This webinar will cover how you can:
» Maximise the return on your mobile computing investments
» Reduce the Total Cost of Ownership of the solution
» Safely expand your mobile applications into hazardous areas
» Reduce the end user's toolkit from 3 tools to 1
Topics covered include:
• What is RFID?
• Item identification - Barcode or RFID?
• ecom RFID portfolio
• How and where can I use RFID?
• What are the advantages and benefi ts of RFID?
NEW! iWAP XN3 Zone 2/Div 2 universal wireless enclosure system now available!Susie Marriott
The iWAP XN3 is a safe, reliable way to use the latest wireless technologies in ATEX and IECEx Zone 2 and 22 and North American Class I, II Division 2 and Zone 2 hazardous areas.
Choose any wireless technology from any vendor – including Wi-Fi access points, LTE routers, UHF RFID readers, IoT gateways including LoRa, WiHART, or ISA100, and more!
An overview of wireless solutions from ExtronicsSusie Marriott
Find out how you can benefit from Extronics' wireless expertise. Specialising in hazardous area deployments, we can help you improve communication, productivity, and safety.
Improve asset management with the Extronics iRFID500Susie Marriott
The iRFID500 is a handheld Bluetooth passive RFID reader designed to integrate with your existing systems to streamline business processes. It provides a practical, cost-effective solution for tracking assets, recording maintenance, and demonstrating regulatory compliance.
Extronics leverages our wireless expertise and hands-on experience with AeroScout technology to provide Automatic Mustering & Evacuation Monitoring solutions to our industrial customers.
Topics covered include:
• What is RFID?
• Item identification - Barcode or RFID?
• ecom RFID portfolio
• How and where can I use RFID?
• What are the advantages and benefi ts of RFID?
NEW! iWAP XN3 Zone 2/Div 2 universal wireless enclosure system now available!Susie Marriott
The iWAP XN3 is a safe, reliable way to use the latest wireless technologies in ATEX and IECEx Zone 2 and 22 and North American Class I, II Division 2 and Zone 2 hazardous areas.
Choose any wireless technology from any vendor – including Wi-Fi access points, LTE routers, UHF RFID readers, IoT gateways including LoRa, WiHART, or ISA100, and more!
An overview of wireless solutions from ExtronicsSusie Marriott
Find out how you can benefit from Extronics' wireless expertise. Specialising in hazardous area deployments, we can help you improve communication, productivity, and safety.
Improve asset management with the Extronics iRFID500Susie Marriott
The iRFID500 is a handheld Bluetooth passive RFID reader designed to integrate with your existing systems to streamline business processes. It provides a practical, cost-effective solution for tracking assets, recording maintenance, and demonstrating regulatory compliance.
Extronics leverages our wireless expertise and hands-on experience with AeroScout technology to provide Automatic Mustering & Evacuation Monitoring solutions to our industrial customers.
AeroScout Worker Safety & Contractor Tracking from ExtronicsSusie Marriott
Find out how Worker Safety solutions from Extronics leverage AeroScout technology to provide a sophisticated solution that improves safety, security, and accountability for industrial customers, such as those in the oil and gas, pharmaceutical, chemical, and mining sectors.
This presentation covers the various levels of sensors (high tech, intelligent and commodity) and the challenges associated with getting these communicating both ways in/out of the IoT. At this level the challenges are about balancing communications IO functionality with device cost. It also addresses the future and how the IoT is reaching farther down into the commodity sensor layer and the concepts for ‘next generation’ low end connected devices and what value can be added.
ProfiBus/Net is our most supported interface method in P-F’s high tech sensors solutions.
BIOGRAPHY
Simon has been with P+F (Factory Automation) for 8.5 years and worked predominantly on integrated sensor solutions for machinery OEM’s and systems integrators as well as new sensor technology development.
ST tech tour - sigfox presentation & hands-on dempFrançois Oudot
This presentations was given at the ST tech tour of Chicago and Seattle. It introduces sigfox and go through the first steps of getting your hands on the ST devkit and the sigfox backend.
Outdoor Equipment Tracking customer stories from Extronics AdvanceSusie Marriott
See the value that AeroScout outdoor equipment tracking solutions have brought to our industrial customers; get better visibility to optimise workflows.
WIP Throughput customer stories from Extronics AdvanceSusie Marriott
See the value that AeroScout WIP throughput solutions have brought to our industrial customers; increase scheduling accuracy, improve efficiency, and streamline production.
Extronics iRFID500 Track and Trace use caseSusie Marriott
An Oil & Gas customer wanted to streamline their turnaround process. Here’s a walkthrough of the passive RFID-based solution that helped them increase speed, improve efficiency, and reduce costs.
The idea behind RFID technology is similar to the one used for barcodes. However, it brings many advantages over barcodes since the information can be transmitted in a much longer range using a radiofrequency Tag.
The Tags are electronic labels, basically made with a microchip surrounded by a small antenna that can be activated by an electromagnetic field generated by a RFID Reader and can be rewritten many times.
RFID technology can apply to a wide variety of scenarios, i.e.:
- to monitor people and animals in medical or veterinarian environments (for example, the passive-tags used for pervasive temperature monitoring of people and objects);
- in the building industry, to measure concrete maturity, or to monitor humidity and corrosion of infrastructures;
- for precision farming and large retailers, to monitor cold chains of food and drugs;
- in logistics, to avoid collisions among lift trucks and operators;
- by shipping carriers, for shipment monitoring and tracking.
RADIO6ENSE, as technology developer, offers the following RFID sensors and systems:
T-Tags: Battery-less temperature tags, able to measure and wireless transmit the temperature of objects and their surrounding environment.
RFID TAGS (T-tags) are new generation wireless passive sensors used to pervasively measure temperature of people, objects, and environments.
WHAT DOES “PASSIVE SENSORS” MEAN?
A passive sensor is a battery-less tag activated by a radiofrequency reader that communicates with it through an electromagnetic field.
The Reader’s job is to activate the tag and to decode the signal received from it.
However T-Tag sensors work in both passive (no battery required) and battery-assisted (BAP) mode and we can customize them in size and shape.
They are suited to be placed over any kind of surface including metals and even the human body to collect body temperature.
Because of their low cost, T-Tags can be moreover used in applications wherein a large number of sensors is required.
For example, we have developed tags that can be mixed with concrete, or powders like soil, or sand, to measure deep temperatures.
SOME POSSIBLE T-TAGS APPLICATIONS:
1) Building Industry: T-Tag used to monitor buildings like houses, bridges, tunnels, and industrial plant.
2) Large-Scale Retail Trade and Pharmaceutical Industry: T-Tags are used to monitor the cold-chain in food and pharma. Inserted into pharmacy refrigerators or thermal bags, they can be used for long term monitoring of perishable food or in clinical studies.
3) Domotic systems: T-Tags integrated with modern domotic technologies, can be used to obtain a uniform air-conditioning, reducing energetic costs.
4) Human Body Temperature monitoring: t-tags can also be used for wireless measures of human body temperature.
5) In healthcare applications, for example, T-Tags may support the optimization of clinic procedures and improve patients and operators safety.
www.radio6ense.com
Here’s a use case from Aegex Technologies and Extronics, showing how an Oil & Gas customer can use the Aegex10 tablet and Extronics iRFID500 and iTAG500 range to streamline inventory and maintenance planning.
AeroScout Worker Safety & Contractor Tracking from ExtronicsSusie Marriott
Find out how Worker Safety solutions from Extronics leverage AeroScout technology to provide a sophisticated solution that improves safety, security, and accountability for industrial customers, such as those in the oil and gas, pharmaceutical, chemical, and mining sectors.
This presentation covers the various levels of sensors (high tech, intelligent and commodity) and the challenges associated with getting these communicating both ways in/out of the IoT. At this level the challenges are about balancing communications IO functionality with device cost. It also addresses the future and how the IoT is reaching farther down into the commodity sensor layer and the concepts for ‘next generation’ low end connected devices and what value can be added.
ProfiBus/Net is our most supported interface method in P-F’s high tech sensors solutions.
BIOGRAPHY
Simon has been with P+F (Factory Automation) for 8.5 years and worked predominantly on integrated sensor solutions for machinery OEM’s and systems integrators as well as new sensor technology development.
ST tech tour - sigfox presentation & hands-on dempFrançois Oudot
This presentations was given at the ST tech tour of Chicago and Seattle. It introduces sigfox and go through the first steps of getting your hands on the ST devkit and the sigfox backend.
Outdoor Equipment Tracking customer stories from Extronics AdvanceSusie Marriott
See the value that AeroScout outdoor equipment tracking solutions have brought to our industrial customers; get better visibility to optimise workflows.
WIP Throughput customer stories from Extronics AdvanceSusie Marriott
See the value that AeroScout WIP throughput solutions have brought to our industrial customers; increase scheduling accuracy, improve efficiency, and streamline production.
Extronics iRFID500 Track and Trace use caseSusie Marriott
An Oil & Gas customer wanted to streamline their turnaround process. Here’s a walkthrough of the passive RFID-based solution that helped them increase speed, improve efficiency, and reduce costs.
The idea behind RFID technology is similar to the one used for barcodes. However, it brings many advantages over barcodes since the information can be transmitted in a much longer range using a radiofrequency Tag.
The Tags are electronic labels, basically made with a microchip surrounded by a small antenna that can be activated by an electromagnetic field generated by a RFID Reader and can be rewritten many times.
RFID technology can apply to a wide variety of scenarios, i.e.:
- to monitor people and animals in medical or veterinarian environments (for example, the passive-tags used for pervasive temperature monitoring of people and objects);
- in the building industry, to measure concrete maturity, or to monitor humidity and corrosion of infrastructures;
- for precision farming and large retailers, to monitor cold chains of food and drugs;
- in logistics, to avoid collisions among lift trucks and operators;
- by shipping carriers, for shipment monitoring and tracking.
RADIO6ENSE, as technology developer, offers the following RFID sensors and systems:
T-Tags: Battery-less temperature tags, able to measure and wireless transmit the temperature of objects and their surrounding environment.
RFID TAGS (T-tags) are new generation wireless passive sensors used to pervasively measure temperature of people, objects, and environments.
WHAT DOES “PASSIVE SENSORS” MEAN?
A passive sensor is a battery-less tag activated by a radiofrequency reader that communicates with it through an electromagnetic field.
The Reader’s job is to activate the tag and to decode the signal received from it.
However T-Tag sensors work in both passive (no battery required) and battery-assisted (BAP) mode and we can customize them in size and shape.
They are suited to be placed over any kind of surface including metals and even the human body to collect body temperature.
Because of their low cost, T-Tags can be moreover used in applications wherein a large number of sensors is required.
For example, we have developed tags that can be mixed with concrete, or powders like soil, or sand, to measure deep temperatures.
SOME POSSIBLE T-TAGS APPLICATIONS:
1) Building Industry: T-Tag used to monitor buildings like houses, bridges, tunnels, and industrial plant.
2) Large-Scale Retail Trade and Pharmaceutical Industry: T-Tags are used to monitor the cold-chain in food and pharma. Inserted into pharmacy refrigerators or thermal bags, they can be used for long term monitoring of perishable food or in clinical studies.
3) Domotic systems: T-Tags integrated with modern domotic technologies, can be used to obtain a uniform air-conditioning, reducing energetic costs.
4) Human Body Temperature monitoring: t-tags can also be used for wireless measures of human body temperature.
5) In healthcare applications, for example, T-Tags may support the optimization of clinic procedures and improve patients and operators safety.
www.radio6ense.com
Here’s a use case from Aegex Technologies and Extronics, showing how an Oil & Gas customer can use the Aegex10 tablet and Extronics iRFID500 and iTAG500 range to streamline inventory and maintenance planning.
The well-being of your workforce relies on them being able to complete their daily work with all the necessary tools but without being overloaded. With advancements in hazardous area technology, there is no longer a need to give your workers multiple devices to carry, as all their work can be done on a single device, such as the Smart-Ex® 01. This device can give them access to a wide range of communication and productivity applications while on the move in hazardous areas.
UL's guide to differentiate your wearables from competitionCSA Group
UL offers a complete range of testing services for wearable technology products, and has a comprehensive knowledge of the regulatory approval process in key target markets. In addition, UL can provide specialized testing services, including energy efficiency testing and certification, product performance testing and product reliability testing. UL can also support quality and safety initiatives across global supply chains through product inspections and factory audits.
For additional information about UL’s services for wearable technology products, contact wearables@ul.com, ul.com/wearables.
Safety for the industry infrastructure and employees should be one of the top targets for management. How we can improve it? Lets talk about mass risk and evacuation situation in industry.
Presentation of Safety IntelliPoint series including Floating Roof Tank Spill Preventions System level switches- and the safety certifications that are important when working with waste water, oil, petrolium, chemicals or even drinking water. You get specifications, know-how and quality insight, and knowledge about SIL2 to IEC 61508.
Chapter 18 vital records recoveryVital assetsIn.docxketurahhazelhurst
Chapter 18:
vital records recovery
Vital assets
Information stored on any media
Personal data
Important business data
Contracts
Customer lists
Personnel files
Vital records inventory
Records, Media, Originating department, location
Locate your Records
Where and how are they stored?
Prioritize your records
Ranking to determine which records need to be restored first
Records transportation
Just as important as storing, we need to think about how we transport our vital records.
Security – security during and after transportation
Magnetic recordings – take care as many factors can effect this medium
Records retention
Establish records retention requirements
Eliminate obsolete documents
Identify critical records
End of life plan – destruction of documents
Media storage
Each media storage type will require different storage parameters:
Paper document storage
Microfilm storage
Magnetic media storage
Risk assessment
Storage risks include:
Water
Smoke
Structural problems
Fire
Humidity
High heat and deep cold
Wide temperature swings
Theft
Sabotage
Insects and rodents
Magnetic fields
Fire control systems mitigation
Fire control systems
smoke alarms and fire detection
sprinklers
gas fire suppression
fire extinguishers
fireproof containers
fire drills
good housekeeping
electrical equipment
Environmental issues mitigation
Environmental Issues:
moisture sensors and alarms
humidifier/dehumidifier
temperature control
magnetic check
Other issues mitigation
Other Issues:
secured access
off-site duplication of key records
pest extermination
proper storage
Security mitigation actions
Controlling access is important to prevent:
Reading your records
Stealing records
Damaging your records
Action steps for your plan
Materials needed for an emergency fall in several categories:
General items
Portable equipment
Individual equipment
Drying and cleaning materials
Containment materials
Maintenance activities
Plan as part of your normal routine:
Daily actions task
Every week task
Quarterly action task
Immediate action team
Damage containment team
Assessment team
Shuttle team
Triage team
Recovery techniques
Water damage to paper records
Air drying
Freeze drying
Determine what documents are unrecoverable
Fire damage of paper records
Microfilm
Optical and magnetic media
summary
Vital records protection is not difficult but necessary
Have a good retention policy in place
Monitor all storage media
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1. Describe best practices to develop and prepare to lead risk management mitigation exercises related to illegal border activity.
2. Using IS-120.A: An Introduction to Exercises from EMI/FEMA as a process guide, develop a border activity desktop risk management mitigation exercise to be submitted to your instructor for review.
Chapter 17: t ...
Unified Systems Engineering feasibilityEric Verhulst
Is unified systems and safety engineering feasible?
This presentation introduces a new approach for developing composable systems with different SIL levels will be presented. It introduces the new notion of ARRL (Assured Reliability and Resilience Level).
Foxboro Evo DCS - Εκδήλωση Explore Innovation - Αθήνα, Ιούνιος 2016Schneider Electric
Ο κ. Jan Kander, Sales Manager Ανατολικής Ευρώπης της Schneider Electric, παρουσίασε στην εκδήλωση Explore Innovation της Schneider Electric τις δυνατότητες που προσφέρει στη βιομηχανία μια σύγχρονη ολοκληρωμένη πλατφόρμα αυτοματισμού, ελέγχου και ασφάλειας εγκατάστασης που ενσωματώνει τεχνολογίες αιχμής και μακρόχρονη εμπειρία ποικίλων εφαρμογών, τόσο από την Ελλάδα όσο και από τον υπόλοιπο κόσμο.
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
Isaca atlanta ulf mattsson - do you have a roadmap for eu gdprUlf Mattsson
Do you have a GDPR Roadmap?
- How to measure Cybersecurity Preparedness
- Oversight of Third Parties
- Related International Standards
- Killing Cloud Quickly?
Technology aspects:
- International/EU PII Customer Case Studies
- Available Data Protection Options
- How to Integrate Security into Application Development
- Security Metrics
Overview of Sierra Monitor Corporation, the organization that FieldServer is a part of. Connect and Protect is our mission. The FieldServer group provides the Connect and Sentry IT is the Protect portion, providing systems for the detection of combustible and toxic gas.
IoT-powered solutions for underground and open-pit mines offer a lot benefits. Wireless sensor network (WSN) technology-powered connectivity can be extended to every piece of mining equipment in the field providing major benefits by improving safety, increasing efficiency, and reducing operational costs. Various parameters need to be monitored, often in real-time, in order to enable efficient decision-making.
Experiences evaluating cloud services and productsJavier Tallón
The market for IT products is constantly evolving. More and more vendors are developing products and services deployed only in the cloud (Cloud Native). This implies a paradigm shift in the way assessments are carried out, in the methodology to be followed and in the tests to be performed.
Today, it is NOT possible to use Common Criteria to evaluate cloud services, despite many administrations are migrating to cloud solutions.
This talk will not talk about Cloud programs such as FedRamp, ENS, C5, SecNumCloud or ENISA EUCS scheme. All these schemes, evaluate the clod infrastructure and the controls specified in the respective standards.
But in those standards, we cannot find assurance requirements related to the product/service itself. e.g. If your WAF (Web Application Firewall) is cloud native and deployed in the cloud, you could obtain those cloud certifications but it would be NOT possible to obtain a CC certification using NIAP PPs.
To solve this problematic, a practical approach has been followed in Spain, evaluating the cloud services using the LINCE methodology but obtaining a qualification mark (instead of a certification). Several vendors such as AWS, Google or Microsoft have already undergone this kind of processes.
In this talk, we want to show jtsec’s hands-on experience evaluating cloud services and discuss the main issues that have been faced and the solutions that have been found (TOE definition, Test environment, TOE identification, permission to test, etc…).
We would like also to discuss how the experience obtained using the LINCE methodology could be extrapolated (or NOT) to the CC World.
The Edge Data Centre is an innovative integrated data center infrastructure solution by Rittal, specifically designed for mission critical server room applications. Ease of manageability and growth potential are some of the biggest benefits of going with an integrated infrastructure.
This presentation by Morris Kleiner (University of Minnesota), was made during the discussion “Competition and Regulation in Professions and Occupations” held at the Working Party No. 2 on Competition and Regulation on 10 June 2024. More papers and presentations on the topic can be found out at oe.cd/crps.
This presentation was uploaded with the author’s consent.
0x01 - Newton's Third Law: Static vs. Dynamic AbusersOWASP Beja
f you offer a service on the web, odds are that someone will abuse it. Be it an API, a SaaS, a PaaS, or even a static website, someone somewhere will try to figure out a way to use it to their own needs. In this talk we'll compare measures that are effective against static attackers and how to battle a dynamic attacker who adapts to your counter-measures.
About the Speaker
===============
Diogo Sousa, Engineering Manager @ Canonical
An opinionated individual with an interest in cryptography and its intersection with secure software development.
Have you ever wondered how search works while visiting an e-commerce site, internal website, or searching through other types of online resources? Look no further than this informative session on the ways that taxonomies help end-users navigate the internet! Hear from taxonomists and other information professionals who have first-hand experience creating and working with taxonomies that aid in navigation, search, and discovery across a range of disciplines.
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Introducing Acorn Recovery as a Service, a simple, fast, and secure managed disaster recovery (DRaaS) by IP ServerOne. A DR solution that helps restore your IT infra within minutes.
Sharpen existing tools or get a new toolbox? Contemporary cluster initiatives...Orkestra
UIIN Conference, Madrid, 27-29 May 2024
James Wilson, Orkestra and Deusto Business School
Emily Wise, Lund University
Madeline Smith, The Glasgow School of Art
Sharpen existing tools or get a new toolbox? Contemporary cluster initiatives...
i.roc® Ci70 -Ex webinar 1/3 - Increasing Mobile Computing ROI in hazardous areas
1. ecom instruments
2012-08
Mobile Computing
Communication
Measurement & Calibration
Portable Lighting
Intrinsically safe
mobile solutions
Name of company
Increasing mobile computing RoI
in hazardous areas
3. With software integration partners, we deliver ...
PETRO-CHEMICALOIL & GAS CHEMICAL
Intrinsically-Safe Mobile Solutions for Hazardous Areas
MINING PHARMACEUTICAL FOOD & BEVERAGE
4. ... based on Mobile Devices for Hazardous Areas
Awarded WÜRTH Future Champion
World's 1st intrinsically safe Mobile Computer with WWAN functionality
Awarded "World Market Leader 2010"
Established ecom service center in Houston, TX and in Singapore
World's 1st intrinsically safe LED flashlight for Zone 0
World's 1st Windows CE based intrinsically safe PDA
Establishing sales offices throughout Europe, USA, UAE and APAC
World's 1st intrinsically safe GSM mobile phone
Founding of Ecom Rolf Nied GmbH in Assamstadt, Germany
2013
2010
2007 / 2008
2002
1999
1997 - 2007
1994
1986
2014
5. How ecom Mobile Computers are used today
Logistics Storage Audits Install Operate Inspect Maintain
Track & Trace
- Supply Chain
- Containers
- Assets & Rentals
- Stock & Spares
- Warehouse
Stock/Inventory
Checks
Inspection
- Electrical/Mechanical
- Lifting Gear
- Hydraulic/Hoses
- Pipe & Tubing
- Corrosion
Maintenance
Work Repair
Installation
Commissioning
Plant Surveys
Process Control
Quality Sampling
Lone Worker Tracking
Operator Rounds
Condition Monitoring
6. Some of our References
Oil & Gas Chemicals Pharma Mining
Maintenance
7. Global Presence
• Benelux
• China
• France
• Germany (HQ)
• UK
• Italy
• Scandinavia
• Singapore
• Switzerland
• UAE
• USA
Service Centers Subsidiaries Sales Agents
USA
ecom instruments Inc.
Katy, Texas
EMEA
ecom instruments GmbH
Assamstadt, Germany
APAC
ecom instruments PTE
Singapore
300 employees worldwide
9. What is a Hazardous Area?
Pre-Requisites for an explosion:
Oxygen
(Air)
Sources of Ignition
(Spark, Heat)
Explosion
+ + =
Flammable
Materials
(Gas, Dust)
An area where a flammable material
may exist and, under the correct
conditions, ignite.
10. Typical Ignition Sources
• Hot surfaces and open flames
• Electrical arcs and sparks
• Electrostatic discharge
• Atmospheric discharge
• Mechanical friction or impact sparks
• Electromagnetic and optical radiation
11. Improving Safety with Ignition Protection
To prevent ignition sources, different protection types are used:
Other protection types include: Increased safety (e), Pressurized apparatus (p),
Oil immersion (o), and Encapsulation (m).
Common global EX certification schemes include:
• ATEX, IECEx, NEC
Protection
Concept
Symbol How it works Equipment
Category
Protection
Level
Intrinsic Safety Ex ia Intended to limit the ignition
energy of the equipment
1, 2 &3 Very High
Ex ib 2 & 3 only High
Flameproof Ex d Intended to prevent an ignition
from escaping outside the
equipment.
2 & 3 only High
Powder/Sand
Filling
Ex q 2 & 3 only High
16. CERTIFICATIONS MARKETS
ATEX Europe and ATEX accepting countries
- Gas (Zone 1) IIC T4
- Dust (Zone 21) IIIC IP64
IECEx Australia and IECEx accepting countries
- Gas (Zone 1) IIC T4
- Dust (Zone 21) IIIC IP64
NEC
North America and NEC accepting
countries
- Class I, Division 1, Groups A,B,C,D T4
- Class II, Division 1, Groups E,F,G T4
- Class III, Division 1
TIIS Japan
i.roc® Ci70 “EX” Certification
The highest level of protection on a PDA – protecting your people
and your site.
17. Contents
1. About ecom instruments
2. Basics on Explosion Protection
3. Increasing RoI – some examples
4. Conclusions
18. Enabling business improvement
Inspection
• Reduce man hours by 50%
• Reduce reaction times from months to hours
• 25% reduction in safety incidents
Operator Rounds / Operator Driven Reliability
• Enabled equipment saves of $15million in 3 months
• Demonstrates regulatory compliance
• Proves the operator has been at the equipment
• Links field workers with reliability experts
Asset Tracking
• Increased asset utilisation = reduced CAPEX
• Reduced annual rental costs by $1million
Standardisation
Accuracy
Instant
Feedback
Remote
Visibility
Team
Collaboration
19. Multi-site Global Oil & Gas Inspection solution
Challenges
• Deploy inspection solution to global locations
• Mix of NEC, ATEX & IECEx acceptance
• Maximise safety in Zone 1 and Zone 2 areas
• Dust concerns – silica used in “fracking”
• Reduce spares complexity and inventory count
• Need HF RFID today but UHF RFID in future
• Device must be easy to carry and use
Ci70 solution
• 3 certificates on Ci70 – NEC, ATEX, IECEx
• Maximum protection – Exia & Dust
• Future proof: HF RFID head now – swap to UHF later
Benefits
• One PDA investment – lower deployment costs & lower
spares costs
• Data capture flexibility lowers TCO
• Increased safety & user acceptance
20. Operator Rounds on Onshore Oil & Gas fields
Challenges
• Widely dispersed locations with no IT infrastructure
• Regular “rounds” required to log data and inspect equipment
• Unable to react to site conditions found – unable to access
information needed
• Noisy environment – difficult to communicate over radio
• Too many tools to carry – radio, mobile phone, PDA
Ci70 solution
• Connectivity via cellular network = realtime updates
• On demand access to documents & history & experts
• Replaces 3 tools with 1 tool
• “Hands-free” Push to Talk headset with noise cancellation
Benefits
• Efficiency – react to site conditions found
• Easier user acceptance
+ =
21. Mining – explosives tracking
Challenges
• Maximise safety & productivity & equipment uptime
• Equipment history not reliable – poor id
• Tracking of explosives and detonators
• Regulatory compliance & certification
• Potential presence of flammable gas & dust
Ci70 solution
• Dust protected & MSHA certification pending
• RFID tags uniquely identify equipment
• Wireless LAN 802.11 a/b/g/n supported
• Faster processing, more memory, longer battery life
Benefits
• Real-time information now possible, on demand
• Safely deploy & leverage productivity solutions
• Accurate audit trail for explosives
• Reduced TCO
+
22. Intermec partners – expanding into “EX” areas
Challenges
• Already invested in Intermec hardware & tools
• Customers & internal teams familiar with products
• Looking to minimise future costs and learning
overheads
Cx7x solutions
• Ci70 fully supported by Intermec SmartSystems
• New EX & Dust certified versions of CN70, CN70e,
CK70 & CK71
• Compatible with FlexDock system & Scan handle
Benefits
• Wider market for existing software applications &
services
• Minimal additional investment required
23. Contents
1. About ecom instruments
2. Basics on Explosion Protection
3. Increasing RoI – some examples
4. Conclusions
24. Conclusions
Focus: increasing mobile computing RoI in hazardous areas
• Hazardous areas – what these are & how to mitigate the dangers
• Recent mobile computing technology advances for hazardous areas
• Related examples of new ROI/TCO opportunities
• Safely expand your solutions into hazardous areas
• Make it easier for end users
• Improve safety, productivity & cost
It‘s not about the technology – it‘s what you do with it
25. 2527 May 2014
Mobility without compromise.
Thank you for your attention.
For more information, please visit: For any further questions- please e-mail to:
www.iroc-ci70.com kevin.boyd@ecom-ex.com
www.ecom-ex.com markus.nied@ecom-ex.com
26. Webinar series
Title Date
Increasing mobile computing RoI in hazardous areas 19th March 2014
Using Wireless WAN (WWAN) in hazardous areas April 2014
How can RFID technology benefit hazardous industries? May 2014
Editor's Notes
This slide is only a part of the reference list with most of the companies being in the “Fortune 500” list who have a need for intrinsically safe products.
ecom is a global operating company with sales offices in 11 countries and operates with sales agents and distributors all over the world.
In 2013 we have established a non-exclusive distribution agreement with BlueStar for Europe and Africa.
Due to this global presence ecom is in constant touch with its oil & gas, chemical, pharmaceutical and mining customers.
This part of the webinar should give you a brief overview about the quite complicated subject „Explosion Protection“.
What conditions will create an explosion?
An explosion is the sudden reaction of a flammable substance with oxygen with the simultaneous release of high energy.
Three elements are required :
1- Oxygen (air)
2- An flammable material in ignitable quantities (gas, liquid, solid)
3- An ignition source (spark, electrical arc)
If all three components occur together, an explosion can happen. Explosion protection (Ex Protection) is aimed at eliminating the sources of ignition.
For some onshore Oil & Gas fields, data is collected using PDAs by operators who regularly drive to each remote wellhead. However many remote wellheads have no IT infrastructure or WiFi network so the operator is unable to access the information they need, when they need it unless they loaded it onto the PDA beforehand.
Similarly, to improve productivity and well integrity, problems discovered when the pressure reading is entered by the operator must also be instantly visible to the central site to allow immediate actions to be taken whilst the operator is at the well.
Until now, the solution has been to wait until the operator returns to the central site to upload the data or to have a modem in the truck to relay the data back to the central site, neither of which are efficient or risk-free.
The Wireless Wide Area Network (or WWAN) capability in the Ci70 allows you to connect to cellular networks and supports both data and voice transmission. This would allow the operator to receive last minute work changes, have on-demand access to key information, provide realtime visibility to the central team, and enable realtime communication to the central team in the event of abnormal conditions – all of which can add value to the business of your customer.
This last example focuses on those with experience of delivering PDA solutions to non-hazardous locations (for example, some warehouses) who now need to provide solutions for hazardous areas. Again, ecom can help you here too.
If you are an Intermec partner, your team will be familiar with the existing products and the development and management tools. The Ci70 PDA product is fully supported by these tools to minimise the additional learning and investment you need to make. Working with ecom, our knowledge of hazardous areas can also help to minimise your exposure to risk when delivering mobile solutions for these areas.
If you are not an Intermec partner, we can help you to quickly and easily transition from your legacy mobile computing devices to devices which can better serve both your hazardous and non-hazardous area needs.
And, if you have no PDA experience but need to extend the reach of your existing software solutions into hazardous areas, we can help to make your application mobile at least cost and risk to your business.
We have briefly reviewed some ROI examples however I hope this has given you some insight and ideas into how you can maximise the return on your mobile computing investment. If you wish to discuss this further with us, please get in touch.
And, with that I will now hand back to Markus for the conclusions.