CI SCS provides certified fault tolerant safety control systems for critical industrial applications. They have over 35 years of experience in safety system design, certification, and support. Their safety control systems are certified to international standards like IEC 61508 and 61511 and provide reliable, cost-effective solutions for applications in manufacturing, oil and gas, aerospace, and utilities using programmable controllers from vendors like GE and Siemens. CI SCS designs, builds, and certifies complete safety solutions including hardware, software, system design, and certification.
SIL = Safety Integrity Level
•Safety systems are becoming increasingly instrumented
•Depending less on human intervention and operator’s ability to respond correctly in a given situation
•Depending more on instrumentation and programmable systems
•SIL requirements are intended to ensure the reliability of such safety instrumented systems
lain Engels
Product Manager Level & Safety Applications Consultant
Endress+Hauser
Alain werkt bij Endress+ Hauser sinds 1984.
Hij heeft verschillende functies gehad zoals Product Manager van Druk, Temperatuur en Niveaumetingen.
In paralell was hij ook Industrie specialist voor Chemie & Oil & Gas en ATEX, SIL en PED.
How to ensure peak performance in my Gas ChromatographYokogawa1
The Gas Chromatograph (GC) is known as the workhorse of the online chemical analysis industry. It is one of the few analyzer types available that minimizes the likelihood of cross interference during measurement, and the GC is also able to measure multiple chemical compounds during each analysis to levels that reach parts-per-million and even parts-per-billion.
To ensure peak performance, efficient GC maintenance is very important, especially now that many end users face a decline in supporting technical resources. In this webinar, we will show you how to optimize a GC maintenance plan.
You will learn:
How to select the right sample system for your GC
Installation considerations for optimal GC performance
Best practices for maintaining a GC
SIL = Safety Integrity Level
•Safety systems are becoming increasingly instrumented
•Depending less on human intervention and operator’s ability to respond correctly in a given situation
•Depending more on instrumentation and programmable systems
•SIL requirements are intended to ensure the reliability of such safety instrumented systems
lain Engels
Product Manager Level & Safety Applications Consultant
Endress+Hauser
Alain werkt bij Endress+ Hauser sinds 1984.
Hij heeft verschillende functies gehad zoals Product Manager van Druk, Temperatuur en Niveaumetingen.
In paralell was hij ook Industrie specialist voor Chemie & Oil & Gas en ATEX, SIL en PED.
How to ensure peak performance in my Gas ChromatographYokogawa1
The Gas Chromatograph (GC) is known as the workhorse of the online chemical analysis industry. It is one of the few analyzer types available that minimizes the likelihood of cross interference during measurement, and the GC is also able to measure multiple chemical compounds during each analysis to levels that reach parts-per-million and even parts-per-billion.
To ensure peak performance, efficient GC maintenance is very important, especially now that many end users face a decline in supporting technical resources. In this webinar, we will show you how to optimize a GC maintenance plan.
You will learn:
How to select the right sample system for your GC
Installation considerations for optimal GC performance
Best practices for maintaining a GC
Measuring Up to Chemical Compliance ChallengesYokogawa1
Regulatory compliance can come from many different directions and cost impacts in different points.
Cost pressures associated with regulatory compliance can be impacted from not on the non-compliance, but also equipment, sample systems, man power with manual checks and audit preparations.
View the full webinar here: https://info.us.yokogawa.com/20200730-Measuring-Up-to-Chemical-Compliance-Challenges_Webinar-Recording-Page-v2.html
Accenture & NextNine – Medium Size Oil & Gas Company Cyber Security Case StudyHoneywell
Joint presentation with Accenture that illustrates the significant time savings, security enhancements & cost reductions in implementing ICS cyber security.
The energy and chemical industry must embrace triple bottom line performance in order to to drive sustainability targets and achieve net-zero emissions, well-being of all, and circular economy. This involves placing equal importance on people, the environment, and profits, in order to drive sustainability outcomes which are existential to everyone.
Calibration Intervals - Best Practices in Maintaining Pressure TransmittersYokogawa1
Poor performing instruments can cause safety incidents, production downtime, or lower product quality. For those reasons and others, accurate instrument measurements are important in any industrial environment.
Industrial facilities typically have a maintenance plan in place to ensure that all equipment is calibrated at the right time. However, these days, plants are focusing more on lowering operational expenditures, and time management has become more important. Understanding the factors that can influence instrument performance is essential in determining an appropriate calibration interval, and making sure your plant can run as efficiently as possible.
Join us for a webinar that will introduce you to the best practices in maintaining pressure transmitters and how it can improve your plant operations.
In this webinar you will learn:
What needs to be considered to determine the real performance of a pressure transmitter
What is “over pressure” and how does it relate to the performance of a pressure transmitter
How to determine a calibration interval
IIoT Digital Transformation for Plant Equipment MonitoringYokogawa1
Even in the age of Digital Transformation, non-mission critical plant equipment is monitored by daily manual operator rounds or may go unmonitored altogether. This lack of information about equipment status can lead to reactive maintenance and downtime. By adding a wireless sensor network and analytical software designed with non-mission critical equipment in mind, plants can gain visibility to all assets, detect abnormal conditions, predict failures, and prescribe proactive maintenance to keep equipment healthy and running optimally.
Slides from the online webinar on automated thermal imaging for remote substation monitoring. Learn more about how automated thermal imaging can help you implement condition based maintenance for critical substation assets.
Watch the webinar here - http://bit.ly/2ncYaxd
Field Pressure Calibration and Equipment Maintenance Yokogawa1
Industrial automation is a revolutionary force in the reliability of large-scale business operations that are fundamental to our daily lives. Hundreds of thousands of sensors that measure everything from pressure to vibration can be found nearly everywhere, from factory floors to deep water oil wells. However, over time, sensors can degrade in performance, so it is critical to monitor and maintain the sensors to ensure they operate reliably throughout their useful life.
In this webinar you will learn:
The different types of sensors used in industrial processes
Basics of pressure sensor maintenance and validation
How device maintenance software can be used to efficiently monitor the health of field equipment
Measuring Up to Chemical Compliance ChallengesYokogawa1
Regulatory compliance can come from many different directions and cost impacts in different points.
Cost pressures associated with regulatory compliance can be impacted from not on the non-compliance, but also equipment, sample systems, man power with manual checks and audit preparations.
View the full webinar here: https://info.us.yokogawa.com/20200730-Measuring-Up-to-Chemical-Compliance-Challenges_Webinar-Recording-Page-v2.html
Accenture & NextNine – Medium Size Oil & Gas Company Cyber Security Case StudyHoneywell
Joint presentation with Accenture that illustrates the significant time savings, security enhancements & cost reductions in implementing ICS cyber security.
The energy and chemical industry must embrace triple bottom line performance in order to to drive sustainability targets and achieve net-zero emissions, well-being of all, and circular economy. This involves placing equal importance on people, the environment, and profits, in order to drive sustainability outcomes which are existential to everyone.
Calibration Intervals - Best Practices in Maintaining Pressure TransmittersYokogawa1
Poor performing instruments can cause safety incidents, production downtime, or lower product quality. For those reasons and others, accurate instrument measurements are important in any industrial environment.
Industrial facilities typically have a maintenance plan in place to ensure that all equipment is calibrated at the right time. However, these days, plants are focusing more on lowering operational expenditures, and time management has become more important. Understanding the factors that can influence instrument performance is essential in determining an appropriate calibration interval, and making sure your plant can run as efficiently as possible.
Join us for a webinar that will introduce you to the best practices in maintaining pressure transmitters and how it can improve your plant operations.
In this webinar you will learn:
What needs to be considered to determine the real performance of a pressure transmitter
What is “over pressure” and how does it relate to the performance of a pressure transmitter
How to determine a calibration interval
IIoT Digital Transformation for Plant Equipment MonitoringYokogawa1
Even in the age of Digital Transformation, non-mission critical plant equipment is monitored by daily manual operator rounds or may go unmonitored altogether. This lack of information about equipment status can lead to reactive maintenance and downtime. By adding a wireless sensor network and analytical software designed with non-mission critical equipment in mind, plants can gain visibility to all assets, detect abnormal conditions, predict failures, and prescribe proactive maintenance to keep equipment healthy and running optimally.
Slides from the online webinar on automated thermal imaging for remote substation monitoring. Learn more about how automated thermal imaging can help you implement condition based maintenance for critical substation assets.
Watch the webinar here - http://bit.ly/2ncYaxd
Field Pressure Calibration and Equipment Maintenance Yokogawa1
Industrial automation is a revolutionary force in the reliability of large-scale business operations that are fundamental to our daily lives. Hundreds of thousands of sensors that measure everything from pressure to vibration can be found nearly everywhere, from factory floors to deep water oil wells. However, over time, sensors can degrade in performance, so it is critical to monitor and maintain the sensors to ensure they operate reliably throughout their useful life.
In this webinar you will learn:
The different types of sensors used in industrial processes
Basics of pressure sensor maintenance and validation
How device maintenance software can be used to efficiently monitor the health of field equipment
아킬레스 테스트 플랫폼(The Achilles® Test Platform)
기술이 발전하며, 더 개방되고 연결된 네트워크가 증가했다. 오일앤가스, 발전, 수처리, 화학 시설 등 핵심 시스템은 사이버 공격에 대한 위험에 기존보다 더 많이 노출되었다.
아킬레스 테스트 플랫폼은 중요한 인프라를 제작하는 기업에 중요한 도구이다. 사이버 공격으로부터 중요한 인프라를 보호할 수 있다. 아킬레스 테스트 플랫폼은 강력한 커뮤니케이션 플랫폼으로 네트워크와 운영 파라미터를 모두 모니터링하여, 취약점을 발견하고, 오류를 식별하고, 제품이 시장에 출시되기 전 수정할 수 있다.
Today's portable devices, intelligent power management is mandatory as the combination of wireless communication, navigation, touch screens and other technologies require increased power consumption.
Spanish catalogue of qualified products - a new way of using CC for procurementJavier Tallón
The acquisition of an IT security product handling national or sensitive information must be preceded by verification process warranting that the security mechanisms implemented in the product are adequate to protect such information.
Over the past year, the Spanish state, through its certification body, is making a considerable effort to encourage and facilitate the use of certified products in the National Administration. Different strategic lines have been used to achieve this:
• The creation of the ENS: a scheme that determines the security policy to be applied in the use of information technology, including the promotion of the use of certified or qualified devices and software.
• The promotion of Common Criteria as de facto standard for IT security certifications.
• The creation of a taxonomy and a catalogue of qualified products.
In this presentation we will focus on this last point:
The Spanish Reference taxonomy for IT security products has a set of product categories which, in turn, are divided into families: product type according to their main functionality (e. g. router, firewall, proxy, secure deletion tool, etc.).
For each product family of the taxonomy, a document has been defined containing the expected Fundamental Security Requirements (FSR), which should be taken as a reference for the development, evaluation and secure use of the products within each family, as well as a series of cases of intended use and expected operational environments.
These Fundamental Security Requirements are perfectly aligned with the Common Criteria standard, indicating for each product family the Protection Profile or requirements applicable allowing direct inclusion in the catalogue.
The development of this evaluation and certification scheme is allowing the Spanish administration to procure itself with IT equipment that has passed state-of-art security controls while providing manufacturers greater flexibility to evaluate their products quickly and efficiently, responding to fast changing market demands. The final consumer, the Spanish Administration, will have a simple and manageable catalogue that allows them to know what equipment they need to purchase in order to guarantee the security of the citizen.
Our speech will present this innovative approach for procurement that could be used by other different countries.
1. Safety Control System (SCS)
Certified Fault Tolerant Control System
for Safety and Critical Control Applications
2. Who we are:
• An Independent Team of Experienced and Licensed Engineering Professionals
Serving Manufacturing, Oil&Gas, Aerospace Industries and Utilities.
• Over 35 years experience providing Industrial Safety Solutions Design, Build and
Certification Services.
• Voting members of IEC 61508 & 61511 / ANSI S.84.
• Active Involvement with Professional Associations such as Coacial and ISA.
• Experts in high reliability and availability Safety Applications using CI Safety
Control System
• Locations: Edmonton, AB; Toronto, ON; Houston, TX.
3. • Design, Build, Commission and Certify of the most advanced and
cost effective Industrial Safety Solutions.
• Specialized in SIL 2 & SIL 3 Safety Application Control Systems.
• Solutions meeting Global Standards IEC 61508 & 61511/ANSI 84,
NFPA.
• Certified ISO 9001: Design,Assembly, Electronic and Electrical
Safety Control Systems.
• Customers include: NASA, Cameron, SABIC, Koch, Magna
What we do:
4. Safety Systems protect you from
Financial, Reputation & Legal damages
Sunrise Propane Industrial Gas
Explosion - Toronto, ON
“Sunrise failed to show that there was a proper
preventative maintenance system in place." -
Environment Ministry
West Fertilizer Company -
West, Texas
“The Incident could have been prevented by
upgrading its safety control system” - Texas
Department of Public Safety
5. CI SCS Provides the Best Safety Solution
• Internationally Recognized Safety Certified Product and Service.
• SIL 2 and SIL 3 Safety Certified Control PLC Solutions Based on IEC
61508 & 61511 / ANSI S.84.
• Based on any commercially available Programmable Controllers - GE,
Siemens, Allen-Bradley.
• Provides a Cost-Competitive Solution using “off-the-shelf” PLC
Components.
• An Independent Safety Diagnostic Unit (SDU) for Reliable System
Operation and Status Specially Designed for SIL 2 and SIL 3
Applications.
• Spare parts available through local distributor.
• Global Parts Support.
6. CI SCS - A Certified Safety Solution
1. Hardware 2. Software
Certificate is
Recognized by
International Safety
Committees
3. Customized
System Design
4. Safety
Certification
7. CI SCS Applications F&G (Fire and Gas)
ESD (Emergency
Shutdown
BMS (Burner
Management
System)
BMS (Boiler
Management
System)
BOP (Blow Out
Preventor)
Transport
Tunnel
Crane
Turbine
HSRG (Heat Steam
Recovery Generator)
FPSO (Flow Production
& Offloading Unit)
SBM (Single Boy
Mooring)
Semi Submersibles
Submarine Control
Pipeline
Wellhead control
Furnace
Oven / Autoclave
High Pressure tanks
Bridge / Sluice / Gate
Aeroplane / Ship
Fuelling
8. CI System - Safety certified electronic
and electrical safety control systems
9. Advantages of CI SCS Systems
Legacy Safety Practices CI SCS Advantages
• Local Industry Safety Practices
• Reliability determined from the individual components
• Safety controller very large and bulky
• Periodic testing of field devices requires interruption of the
system
• Diagnostics limited and inadequate
• Very costly and expensive to maintain
• CPU processing capability limited
• Meets latest International Standards for Safety controllers and safety
interlocking per IEC 61508, NFPA, ANSI/ISA
• The system is designed for the required reliability (up to SIL 3)
including field devices
• Safety control less than half the size of legacy systems
• Self-testing diagnostics for the Inputs and Outputs (I/O)
• Improved diagnostics including controller environmental conditions
• Based on open architecture - Very cost effective to implement and
maintain compared with legacy systems
• Based on latest Intel CPU technology
10. Advantages of CI SCS Systems
Legacy Safety Practices CI SCS Advantages
• Local Industry Safety Practices
• Reliability determined from the individual components
• Safety controller very large and bulky
• Periodic testing of field devices requires interruption of the
system
• Diagnostics limited and inadequate
• Very costly and expensive to maintain
• CPU processing capability limited
• Meets latest International Standards for Safety controllers and safety
interlocking per IEC 61508, NFPA, ANSI/ISA
• The system is designed for the required reliability (up to SIL 3)
including field devices
• Safety control less than half the size of legacy systems
• Self-testing diagnostics for the Inputs and Outputs (I/O)
• Improved diagnostics including controller environmental conditions
• Based on open architecture - Very cost effective to implement and
maintain compared with legacy systems
• Based on latest Intel CPU technology