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REAL-TIME SAFETY LONE WORKER MONITORING, WIRELESS GAS DETECTION & EFFICENCY

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Page 1: REAL-TIME SAFETY

REAL-TIME SAFETYLONE WORKER MONITORING, WIRELESS

GAS DETECTION & EFFICENCY

Page 2: REAL-TIME SAFETY

ABOUT US

CVE: BLN Product developer Monitoring partnerService providerManufacturerYves Carrier, Business

Development and Sales

Manager

Page 3: REAL-TIME SAFETY

WE’VE DONE THIS BEFORE

Cody Slater, Blackline CEO Founded BW Technologies

Dr. John Finbow, Blackline board member Co-founded City Technologies

Page 4: REAL-TIME SAFETY

WHY YOU ARE HERE

Page 5: REAL-TIME SAFETY

SAFETY – SPEED and ACCURACY of

RESPONSE

THE FASTEST POSSIBLE RESPONSE

▪ Employees working alone

▪ Evacuations that account for the location

of everyone along the way

▪ Response during turnarounds and

maintenance projects when on-site

activities are greatest

▪ Blackline data-point: emergency

response time <60 seconds 99.7%

▪ Man down and high H2S alarm, you

don’t want to rush in unless properly

equipped for H2s environment.

Page 6: REAL-TIME SAFETY

RESCUE VERSUS RECOVERY:

EMPOWER AWARENESS

▪ When an incident occurs, every second counts

▪ Never before has a comprehensive safety

monitoring system delivered:

▪ Real-time situational awareness

▪ Incident management tools

▪ Technology to make a difference

Traditional

approach

H2S gas leak00m 00s 00m 02s

High gas alert received by

Blackline Safety Network

00m 01s

G7 detects H2S gas, alerts worker

00m 01s

Gas detector goes off —

no one nearby to hear it

00m 31s

Live monitoring team calls worker

— not responsive

01m 45s

Responders

prepare

01m 40s

Everyone evacuated

04m 25s

Worker rescued

02h 00m

Check-in missed

02h 05m

Supervisor concerned

02h 10m

Search begins

03h 30m

Body recovered

With G7

Page 7: REAL-TIME SAFETY

IT’S ALL ABOUT TIME

▪ Time to respond in an incident — Real time awareness empowers an effective

response. Emergency situation accountability and lone working or gas

exposure.

▪ Save time by not over managing the equipment — Connected devices require

limited hands on administration and setup burden.

▪ Collection of data timeline — Relevance of data may be lost if it takes too long

to collect.

▪ Collection of data efficiency — Save by no longer having to manually collect or

collate compliance and exposure data.

▪ Workflow process efficiency — How often are people spending at tool up

shack, are your workflow processes optimum?

Page 8: REAL-TIME SAFETY

THE CONNECTED

INDUSTRIAL WORKER

Page 9: REAL-TIME SAFETY

KEY CONNECTED SAFETY PLAYERS

Connected Gas detection vendors

▪ Honeywell Analytics, MSA, Industrial

Scientific, Blackline Safety

Lone worker vendors

▪ Delorme InReach, SPOT, GRACE

Industries, Blackline Safety

Radio vendors

▪ Motorola, Harris etc. Man down integration

PPE vendors

▪ Helmets: Guardhat & Realwear,

▪ Proxxi Band electrical field limit of

approach.

Mobile phone / app vendors

▪ Workflow mgmt, risk analysis,

incident reporting, lone working.

Many vendors, Blackline Safety

Vehicle tracking vendors

▪ Many vendors, Trackopolis,

PeopleNet, Telogis, Geotab, etc.

Asset tracking and access

control vendors

▪ RFID Extronics & Aeroscout

▪ Many many vendors

Page 10: REAL-TIME SAFETY

CONNECTED WORKER CHECKLIST

Shown is a Blackline concept

CONSIDER

▪ Which wireless communications will work best for your

sites and locations.

▪ What location technologies would support your teams?

▪ Do you have lone workers?

▪ Who would monitor your teams?

▪ Do you require gas detection?

▪ Who will manage the data and insights received. API’s

to share data?

REVIEW THE VENDORS

▪ Challenge your vendors to validate their approach

▪ Who are they partnered with?

▪ What is their financial structure and can it support long

term R&D, product support?

▪ Distribution Channels? Support?

ASSESS YOUR SITUATION

▪ Who will use the system and in what

operational setup(s)?

▪ What risk scenarios do you want or need

to address?

▪ Where are the teams located?

▪ When should the system be used and

deliver value?

▪ Why would you deploy the technology?

▪ How would you communicate adoption

with your teams?

▪ Change Management is very important

▪ Tracking/location data and employee sensitivity.

Page 11: REAL-TIME SAFETY

DATA BACKHAUL or

COMMUNICATIONS OPTIONS

SEVERAL OPTIONS

▪ Cellular (3G, 4G, 5G)

▪ Satellite

▪ Wi-Fi in facilities and vehicles

▪ Mesh networking

▪ Bluetooth to smartphones

▪ Access control via RFID

Page 12: REAL-TIME SAFETY

LOCATION TECHNOLOGIES

CHALLENGE

▪ GPS signals can be unreliable / unavailable

inside and nearby facilities

MAINSTREAM & PROVEN OPTIONS

▪ GPS / Assisted-GPS (aided for quick location

startup)

▪ Wi-Fi SSID proximity detection (iPhone/Android)

▪ Cell tower ID / (low accuracy)

▪ Beacons (simple proximity detection)

OTHER OPTIONS

▪ Wi-Fi, ultra-wideband / proprietary time-

difference of arrival signals (TDOA

triangulation)

▪ Combination inertial & GPS

▪ Acoustic TDoA

TRADITIONAL OPTIONS

▪ Access control via RFID

▪ Sign-in sheets

Page 13: REAL-TIME SAFETY

BLACKLINE SAFETY:

OUR PORTFOLIO

Page 14: REAL-TIME SAFETY

Blackline Safety Portfolio

Configurable to your operations and risk

Cellular

24/7 live monitoring Blackline Live

Satellite

14

Plug-and-play cartridges

Dock Indoor location technology

Smartphone

Page 15: REAL-TIME SAFETY

COMPLETE, TURN-KEY SYSTEM

▪ Everything works right out of the box

▪ A tailored, one-vendor solution

▪ Works everywhere

▪ No facility communications needed

▪ No facility power needed

▪ No software installation

▪ No IT support required

▪ Web-based monitoring software

Page 16: REAL-TIME SAFETY

HOW IT WORKS

16

Communication networks Blackline Live

web interface

G7 DEVICEBlackline Safety

Network

24/7 monitoring

team

Supervisors

RESPONSEINCIDENT

3G & satellite communications

(coverage in 200 countries)

Local responders

dispatched

Two-way voice calling and text messaging

Automatic alerts

▪ Gas detected

▪ Fall detected

▪ Man-down detected

▪ Check-in missed

Manual alerts

▪ SOS latch triggered

▪ Silent alert triggered

▪ Falls

▪ Injuries

▪ Health incidents

▪ Environmental

exposure

Alert

notifications

Page 17: REAL-TIME SAFETY

PLUG-AND-PLAY CARTRIDGES

Multi-gas Diffusion

Single-gas Diffusion

Multi-gas Pump

H2S LEL-IR LEL-P O2-IR

CO NH3 Cl2 CO-H

PID CO2 CO+H2S SO2

▪ Customize according to your needs

▪ Eliminate downtime — field replaceable in seconds

NEW NEW NEW

NEW NEW

NEW

COMING

SOON

NEWCOMING

SOON

Page 18: REAL-TIME SAFETY

CONNECTED SAFETY

OVERVIEW

CONFINED SPACE ENTRYKeep track of who enters confined

spaces, which ones, for how long and

know what gases were encountered

EMERGENCY RESPONSEControl room, supervisors or central

monitoring center manages every alert

GAS DETECTIONLocation-enable gas readings to

empower data analytics, respond

to incidents in real-time

LONE WORKERSKeep an eye on employees

working beyond sight and

sound of others

DATA ANALYTICSLeverage ‘big data’ created by

every gas detector, quickly

sift through the data

TEAM COMMUNICATIONConvergence enables a gas detector

to be used like a two-way radio

EVACUATIONSEvacuation individuals, teams or

sites through notifications, actively

account for everyone along the way

COMPLIANCEAutomating regulator gas

detection compliance, equipment

use compliance

LEAK SURVEYLeverage ‘big data’ created by

every gas detector, quickly

sift through the data

AREA MONITORINGContinuous monitoring of tank

farms, processes, spill sites

and during plant maintenance

REAL-TIME TURNAROUNDSMaintenance projects benefit from safety

and productivity-based awareness and

data analytics

INDUSTRIAL HYGIENEHelp IH team manage a world-

class program to protect

employee health into the future

Page 19: REAL-TIME SAFETY

Is it being used? Is it compliant?Added Value:

Where is it?

MORE THAN JUST GAS DETECTION

Page 20: REAL-TIME SAFETY

Where are gas exposures occurring?

How much time is spent in area?

Risk Mitigation and EfficiencyWhat’s the data trend

over time?

PROVIDING BUSINESS INSIGHTS

Page 21: REAL-TIME SAFETY

LONE WORKER CHECKS

SIMPLE DEFINITION

▪ Someone beyond sight and sound of

others who can provide help

CHALLENGE

▪ Manual employee checks prone to error

HOW TO AUTOMATE?

▪ Wearables provide automation and real

time awareness:

▪ Fall detection

▪ No-motion (man-down) detection

▪ Missed check-in detection

TODAY

FUTURE

Page 22: REAL-TIME SAFETY

EVACUATION MANAGEMENT

CHALLENGE

▪ It’s difficult to evacuate sites and account

for every worker along the way

ACTIVE EVACUATION MANAGEMENT

▪ Mass employee notifications

▪ Select individuals, teams, areas or full sites

▪ Map everyone’s location as they muster

▪ Contact anyone lagging behind

▪ Dispatch help knowing the situation

TODAY

FUTURE

Page 23: REAL-TIME SAFETY

TWO-WAY EMERGENCY

COMMUNICATIONS

▪ Monitoring personnel can speak directly to the employee via G7c

▪ G7c auto-answers — no employee action required

▪ Messaging supports evacuation notification and muster awareness.

▪ All calls/message logs recorded and stored in systems for incident reporting

Page 24: REAL-TIME SAFETY

RADIO CALLING

CHALLENGE

▪ Employees wear two devices

▪ Businesses pay for two devices

OPTIMIZATION AND PRODUCTIVITY

▪ Push-to-talk coming to gas detection

▪ Employees will be able to use gas

detectors like a two-way radio

▪ Affordable deployment for every worker

▪ Businesses will benefit from100 channels

of communication

▪ Cellular communications — works beyond

a single site

TODAY

FUTURE

Page 25: REAL-TIME SAFETY

GAS DETECTION COMPLIANCE

CHALLENGE

▪ Businesses struggle to understand if their

current gas detection fleet is compliant

AUTOMATION ELIMINATES MANUAL WORK

▪ Devices wirelessly send bump test and

calibration to online software

▪ Software tools provide a real-time reporting

▪ No more data collection, review and reporting

▪ See who is using gas detection equipment

▪ See all non-compliant equipment

▪ Software analytics enable a deeper-dive into

historical compliance and usage data

TODAY

FUTURE

Page 26: REAL-TIME SAFETY

GAS DETECTION

CHALLENGE

▪ Gas detectors should alert others, not just the

employee

AUTOMATION

▪ Real-time alerting of a gas exposure

▪ Connects the worker to a live monitoring team

through voice calling or messaging

▪ Streams gas readings to online software

▪ Location-enabled data drive business insights

▪ Modularity eliminates downtime due to a failed

sensor

TODAY

FUTURE

Page 27: REAL-TIME SAFETY

CONFINED SPACE & LEAK CHECK

CHALLENGE

▪ Difficult to know what’s happening in the field

AUTOMATED CSE INSIGHTS

▪ Who enters which confined spaces?

▪ How long are personnel in confined spaces?

▪ What hazards were encountered?

LEAK CHECK

▪ Where do leaks occur?

▪ Map non-alarm gas exposures from

everyone over time

▪ Dispatch employees to perform leak checks

TODAY

FUTURE

Page 28: REAL-TIME SAFETY

DATA ANALYTICS

CHALLENGE

▪ Businesses are missing information about their

lone worker and gas detection programs

AUTOMATION

▪ Devices stream data to cloud-hosted software

▪ Analytics helps users drill into their data

▪ All data is location-enabled for mapping

▪ Review data by employee, team, time, event

type and location

▪ New reports being created based on feedback

TODAY

FUTURE

Page 29: REAL-TIME SAFETY

PRODUCTIVITY

AUTOMATION, OPTIMIZATIONS

AND INSIGHTS

▪ Streamline workflows and activities

▪ Automatically manage device

updates and configuration

▪ Understand trends, behaviors and

activities

▪ Keep teams integrated through

affordable voice communications

▪ Drive real-time activities

Page 30: REAL-TIME SAFETY

REAL-TIME TURNAROUNDS

CHALLENGE

▪ Maintenance projects lose out by not leveraging

location and safety technologies

AUTOMATION

▪ Connected personal gas detection

▪ Real-time emergency response tools

▪ Location technology & floor plans

▪ Documented confined space entries

▪ Analytics shows productivity

FUTURE

▪ Location-based Integration with project

management software

TODAY

FUTURE

Page 31: REAL-TIME SAFETY

WHAT ADDED VALUE SHOULD BE

NEXT?

Page 32: REAL-TIME SAFETY

ADDED VALUE TO MAIN CAPABILITY

IS AN IMPORTANT WEARABLE CONSIDERATION

LESSONS LEARNED HELPING YOUR COUNTERPARTS ON

CONNECTED GAS DETECTION AND LONE WORKER PROJECTS

▪ To help justify the “real time safety” investment, added value from the

technology requested. — Operational, HSE supervisors/managers and

Business Support team, (IT, etc), desire consolidated tools.

▪ Business Case - Cost of ownership must be considered against your

traditional gas detection or check in systems — Business case to

invest in connectivity and access to data requires altered up front

budgetary spends from traditional hidden costs.

▪ Project/Budget approvals typically require buy in from Director or VP

level of Operations or HSE, sometimes C-Suite — Senior

Management buy-in and purposeful efforts towards a connected

industrial worker future are required.

Page 33: REAL-TIME SAFETY

TELL US WHAT YOU THINK

WHAT SHOULD THE FUTURE BRING?

▪ Electronic permitting?

▪ Deeper turnaround integrations?

▪ Wearable video?

▪ Biometrics?

▪ Smart PPE?

Page 34: REAL-TIME SAFETY

THANK YOU —QUESTIONS?