the same tools and techniques be used to secure these systems? The answers to these questions lie in understanding the unique requirements of control and SCADA networks, and applying cyber security strategies in ways that are appropriate to these applications.
(5) How does Tofino Protect my Plant? - Previous videos in this series have discussed how Defence in Depth can be an effective strategy to secure control networks. So how exactly does Tofino implement Defence in Depth? And what makes it the best solution? This video takes a deeper dive into the components of the Tofino Industrial Security Solution, and examines how they work together to implement cyber security on the plant floor.
Energy Department Launches Public-Private Initiative to Help Oil and Natural Gas
Industry Strengthen Its Cybersecurity Capabilities - As part of the Obama
Administration’s commitment to protecting America’s critical energy
infrastructure, U.S. Energy Secretary Ernest Moniz today announced a new
public-private partnership to strengthen protection of the nation’s oil
and natural gas infrastructure from cyber attacks. Led by the Energy Department
in collaboration with industry experts, the Department of Homeland Security, and
other stakeholders, the initiative will create a tool that allows owners and
operators to assess their cybersecurity capabilities and prioritise their
actions and investments to improve cybersecurity. “As cyber threats continue
to increase in frequency and sophistication, helping critical infrastructure
owners and operators across the energy sector identify opportunities to
strengthen their own cybersecurity capabilities is a top priority,” said
Secretary Moniz. “Building on the successes in the electricity industry, this
initiative for the oil and gas sector is an important step in moving us closer
to achieving the Department’s vision of resilient energy delivery systems that
can survive a cyber incident while sustaining critical functions.”
Technical information on Cryogenic Ball, Gate, Globe and Check Valves - In the Oil and Gas industry, valves are exposed to some of the most extreme conditions imaginable. Corrosive and erosive environments and extremely high and low temperatures for example, require tough equipment, tough materials and tight tolerances. The technical links here provide engineering solutions. Check out our sponsor Prochem who have these solutions.
, Business Budgeting Tools
, Tracking Inventories
, Instrument and Control Tradeshows, Instrument, Measurement, Control and Automation Trade Organizations
and Quality Assurance and Quality Control
. Would you like to see more Tools Included? Please let us know and we will endeavour to include them.
Finally! A Document
Control Solution for OEM's, Fabricators and Suppliers of Process Control
Equipment - A Couple of Questions for YOU!!
The First Resource for PROGRESSIVE COMPANIES
- Creates manufacturing record books with a few clicks
- Works for both large and small projects
- Dynamically builds and manages the document register for every project
- Ensures compliance with customer submission specifications
- Appends customer cover sheets to every outgoing document including headers, footers and tag lists
- Supports customer defined document numbering
- Tracks approval status, location, transmittal history and due dates
- Supports document routing and workflow
The following links are from ICEweb sponsor IDC
Lightning Protection for Industrial Plants - Phillip Tompson - This paper provides an outline of a systematic approach to determine and apply lightning and surge protection to industrial plants such as water and sewerage and oil and gas facilities. All too often when lightning strikes an industrial plant, equipment is damaged and operations curtailed there is an initial rush to get the plant operational again. This is a reasonable response. Then comes the question of how to protect the plant against the next lightning strike. Inevitably the approach taken is ad hoc and the result is very often a lightning protection system that does nothing to protect the equipment that was originally damaged. Indeed by taking a systematic approach, applying the Australian standard, carrying out a risk assessment, then acting upon the results of that risk assessment both cost effective and successful solutions can be found.
Accurate Soil Resistivity Testing for Power System Earthing - Rodney Urban, Karl Mardira - Soil resistivity data is of fundamental importance in performing earthing system analysis. Reliable data is required to achieve good correlation between design and measured earthing system performance. The findings of numerous soil resistivity tests in the Sydney area for rail system earthing design is presented in this paper. The installations were inside the rail corridor where testing was often very restricted or not possible due to hazards, space limitations and adjacent buried metallic services or structures. A comparison of the results indicates the possible variation of soil resistivity at various depths over small distances and how this can be accommodated in the design process.
Arrester Earthing Resistance - Tony Gillespie - An analysis of the earthing resistance for surge arresters on the distribution network. The simplified analysis is based on lumped parameter circuit impedance values for a lightning strike.
Power System Earthing Due Diligence - Gaye E Francis and Richard M Robinson - There have been two primary paradigms of safety risk management co-existing uneasily over the last few decades. One is related to hazard based risk analysis driven by technical professionals using target levels of risk and/or safety. The other is the precaution based risk analysis driven by the courts focusing on ‘due diligence’ being a demonstration that all reasonable practical precautions are in place based on the balance of the significance of the risk vs the effort required to reduce it. The publication of the EG-0, Power System Earthing Guide, Part 1: Management Principles by Energy Networks Australia in May 2010 supports the hazard based / risk target approach to risk management whilst the impending (2011) national Model Workplace Health and Safety Act requires a positive duty of care for responsible officers to exercise ‘due diligence’. This paper will investigate the underlying conflict between the two positions and the manner of expected resolution using EG-0 as the focus.
The Following are from the very useful InstrumentationPortal.Com
Calibration Form - Calibration forms provide a list of actions to be done when performing instrument calibration. Instrument Calibration is required to make sure that instrument will function properly prior to installation. Before shipping, vendor has already done the calibration after setting the range to pre-determined value as requested by the end-user. It is common by contractor to re-check the instrument by performing bench calibration. However, some end-users prefer to install the instrument without undertaking this test. Following are some typical calibration forms for transmitters, gauges and control valves.
Transmitter Calibration Form
Control Valve Calibration Form
Pressure Gauge Calibration Form
Calibration - 2nd Edition - This calibration handbook covering various
topics about advanced calibration comprises 203 pages and 19 articles -
Calibrators, calibration software and other related equipment have developed
significantly during the past few decades in spite of the fact that calibration
of measurement devices as such has existed for several thousands of years.
Presently, the primary challenges of industrial metrology and calibration
include how to simplify and streamline the entire calibration process, how to
eliminate double work, how to reduce production down-time, and how to lower the
risk of human errors. All of these challenges can be tackled by improving the
level of system integration and automation. Calibration and calibrators can no
longer be considered as isolated, stand-alone devices, systems or work processes
within a company or production plant. Just like any other business function,
calibration procedures need to be automated to a higher degree and integrated to
achieve improvements in quality and efficiency. In this area, Beamex aims to be
the benchmark in the industry. This book is the 2nd edition of Ultimate
Calibration. The main changes to this edition include numerous new articles and
a new grouping of the articles to make it easier to find related topics. The new
topics covered in the edition mainly discuss paperless calibration, intelligent
commissioning, temperature calibration and configuring, and calibration of smart
instruments - from Beamix.
Thermistors As Accurate Temperature Sensors - Introduction and Methods - Darren O'Connor, and Kasandra O'Malia - This two-part article describes how to use a simple voltage divider circuit with a thermistor to achieve high-accuracy temperature readings over broad measurement ranges. Part 1 discusses the circuit and various temperature estimation methods. Part 2 of this two-part article shows a method to a real-world application and how, by combining estimation methods with thermistor characterization data, high accuracy measurements can be achieved over a wide temperature range using the simple voltage divider circuit - from Sensors Magazine.
Rid of Rigid - Get The WORM Flexible Temperature Sensor - Flexible
temperature sensors are the new frontier in accurate temperature
measurements and easy maintenance. The WORM’s mission: to fit nearly
everywhere, to be quickly cut to the correct length, and to reduce the
number of spare parts a plant has to keep on hand. The WORM is a flexible
sensor for thermowell temperature assemblies. It was designed to replace
restrictive, rigid, straight sensor probes with a universal strategy that
saves time and money. When it comes to flexible and rigid temperature
sensors, both can be inserted into thermowells or protection tubes, welded
into place on boiler tubes or other objects, or clamped down for surface
measurements. Both types of sensors are rugged, durable, and can measure a
wide range of temperatures in industrial applications. So, why replace
rigid, straight sensors? Additionally see a Video outlining the
of Thermowell Design and Selection - Do not underestimate the importance of
thermowells in temperature measurements - When planning for a temperature
measurement application, a fair amount of consideration is typically given to
sensor selection (e.g., thermocouple vs. RTD) and wiring of the output (e.g.,
transmitter vs. direct wiring), and how these factors will affect the
measurement. Often, by comparison, relatively little consideration is given to
the mechanical components of the sensor assembly, particularly the thermowell.
Of all the components in a typical temperature assembly, a thermowell would seem
to be the simplest and least critical. In reality, the thermowell is
fundamentally important because it directly and significantly affects the life
span of the sensor and accuracy of the measurement. It also protects the closed
process, providing plant and personnel safety - from ISA and InTech.
JUST HAVE A LOOK AT THIS PAGE! A huge repository of information on Actuators including Compact Actuator Solutions and Systems, Subsea Valve Actuator Applications, Offshore Valve Actuator Applications, Safety Related Systems Valve Actuator Systems, Spring Return Hydraulic Actuators, Spring Return Pneumatic Actuators, Compact Double Block & Bleed (DBB) Valve Actuators, Double Acting Actuator, Valve Actuator General Information, Scotch Yoke Design Valve Actuators, Firesafe Actuators, Hydraulic Actuator Design and Operation, Electrical Actuator Design and Operation, Control Valve Actuator Design and Operation and Valve Actuator Accessories. Check out our sponsor Prochem who have these solutions.
Practice Always Makes for Perfect Presentations - Most engineering professionals will readily confess that they are not overly enthusiastic about making presentations. Often the reason is that they are nervous, the presentations come across poorly and it is not a particularly pleasant experience for both the audience or the presenter. You’re unlikely to ever hear from someone, who has to attend a presentation, that they are looking forward to it. However, doing a high quality presentation is a key part of every engineer or technologist’s toolkit. And helps make your career and job considerably more successful. And by application of one simple rule (sounds like black magic or a quick get rich scheme doesn’t it?); you can dramatically improve your presentations. And that is practice. Going through one’s slides a few times is often tedious and unrewarding work (like discovering your old smelly running socks in your backpack a few weeks down the track?). But it works; and pays off with great feedback from your audience.
This brand new page covers technical aspects of all the above devices! The signal problem solver from Moore Industries is very useful, have a look at it along with many other useful links here.
Wireless Network Module - Wireless I/O systems are gaining in popularity as
plant operators understand the benefits of costs, reliability and flexibility
associated with switching from traditional wiring. In this video, journalist and
industry expert Peter Welander shows how the WNM Wireless Network Module from
Moore Industries provides a robust and versatile wireless I/O solution - from
How Wireless Networks are Changing Industrial Environments - Todd Hanson - IEEE 802.15.4 based wireless networks can be reliable, robust, and cost effective for many industrial, warehousing, and facility applications. These wireless networks transmit through walls and floors, reducing wiring and routing challenges, and making equipment placement more flexible and productive - from Control Engineering.
ICEtime - Seminars, Tradeshows, Conferences and Events of interest to our readership.
If you would like to have your event listed in ICEtime, please send a note or press release to ICEnews.
Take a look at ISA's comprehensive calendar of Automation events
6 -8 Arc Flash Conference - Mantra on Russell, Melbourne, Australia
6 -8 ISA
Water/Wastewater and Automatic Controls Symposium - Crowne Plaza Orlando-Universal
Hotel in Orlando, FL, USA
18 - 19 High
Voltage Conference - Design, Installations, Operations & Maintenance - Midrand Conference Centre, Midrand, Johannesburg, South Africa
- Midrand Conference Centre, Midrand, Johannesburg, South Africa
25 -26 Electrical Regulatory Compliance Forum - State requirements, Impacts of Reforms and Harmonisation Efforts - Ardina Apartment Hotel - Brisbane, Australia
1-3 Engineering in Extreme Environments Conference - Instrumentation & Electrical - Calgary Canada - Contact IDC for more information.
The following companies have kindly contributed to the creation and sharing of this information by offsetting the costs associated with its production and distribution.
Well recognised by such brand names as Circle Seal Controls, Hoke Gyrolok fittings and Go Regulators, CIRCOR International Inc is a leading supplier of valves, related products and services to a wide range of users who require precise, efficient and safe fluid control systems. For over 125 years they have been providing a complete array of fluid control products and technologies to a highly fragmented industry.
For more information
go to http://www.circortechnologies.com/
Analytics group of
companies provides gas detection solutions in industries where
potentially hazardous chemicals and gases exist.
A full range of fixed gas, portable gas and flame detection
equipment is available for the measurement of flammable gases, toxic
gases and oxygen concentrations. The
company provides design, development and manufacture of electrochemical,
catalytic and infrared sensors, along with Chemcassette technology,
placing the company at the forefront of innovation. The company offers
solutions to increasingly difficult gas detection and monitoring
For more information go to http://www.iceweb.com.au/Suppliers/honeywell_analytics.html
Prochem is Australia’s leading supplier of quality stainless steel piping and mechanical instrumentation products. They are agents for a huge range of instrumentation products including Hoke Gyrolok, Hoke Instrumentation Valves, Circor Tech Products, Go Regulators, Circle seal, Atkomatic Solenoid Valves, Classic Filters, Manual Sample Systems, King Instrument Company , Hoke Pipe Fittings , Anderson Greenwood Instrument Valves , Anderson Greenwood Primary Isolation Valves , Pacson Valves and ATC Actuators, BSM Valves, O'Brien Tracepak and O'Brien Analytical, BuTech , Stainless Steel Tube, Saddles and Leak Check , Teflon Lined Braided Hoses.
Instrumentation; instrument and systems engineering, design,
documentation and management for the entire plant lifecycle.
AVEVA Instrumentation provides a comprehensive, powerful and intuitive suite of software tools which support the entire lifecycle of a plant’s instrumentation and control systems. Engineers and plant designers will find their work easier and more productive, thanks to its extensive catalogue- and rules-based functions and unique features such as graphical ‘drag and drop’ design. Plant operators will appreciate a dedicated, affordable solution which makes handover and commissioning more efficient and which goes on to save time and cost throughout the continuing processes of maintenance, modification and upgrade.
evaluations have consistently reported substantial gains in productivity
compared with rival products. To see why, visit www.aveva.com/instrumentation
for product information. To see AVEVA Instrumentation in action, visit www.aveva.com/events
for details of AVEVA roadshows and events near you, or contact your
nearest AVEVA sales office to arrange a demonstration on your premises.
Finally! A Document
Control Solution for OEM's, Fabricators and Suppliers of Process Control
Equipment - A Couple of Questions for YOU!!
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