Returning with a brand new speaker line-up and a fully revamped agenda, The 2nd Annual Well Site Automation Congress will come to Houston on January 27 and 28, with the express purpose of addressing the most pressing concerns in reaping low production costs and maximum efficiency. The congress will assess in fine detail several pump by exception strategies to ensure that operators have enough visibility in their SCADA to monitor multiple well locations with a minimum of man-hours. Featuring a host of end user-led case studies from Chevron, Apache, BHP Billiton, Devon Energy, EXCO Resources, Encana, Petro Lucrum, Zaza Energy, Endurance Resources among others, the congress will guarantee valuable lessons to delegates whether they oversee 100% automated operations or are taking a first tentative step towards the process.

1. Reducing Costs And Maximizing Production Through SCADA And Automated Technologies
NorthAmerica’sFlagship100%E&PDrivenInitiative:DeliveringWellSiteAutomation
StrategiesAndBestPracticesFromLeadingShalePlaysInTexasAndTheLower-48
How To Lower The Cost Of Production, Reduce
Manpower And Maximize Operational Efficiency
Through Well Site Automation
Maximizing The Payback Of:
Advanced SCADA Systems, Remote Communications, Pressure And
Flow Controls And Safety Shutdown Systems
See How EPs Have Dramatically Reduced Costs Through Well Site Automation:
January 27-28, 2016 | Houston | Texas
CombiningCuttingEdgeExpertisefromLeadingLower-48
EPsIncluding:
M Follow us @UnconventOilGas
www.wellsite-automation.com
Register By Friday
November 20, 2015
SAVE
$400
• IMPROVE ARTIFICIAL LIFT AND BASE PRODUCTION: Learn How To
Optimize Control Systems To Mitigate Decline Curves And Maximize Total
Recovery Rates
• REDUCE MAINTENANCE COSTS: Deploy SCADA Systems For
Predictive Maintenance To Minimize Equipment Costs And Operational
Downtime
• DECREASE MANPOWER: Implement Alarm Management Systems,
Central Control Rooms And Process Control Systems To Significantly Cut
Workforce Costs
• MAXIMIZE EFFICIENCY GAINS AND SAFETY: Deploy Control Systems,
Auto-Choke And Safety Shutdown Systems To Operate Wells More
Efficiently And Safely
• REDUCE OPERATIONAL DOWNTIME: Understand How Automated
Control And Safety Shutdown Systems And PLCs And RTUs Reduce The
Downtime Of Well Operations
BrandonDavis
Automation Lead
Devon Energy
SamuelTrevino
Instrument Automation Engineer
BHP Billiton
GeorgeRobertson
Facilities Engineer
Chevron
MartinLohmann
Automation Manager
Bonanza Creek
JohnathanHottell
SCADA Supervisor
EXCO Resources
DonRitter
CEO
Endurance Resources
NathanielBookwalter
SCADA Systems Admin
Anadarko Petroleum
Organized By:
RyanHale
Automation Coordinator
Encana

2. • ACHIEVING MAXIMUM PAYBACK: Overall ‘Pump By Exception’
Strategies From Leading Operators: Achieving Immediate-Term Payback
In A Low Oil Price Environment
• AUTOMATION FOR ARTIFICIAL LIFT SYSTEMS: How Operators Are
Critically Using Automation Technologies To Optimize Plunger Lift, Gas
Lift, Rod Lift And ESP Systems
• OPTIMIZING CONTROL SYSTEMS: Assessing The Use Of Control
Systems To Optimize Well Flow And Pressure And Maximize Total
Recovery
• PLCs VS. RTUs: Hearing Operators’ Experiences On PLCs And RTUs To
Identify Which Communication System Is More Reliable And Cost-Efficient
• AUTOMATED MEASUREMENT FOR OIL GAS: How Operators Are
Increasing Reliability And Accuracy In Accounting And Reducing Costs
And Manpower
Register By Friday
November 20, 2016
SAVE
$400
www.wellsite-automation.com (1) 800 721 3915 info@american-business-conferences.com
Lower-48 EPs are using pump-by-exception strategies and remote monitoring
to minimize man hours and rapidly reduce costs.
But the economics of the most critical types of automation and their optimal
application must be demonstrated in a low price market to maximize returns on
selected automation technologies and overall wellsite operations.
Returning with a brand new speaker line-up and a totally revamped agenda,
The 2nd Annual Well Site Automation Congress will come to Houston
on January 27-28 with the express purpose of addressing the most pressing
concerns in reaping low production costs and maximum efficiency.
The congress will assess in fine detail several pump by exception strategies
to ensure that operators have enough visibility in their SCADA to monitor
multiple well locations with a minimum of man-hours.
Featuring a host of end user-led case studies from Chevron, Apache, BHP
Billiton, Devon Energy, EXCO Resources, Encana, Petrolucrum, Zaza
Energy, Murphy Oil, Anadarko, Petrotex and Endurance Resources,
the congress will guarantee valuable lessons to delegates whether they
oversee 100% automated operations or are taking a first tentative step
towards the process.
Reducing Costs And Maximizing Production Through SCADA And Automated Technologies
KEY MARKET VARIABLES TO BE ASSESSED:
I was able to validate
our company and
specifically my
production units
automation approach
through understanding
what is being done by
others
Instrument/Automation Engineer,
BHP Billiton
The well site
automation conference
provided me with
application experience
from highly regarded
industry colleagues
Automation Manager, Resolute
The Well Site
Automation Conference
is informing and
beneficial to the oil field
industry
Liquid Measurement Technician,
Marathon Oil
American Business
Conferences set the
bar high for my first
business conference!
It was the perfect
blend of learning and
connecting
Logistics Planning Manager,
Citadel Energy

3. DEMONSTRATING THE ECONOMIC PAYBACK OF WELLSITE AUTOMATION
FOR MISSION CRITICAL APPLICATIONS
Day 1
Wednesday January 27, 2016
8.20 Chair’s Opening Remarks
ChairedbySarahTamilarasan,VPOilfieldServices,Petrolucrum
KEYNOTE ADDRESS: MAXIMUM PAYBACK
8.30 Achieving Immediate-Term Payback From Well Site
Automation In A Low Oil Price Environment
This Keynote Presentation will feature several short case studies
in which different leading operators will analyze overall automation
strategies that have successfully reduced workforce costs,
optimized production rates and reduced downtime
• How to save costs from well site automation
• Weighing up the costs of automation against payback
from increased production rates to determine the ROI of
well site automation
• Comparing pre and post automation costs to evaluate
the economic payback of employing automation at the
well
• Mapping an operator’s well site automation plan from
artificial lift and chemical injection through to onsite
storage and sales
• Discussing standardization across measurement,
instrumentation and communication devices to boost
operational efficiency
OperatorA: SarahTamilarasan,VPOilfieldServices,Petro
Lucrum
OperatorB: DonRitter,CEO,EnduranceResources
OperatorC: BillFairhurst,Managing Partner, Petrotex
9.00 Question Answer Session
INCREASING PRODUCTION RATES THROUGH
AUTOMATION
Quantifying how the successful automation of artificial lift
systems is increasing production rates, mitigating decline
curves and lowering expenditure
CASE STUDY: AUTOMATION FOR ARTIFICIAL LIFT
SYSTEMS
9.10 How Operators Are Critically Using Automation
Technologies To Optimize Plunger Lift, Gas Lift, Rod Lift
And ESP Systems
• Examining how operators are using SCADA systems to
enable real time monitoring and modification of artificial
lift systems
• Analyzing how downhole gauges for frac pumps, tubing
and casing liner pressures and electric fans are being
automated to increase base production
• Utilizing pump off controllers and rod controllers
effectively to prevent downhole issues
• Evaluating how high interval data from SCADA systems
is helping operators make more optimal decisions on
artificial lift
• How automated controls are optimizing production
gains for gas lift systems
RodGuice,OperationsManager,ZazaEnergy
9.40 Question Answer Session
ROD PUMP LIFT AUTOMATION
9.50 Examining How Automated Plunger Lifts Are
Helping Operators Maximize Production Rates, Mitigate
Decline Curves And Reduce Operating Expenditure
• Categorizing the data required to advise on the
appropriate rod pump methods to maximize
hydrocarbon recovery
• Detailing the use of smart rod pump instrumentation
to feed data into SCADA systems to optimize well
performance
• Selecting the data necessary to advise on the utilization
of continuous run, start-and-stop and intermittent
methods to gain immediate cost benefits
• Highlighting the necessary pressure, tubing and casing
readings to inform the appropriate rod pump arrival time
FrederickClarke,SeniorArtificialLiftSpecialist,MurphyOil
10.20 Question Answer Session
10.30 Morning Refreshments In The Exhibition Showcase
Area
OPTIMIZING CONTROL SYSTEMS
How operators are improving automated pressure and flow
controls to effectively manage oil and gas flow and increase
total recovery rates optimizing control systems
OPTIMIZING CONTROL SYSTEMS
11.00 Assessing The Use Of Control Systems To
Optimize Well Flow And Pressure And Maximize Total
Recovery
• How to control the choke at the well head to mitigate
slugging
• Utilizing Initial Automation strategies and automated
controls systems to determine the ideal well flow rate
and production curve and increase total oil recovery
• Investigating the use of control systems for salt water
disposal pumps to meet the needs of highly variable flows
• Assessing proven in-use local control systems to
maintain stable pressures
BrandonDavis,AutomationLead,DevonEnergy
11.30 Question Answer Session
ROUNDTABLE: ALARM MANAGEMENT
11.40 Analyzing How Alarm Management Strategies Are
Being Optimized To Enhance Critical Communications
With The Control Room
• Comparing cost vs. benefits for different notification
systems such as texts, phone calls and emails to
identify how to efficiently get data to the relevant staff
quickly
• Determining which alarms such as tank levels and
pressure are considered critical or non-critical to ensure
producers are notified when necessary and determine
which alarms warrant a visit to the well site
• Examining alarm ownership strategies to determine
areas of responsibility within EPs and maximize
effectiveness
BillFairhurst,ManagingPartner, Petrotex
12.10 Question Answer Session
12.20 Lunch In The Exhibition Showcase Area
LIFE-CYCLE WELL AUTOMATION
Comparing and contrasting several key automation technology
types relative to well characteristics and areas of application
to maximize capital efficiency onsite throughout life-cycle well
automation strategies
LIFE-CYCLE WELL AUTOMATION STRATEGIES
1.20 Examining The Use Of Monitoring Systems, Auto
Chokes, Automated Chemical Injectors, Actuators,
Data Gathering To Determine Efficiency Gain
• Discussing the utilization of automation to ascertain a
well’s production curve and to supply relevant data for
future drilling operations
• Detailing the appropriate use of auto-chokes and
actuators to avoid damaging a formation and to
increase total recoverable oil
• Specifying the methods of data gathering to determine
the ideal rate at which to flow a well to avoid paraffin
build-up
• Deliberating on the use of monitoring systems to ensure
the correct chemical injection rate into a well
• Considering pneumatic safety systems and alarming
limits to prevent corrosion issues
• Evaluating how operators are leveraging automation
to reduce human error and how this is impacting
production rates increments
1.50 Question Answer Session
SCADA SELECTION AND COMMUNICATIONS
OPTIMIZATION
Comparing PLCs, RTUs, wired and wireless communications
and connectivity to determine which option can optimize well
site automation reliability and expenditure to a greater extent
DATA COLLECTION AND IMPLEMENTATION CASE
STUDIES: PLCs VS. RTUs
2.00 Hearing Operators’ Experiences On PLCs And
RTUs To Identify Which Communication System Is More
Reliable And Cost-Efficient
• Comparing the pros and cons of PLC and RTU
functions to ascertain the most profitable option for a
given well
• Discussing features, function blocks, program protocols
and Ladder and Boolean logic to ensure optimal use
of PLCs
• Determining the level of manual maintenance for PLCs
and RTUs to accurately quantify the cost of both
communication systems
• Contrasting tag-based and object-oriented systems
to allow joined up thinking between technicians and
operators
• Considering a PLC–RTU hybrid communication
system to combine IP and serial interfaces, tag based
design, tank level control, measurement readings and
LACT control’
2.30 Question Answer Session
2.40 Afternoon Refreshments In The Exhibition Showcase
Area
PANEL: HOW TO COMPENSATE FAIL OVER
3.10 Evaluating Cellular, Satellite, Serial And Ethernet
Communications Systems To Implement A Reliable Fail
Over Scheme
• Considering the use of serial and Ethernet
communications systems to minimize latency and
inform an efficient polling system
• Detailing communication fail over schemes to avoid
communication blackouts and gaps in historical data
• Gauging the return on investment of establishing a
company cellular network and peer-to-peer architecture
versus satellite communications to yield more reliable
connectivity
• Delivering a cost analysis of spread spectrum and VHF
frequencies to allow adequate communications range
• Maximizing the use of modems and SIM cards to
connect to an operator’s VPN
• Discussing the use of range enhancing towers to avoid
microwave black holes
Panelist:SamuelTrevino,InstrumentAutomationEngineer,
BHPBilliton
GETTING THE DATA TO THE CONTROL ROOM: WIRED VS
WIRELESS
3.50 Evaluating The Reliability, Speed And Power
Consumption Of Wireless Communications Against
That Of Wired Communications Systems To Determine
Which Can Ensure Reliability At Lower Costs
• Evaluating how installing wired communications such as
fiber optic systems can reduce man hours and improve
capital efficiency
• Comparing the cost vs. efficiency gains of wired and
wireless communication systems to ensure quick
reaction times for safe well shut-ins
• Analyzing wireless communications such as radio,
cellular and satellite to understand which option is more
reliable and cost-effective
• Contrasting the flexibility of wireless systems with
the reliability of wired systems to ensure an informed
communications system choice
• Examining reliability, signal strength, speed and
transmission efficiency for both wired and wireless
communications
4.20 Question Answer Session
CONTINUED ON NEXT PAGE
www.wellsite-automation.com (1) 800 721 3915 info@american-business-conferences.com

4. MULTI-WELL PAD AUTOMATION
Investigating how automation technologies can help operators
optimize multi-well pads monitoring and production
PANEL: AUTOMATED MULTI-WELL PAD CONTROL AND
MONITORING
4.30 How Automated Control And Monitoring
Technologies For Multi-Well Pad Systems Are
Minimizing Production Costs And Increasing Accuracy
For Royalty Distribution
• Applying automation to injection valves and
compressors to maximize the profitability of multiple
artificial lift systems
• Centralizing gathering systems through the use of
tankless tank batteries to boost profitability and reduce
tank overflows and emissions
• Evaluating how SCADA analysis for multi-well pads is
improving base multiple LACT units to divide mineral
owner percentages production
• Simplifying the multi well pad accounting process by
employing multiple LACT units to divide mineral owner
percentages
Panelist:Keat-ChoonGoh,RealTimeOperations,Modeling
AndOptimization,Shell
Panelist:JohnathanHottell,SCADASupervisor,EXCO
Resources
5.10 Chair’s Closing Remarks
5.20 – 6.20 Networking Drinks Reception In Exhibition
Showcase Area
8.20 Chair’s Opening Remarks
ChairedbySarahTamilarasan,VPOilfieldServices,Petrolucrum
KEYNOTE: USING AUTOMATION TO REDUCE STAFF COSTS
8.30 Evaluating Pump By Exception, Centralized
Monitoring And Other Well Site Automation Strategies
To Reduce Workforce Costs For Operators
• Delivering a step-by-step guide to a ‘Pump By
Exception’ strategy to reduce the head count per well
ratio
• Detailing the use of central control rooms to monitor the
well site to reduce field personnel costs and the number
of trips to the well
• Considering the employment of data driven decision
support centers to aid the decision making process on
the well pad
• Reviewing automated personnel safety procedures to
avoid lost revenue through liability
SarahTamilarasan,VPOilfieldServices,PetroLucrum
9.00 Question Answer Session
SCADA SYSTEMS DESIGN AND ARCHITECTURE
Ensuring system compatibility across the wellsite to enhance
maximum reliability, safety and cost-efficiency
TOTAL SYSTEM APPROACH: COMPATIBILITY
9.10 Delivering A Complete System Architecture To
Ensure Hardware And Software Compatibility, Increase
Reliability And Reduce Costs
• Outlining a cost vs. benefit analysis of tag based system
and object oriented systems to determine which option
ensures capital efficiency
• Considering SCADA system information segregation
and scaling to adequately protect company data
• Reviewing how to segment higher risk data from
lower risk data to increase system reliability and capital
efficiency
GeorgeRobertson,FacilitiesEngineer,Chevron
9.40 Question Answer Session
9.50 Morning Refreshments In The Exhibition Showcase
Area
TANK MONITORING AND LACT UNITS
Evaluating tank monitoring solutions and lact units to
understand how automated measurement technologies can
ensure 24-hour unmanned accounting when oil gas is being
transferred from the production site to storage tanks, trunks
and pipelines
PANEL: TANK MONITORING
11.40 Optimizing Automated Tank Measurement
Techniques To Minimize Maintenance, Standardize
Measurements And Improve Accounting Standards
• Reviewing standardization of tank measurements
to speed up the measurement process and reduce
downtime.
• Assessing orifice meters, coriolis meters, positive
displacement meters, ultrasonic turbines, vortex and
mag meters to aid an accurate flow measurement and
guarantee accurate payments
• Presenting preventative maintenance measures
on casing, tubing and flow pressures to increase
instrumentation life span
• Disclosing the role of key protective interlocks to allow
automatic ESD in unforeseen circumstances
• Utilizing data to find indicators of potential tank
spills and leaks to advise cost effective predictive
dispatchment and corrosion prevention
Panelist:NathanielBookwalter,SCADASystemsAdmin,
AnadarkoPetroleum
12.10 Question Answer Session
12.20 Lunch In The Exhibition Showcase Area
PANEL: LACT UNITS
1.20 How LACT Units Allow Real-Time Oil Quality
Checks And Accurate 24-Hour Unmanned Accounting
When Oil Is Being Transferred From The Production Site
To Storage Tanks, Trucks Or Pipelines
• Utilizing multiple LACT units to avoid accounting errors
in dividing mineral owners’ oil and gas percentages
• Establishing effective use of LACT units and real-time oil
quality checks to allow 24-hour unmanned sales
• Reviewing optimum LACT unit calibration to ensure
accurate oil and gas sales and accounting
• Ensuring LACT units are AGA and API certified to
guarantee regulatory compliance
Panelist:RyanHale,AutomationCoordinator,Encana
1.50 Question Answer Session
AUTOMATION STRATEGIES FOR GAS FLARING CONTROL
Assessing cost vs. performance for vapor control to quantify
the ROI of automated gas flaring control
VAPOR CONTROL
2.00 Examining Automated Vapor Recovery To Minimize
Emissions And Ensure Regulatory Compliance
• Utilizing automatic tank gauging to ensure minimal
flaring and to align with emission control regulation
• Employing vapor recovery towers to reduce tank
pressures and utilize tank vapors through sales
• Discussing potential new EPA regulations to understand
how automated vapor control can ensure regulatory
compliance
• Addressing high turndown ratios and highly variable
BTU content to ensure accurate metering of miniscule
flows
• Automating gas injection rates and flare meters through
SCADA systems to reduce flaring percentages
2.30 Question Answer Session
2.40 Afternoon Refreshments In The Exhibition
Showcase Area
RESERVOIR ENGINEERING
Outlining which automation strategies and technologies
can improve the quality and scope of reservoir analysis and
achieve maximum capital efficiency
RESERVOIR ENGINEERING AUTOMATION
3.10 Machine Learning As A Reliable Technology For
Evaluating Time-Rate Performance Of Unconventional
Wells
• Employing machine learning as a reliable predictive
analytics methodology to generate probabilistic
production forecasts
• Enabling real-time well surveillance, performance
tracking, and operational diagnosis
• Utilizing predictive analytics to improve our
understanding of long-term behavior of unconventional
oil gas reservoirs
• Demonstration of implicit consistency and repeatability
through automation
DavidFulford,SeniorReservoirEngineer,Apache
3.50 Question Answer Session
AUTOMATED MEASUREMENT FOR OIL GAS
How automated measurement for oil gas is helping
operators increase reliability and accuracy in accounting and
reduce equipment and manpower expenditure
LIQUIDS MEASUREMENT
10.20 Evaluating The Most Effective Liquid
Measurement Methods To Minimize Accounting Errors
And Reduce Workforce Costs
• Contrasting a cost vs. benefit analysis of turbine,
coriolis and ultrasonic devices to aid accurate level
measurement and minimize maintenance costs
• Discussing the employment of VRV valves and stop-
start permissives to ensure correct separation of BSW
and oil
• Considering metering and measurement for liquids in a
two-phase state to accurately report oil flash offs
10.50 Question Answer Session
GAS MEASUREMENT
11.00 How To Move Towards Fully Automated Gas
Measurement Processes To Enhance Accuracy And
Save Time, Money And Manpower
• Analyzing gas chromatographs and super
compressibility to aid accurate detailed gas flow
measurements
• Outlining how to set multiple points within a transmitter
scaling system to develop accurate readings
• Evaluating how to drive gas measurement automation
forward: achieving 100% automated gas meters
• Revealing the latest automated gas measurement
technologies to meet new standards of data accuracy
11.30 Question Answer Session
POWER GENERATION
Detailing the best power supply options for automated devices
to minimize expenditure and maximize performance
POWER GENERATION FOR AUTOMATION DEVICES
3.50 Contrasting Power Supply Options, Multi-Well
Electrical, Point Count IOs And Battery Options To
Optimize The Performance Of Automated Devices At
Lower Costs
• Comparing solar, thermogen and chemical power
supplies to adjudge the most cost-effective option for
automated devices in the field
• Considering multi-well electrical for multi-well
automation to run numerous RTUs from one major
power source
• Minimizing the power consumption of transmitters to
increase an RTUs point count IO with the same amount
of power
• Assessing battery options for solar panels to avoid
maintenance and ensure that the battery employed
holds the charge
4.20 Question Answer Session
4.30 Chair’s Closing Remarks And End Of Conference
Day 1
CONTINUED
www.wellsite-automation.com (1) 800 721 3915 info@american-business-conferences.com
HOW WELL SITE AUTOMATION
STRATEGIES CAN HELP OPERATORS
REDUCE MAN HOURS AND OPTIMIZE
MEASUREMENT
Day 2
Thursday January 28, 2016

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