1. The Only Dedicated Congress For SAGD Drilling Professionals Focused Specifically
On Well Integrity, Placement Optimization In Oil Sands Operations
Maximizing ROP And Reducing The Time And Cost Of
SAGD Drilling Operations:
Determining Optimal Well Integrity, Well
Positioning & Directional Drilling Strategies
By Analyzing Case Studies And Using Well Failure Analysis
LEADING E&P OPERATORS TO PROVIDE CASE STUDIES ON:
February 17-18 | Calgary | Canada
Expert Speakers And Panelists Including:
M@UnconventOilGas
www.sagd-drilling-2015.com
*SAVE
$400
• WELL FAILURE ANALYSIS: Utilizing Well Failure Analysis To Determine Best
Practices For Maximizing Integrity
• PRODUCTION DATA FOR WELL PLACEMENT: Assessing Production Data To
Determine The Optimum Wellbore And Downhole Placement During Drilling
To Maximize Recovery
• INFILL & THERMAL CHAMBER DRILLING: Providing Comprehensive Analysis
Of High Pressure High Temperature Well Conditions And Their Effects To
Optimize Infill Drilling Programs And Equipment Selection
• CEMENTING OPTIMIZATION: Selecting The Best Cement Blend And The
Best Cement Placement For Optimal Casing Design To Maintain Cap Rock
Integrity
• CASING & LINER SELECTION: Evaluating The Optimal Selection And
Installation Of Casing And Liner For Optimal Liner Permeability And
Maturation Of The Wellbore
• DRILLING FLUID & SAND SYSTEMS: Determining The Best Liquid And Sand
Systems For Faster, Cleaner And Stronger Drilling Operations
Ryan Cross
Director Of Production, Drilling &
Completions
Connacher Oil & Gas Ltd
Organized By: Part Of:
Co-Sponsor: Associations:
Register By Friday
December 12, 2014
Brian Mracek
SAGD Drilling Superintendant
Brion Energy
Kerke Evoy
Lead Drilling Engineer
Statoil
Ben Hollands
Geologist
PTTEP
Duncan Findlay
Exploration Geologist
Grizzly Oil Sands ULC
Abi Ravan
Drilling Specialist
Brion Energy
“This was a congress that
dealt with present day industry
challenges and looked to the
future with resolutions”
Statoil Canada

2. www.sagd-drilling-2015.com (1) 800 721 3915 info@canadian-business-conferences.com
With production forecasted to meet 3.7 million b/d in 2020 and 5.2 million b/d by 2030,
SAGD presents the greatest opportunity for growth in oil sands production, and with
leading E&Ps reporting capital cost projections per SAGD thermal project reaching $440
million, it is now more important than ever to reduce costs whilst maximizing recovery.
At no stage in SAGD is this more important than drilling, and a sound program is critical
to making sure wells are drilled quickly, cheaply and with maximized production results,
through optimized well placement and integrity.
It is only through integration of best practices and latest technologies for cementing,
casing, ranging, directional drilling and more that operators can reduce costs whilst
maximizing ROP as well as ensuring future production and completions are
optimized at the drilling stage.
The inaugural SAGD Drilling Optimization 2015 Well Placement & Integrity
Congress will be the first dedicated congress for drilling professionals, gathering up-to-
the-minute case studies from leading E&Ps in SAGD operations to maximize ROP
whilst reducing time and cost.
Consisting entirely of operator-led case studies using production data and well
failure analysis, each presentation will focus specifically on SAGD operation results
and the resulting implications for drilling efficiency maximization.
Register By Friday
December 12, 2014
TOP 5 REASONS TO ATTEND
1. Join an exclusively operator-led
speaker faculty sharing over 20 new case
studies and well failure analysis to
provide insights into the latest technologies
and necessary steps to maximize well
integrity and optimize SAGD production
and drilling operations.
2. The only commercially focused
SAGD drilling congress, providing
in depth analysis into the necessary
techniques and best practices for
improving operator ROI
3. Using production data to determine
the optimum wellbore and downhole
placement to identify the most
cost-effective ranging and survey
technologies for maximum recovery.
4. Evaluating high pressure, high
temperature, well conditions and their
effects to reveal the impact of the critical
factors in equipment selection.
5. Determining the best cement blend
and the best cement placement for
optimal casing design to maintain cap
rock integrity as well as the best liquid
and sand systems for faster, cleaner and
stronger drilling operations.
Clarion Hotel And Conference Centre
Rocky Mountain Ballroom
2120 16 Ave NE, Calgary, AB, CA, T2E 1L4
Phone: (403) 291-4666
Fax: (403) 291-6498
Web: http://goo.gl/3V4x0M
Venue Information:
Day 1 will start by evaluating ranging tools and directional drilling best practices
to optimize downhole well spacing, infill drilling and hot re-entry to optimize recovery
from virgin and pre-heated reservoirs. It will then determine the most cost-effective
fluid and sand systems for faster, cleaner and more sustainable drilling operations.
Day 2 will then provide operations insights into utilizing well failure analysis to
inform cost-effective liquid and sand system selection. It will also establish cementing
and casing best practices to cost-effectively maximize ROP whilst ensuring well
integrity, stability and safety.
*SAVE
$400

3. WELLBORE POSITIONING, RANGING TOOLS, AND DIRECTIONAL DRILLING
Day 1
Tuesday February 17, 2015
8.30 Chair’s Opening Remarks
WELLBORE PLACEMENT
8.40 Evaluating Best Practices In Wellbore Positioning And Sizing To Determine Methods For Mitigating Drilling Costs While Maximizing Production
•
Understanding the mechanics of the reservoir to properly select the best wellbore placement to optimize production and reduce cost
•
Determining optimal surface spacing to maximize initial production efficiencies and mitigate the cost of future drilling between well pairs
•
Identifying the optimal wellbore size to reduce capital cost and decrease required SOR in differing SAGD operations
•
Spotlighting best practices for wellbore placement when drilling the injector by entering through the producer
•
Examining the latest production data to evaluate if 5m is in fact the optimal downhole spacing
Alan Krawchuk, SkyStrat Drilling (SSD) - Senior Staff, Cenovus Energy
Ben Hollands, Geologist, PTTEP
9.10 Question & Answer Session
PLACEMENT TECHNOLOGY & DIRECTIONAL DRILLINGASSESSING RANGING TOOLS AND SURVEY ANALYSIS ALONGSIDE GEOSTEERING AND ROTARY STEERABLE TECHNIQUES TO COST-EFFECTIVELY MAXIMIZE ACCURACY IN DOWNHOLE WELL PLACEMENT
PANEL: RANGING TOOLS & SURVEY ANALYSIS
9.20 Scrutinizing Survey Analysis Methods And Ranging Capabilities To Establish The Most Accurate And Cost-Effective Methods For Wellbore Orientation And Downhole Spacing
•
Comparing the cost-effectiveness ranging tools to ensure consistent accurate and equidistant spacing, avoid hot spots and maximize pay
•
Determining best practices for survey analysis to determine the presence of water in the base and mitigate penetration risk
•
Identifying ranging tools for drilling without access to the secondary well for safer and cost-effective drilling operations
•
Analyzing the magnetic interferences in ranging technologies to mitigate well placement inconsistencies
•
Revealing the most effective and accurate TVD measurement technologies to ensure placement accuracy and allow for stacking
Abi Ravan, Drilling Specialist, Brion Energy
9.50 Question & Answer Session
10.00 Morning Refreshments In Exhibition Showcase Area
WELL PLACEMENT ERRORS
10.30 Analyzing Systematic TVD Error Of MWD Tools Due To SAGD in BHA’s To Understand How To Correct The Errors And Optimize Reservoir Performance
•
Understanding how systematic TVD errors occur and the impacts on well placement and reserve recovery
•
Demonstrating a systematic approach to error discovery, then correcting the errors
•
Explaining the key factors used to confirm the well placement and eliminating Systematic TVD Error
Brian Mracek, Drilling Superintendent, Brion Energy
11.10 Question & Answer Session
DIRECTIONAL DRILLING
11.20 Evaluating The Efficiencies Of Geosteering Techniques And Rotary Steerable Technologies To Reveal Best Practices For Equidistant Downhole Well Spacing And Maximized Production Volumes
•
Discussing magnetic monitoring systems for real time real location understanding and better directional operations.
•
Identifying the optimal rig selection and different types of downhole movement systems to optimize the length of the wells during drilling
•
Scrutinizing directional drilling technologies that can efficiently operate in winter conditions to obtain the straightest profile possible
•
Providing cost-benefit analysis of geosteering techniques to minimize gas or water breakthrough and maximize economic production from the well
•
Using production data to evaluate the benefits of rotary steerables and the business case for their use
11.50 Question & Answer Session
INFILL WELLS & HOT RE-ENTRYREVEALING BEST PRACTICES FOR HOT RE-ENTRIES AND INFILL WELL DRILLING TO MAXIMIZE RECOVERY FROM PRE-EXISTING WELL PAIRS AND PRE-HEATED SAGD RESERVOIRS
HOT RE-ENTRY
12.00 Detailing Strategies For Re-Entering Previously Heated Reservoirs To Accelerate Production And Increase Estimated Ultimate Recovery To Improve Non-Virgin Reservoir Economics
•
Determining procedural best practices for cementing on re-entry to guarantee integrity
•
Understanding the mud properties of hot re-entries, surface equipment requirements and wellbore integrity threats to mitigate stability risks above ground
•
Evaluating the technology involved in improving oil recovery (IOR) on horizontal well for more economic horizontal drilling and more efficient use of thermal energy
•
Evaluating the amount of wells placed in pads for hot
re-entries against recovery volumes to optimize future footprint planning
•
Assessing coil tubing deployed cooling systems that allow running wire liner in hot wellbores to mitigate re-entry risks
12.30 Question & Answer Session
INFILL WELLS
12.40 Revealing Best Practices For Drilling Infill Wells To Recover Bitumen Between Existing Steam Chambers And Optimize Pad Economics
•
Evaluating best drilling practices when encountering steam pressure, varying fluid types and different spacing techniques for maximum infill well production
•
Benchmarking the pressure, temperature and stability conditions when drilling infill wells to inform sustainable system and directional strategies
•
Analyzing the characteristics of a hot zone and the impact it causes the drilling tools for short-term failure prevention
•
Assessing methods for finding the exact location of the well pairs to optimize thermal chamber procedures, drill fewer wells, and capitalize on existing surface disturbance whilst increasing recovery
1.10 Question & Answer Session
1.20 Lunch In Exhibition Showcase Area
RIG SELECTION & DESIGNSCRUTINIZING SAGD DRILLING CONDITIONS AND THE LATEST RIG CAPABILITIES TO MAXIMIZE ROI AND ROP WHILST ENSURING STABILITY AND SAFETY
PANEL: RIG SELECTION & DESIGN
2.20 Evaluating The Most Cost-Effective Rig Designs To Maximize ROP And Power Whilst Ensuring Well Stability And Safety
•
Examining the latest advancements in material weight and strength as well as innovative rig designs and slants to maximize hydraulic power whilst ensuring wellbore stability
•
Demonstrating how innovative designs, such as walking rigs rigs can reduce manpower, optimize transportation and equipment to reduce overall operation costs
•
Assessing the potential in different rig designs for faster, powerful and higher flow methodologies in hole cleaning
•
Identifying wellbore stability risks in SAGD drilling to allow for cost-effective mitigation strategies in rig design and weight
•
Revealing the latest innovations in rig offline capabilities and how these can improve ROI in SAGD investment
Heath Charles, Drilling & Completions Operations, Blackpearl Resources
Ryan Cross, Director Of Production, Drilling & Completions, Connacher
Dan Naninga, Drilling & Completions Superintendent, Statoil
Kerke Evoy, Lead Drilling Engineer, Statoil
2.50 Question & Answer Session
DRILLING LONGER LATERALS & MULTI-LATERALS
3.00 Identifying Inefficiencies And Rectifying Drop Tendencies Caused By Improper Strategies For Drilling Longer And Multi-Laterals To Reduce Overall Costs, Increase Production And Improve Reservoir Drainage
•
Comparing the advances in horizontal drilling techniques that allow longer laterals to reach deeper into the formation for better recovery and injection performance
•
Evaluating best practices for drilling multilateral horizontal wells to a cost-effective way to improve reservoir drainage and return on investment
•
Understanding how multilateral practices can impact cost-per-surface, decreases disturbance and decreases water pipe sizes for a cost-effective completion operations
•
Contrasting different ranging technologies and their effectiveness in TVD measurement and accurate downhole multi-lateral spacing
3.30 Question & Answer Session
3.40 Afternoon Refreshments In Exhibition Showcase Area
FLUID & SAND SYSTEMS FOR DRILLINGDETERMINING THE MOST COST-EFFECTIVE FLUID AND SAND SYSTEMS FOR FASTER, CLEANER AND MORE SUSTAINABLE DRILLING OPERATIONS
MUD SYSTEMS
4.10 Assessing Mud System Efficiencies In Preventing Oil Sand Accretion And Decreasing Viscosity To Optimize Fluid Management System Selection
•
Evaluating the effect different mud systems have on the formation for producing clean calibrated holes and reduced viscidity
•
Comparing different based muds, formulas and chemicals in terms of fluid loss prevention
•
Contrasting the characteristics, applications and liner effects of muds and fluids based from water and oil for optimal benchmarking and selection
•
Analyzing the optimal mud systems for controlling bitumen entry to tubers and liners to streamline production
•
Understanding the impact of oil quality and sand grain size on mud system efficiencies to aid operator selection
4.40 Question & Answer Session
HOLE CLEANING
4.50 Analyzing Drilling Fluid Efficiencies In Hole Cleaning To Identify Which Is Most Effective In Preventing Fluid Intrusion, Formation Fracturing And Overall Yield Losses
•
Evaluating the yield provided by differing fluid systems terms of hole cleaning for better cost-effective acquisition
•
Understanding how the deviation of the wellbore effects the solids carried for effective hole cleaning to accurately assess fluid effectiveness
•
Clarifying how to effectively maximize fluid control and equipment cooling through optimized drilling fluid system management
•
Quantifying the impact of hole cleaning on running liner to comprehensively calculate long-term fluid system ROI
•
Exploring the cost-effectiveness of steam cleaning and contrasting it with traditional methodologies to inform system selection economics
5.20 Question & Answer Session
5.30 Chair’s Closing Remarks
5.40 - 6.40 Networking Drinks Reception In Exhibition Showcase Area
www.sagd-drilling-2015.com (1) 800 721 3915 info@canadian-business-conferences.com

4. 8.30 Chair’s Opening Remarks
CEMENTINGSELECTING THE BEST CEMENT BLEND AND PLACEMENT TO ENSURE WELL INTEGRITY IN THERMAL WELLS AND MITIGATE COSTLY FAILURES
CEMENTING PRACTICES
9.20 Determining Best Practices For Cement Blending And Placement To Maintain Cap Rock Integrity And Ensure Steam Containment For Maximum Recovery
•
Comparing different cementing technologies to isolate the cap rock and the ground water from the reservoir to maximize production and prevent migration
•
Determining how to prevent the cement from damaging when the temperature and pressure cycle varies to ensure long-term stability
•
Quantifying the importance of cap rock integrity to contain steam and ensure effective production
•
Evaluating differing cement consistencies to allow for faster pumping and overall drilling operations
•
Evaluating contrasting cement solutions and their behaviours in different conditions to maximize line stabilization and pad positioning
•
Utilizing production data to analyse if a better cement job can be created by rotating the pipe without causing displacement
9.50 Question & Answer Session
10.00 Morning Refreshments In Exhibition Showcase Area
THERMAL CEMENTS
10.30 Comparing Cement Capabilities For Maximizing Thermal Integrity To Ensure Bonding And Containment In Extreme Temperatures And Pressures Over Multiple Cycles
•
Scrutinizing the impact of thermal chamber conditions on cement to cost-effectively mitigate risk and forecast well integrity
•
Reviewing best practices to prevent gas migration in cementing to ensure containment
•
Understanding the types of thermal cement that can withstand hydraulic isolation to enhance safety and recovery in drilling
•
Evaluating cementing operational procedure for high pressure and high temperature wells and guarantee the integrity of the secondary cement installation
•
Scrutinizing foam cements and their cost-effectiveness in guaranteeing containment and well integrity
11.00 Question & Answer Session
CASING DESIGNEVALUATING THE OPTIMAL SELECTION AND INSTALATION OF CASING TO ENSURE CAP ROCK INTEGRITY, CONTAINMENT AND OPTIMIZE THE ECONOMICS OF FUTURE COMPLETIONS
PANEL: CASING & LINER DESIGN SELECTION
11.10 Benchmarking Casing Design Efficiencies To Determine Which Can Withstand More Pressure Cycles, Maximize Thermal Loading Capability And Maintain Well Integrity
•
Comparing the grades of the casing designs and their cost-efficiencies in terms of preventing long-term well failure and ensuring sustained production
•
Evaluating which casing designs can be exposed to extreme environments without damaging the cement
•
Understanding how the optimal casing design mitigate and overcome drilling directional challenges and optimize downhole spacing
•
Analyzing best practices to improving the density of the thermal slotted liners for future damage prevention
•
Comparing slotted casing and wire screens in their ability maximize flow control to identify the most cost-effective option
11.40 Question & Answer Session
PANEL: K55 V.S. L80
11.50 Comparing And Contrasting L80 And K55 Casing Attributes To Identify Which Is Most Cost-Effective And Inform Selection Strategies Across Differing Reservoir And Well Conditions
•
Comparing the stress and strain ranges of the two casing options to determine flexibility across variable pressures and temperatures
•
Evaluating the maximum thermal load of each option to evaluate suitability and productivity in extreme conditions
•
Assessing the cost of contrasting casing options to determine installation economics
•
Quantifying the number of cycles each can stand across different SAGD operations to forecast integrity and mitigate replacement costs
12.20 Question & Answer Session
12.30 Networking Lunch In Exhibition Showcase Area
CASING INSTALLATION
1.30 Identifying Steps To Reduce Sand Interference And Enhance Permeability Through Optimal Casing Installation Strategies To Optimize Future Completions And Production
•
Evaluating the installation parameters involved in selecting the appropriate casing that can withstand the life of the project to maximize ROI
•
Measuring the risk and cost structure of the optimal casing selection for operational efficiency in installation
•
Identifying how to pump the cement during casing installation to optimize hole cleaning
•
Identifying best practices during the drilling stage for ensuring long-term liner maintenance, reduce costs and maximize safety
•
Comparing different liners in terms of sustainability and sand interference prevention during installation to identify most economic option
2.00 Question & Answer Session
CASING CONNECTION OPTIMIZATION
2.10 Identifying Best Practices For Preventing Casing Connection Failure To Mitigate Costly Replacement Requirements And Inform Equipment Selection
•
Revealing the critical need for optimal casing connection design through qualifying its role in preventing future well failure
•
Evaluating the factors involved that allow the casing connection to resist high peak temperatures and reduce viscosity
•
Comparing the three different types of casing connection and their cost-efficiencies to identify the most economic and sustainable option
•
Contrasting strategies to prevent deformation and replacement of casing connection due to thermal cycle loading
•
Qualifying the need for premium and thermal connections in SAGD operations to inform equipment investment strategy
2.40 Question & Answer Session
SAND, INFORMATION & ENVIRONMENTAL MANAGEMENTIDENTIFYING THE LATEST BREAKTHROUGHS IN SAND ANALYSIS AND INFORMATION INTERPRETATION TO MAXIMIZE PRODUCTION AND ENVIRONMENTAL MANAGEMENT AT THE DRILLING STAGE
SAND CONTROL
2.50 Revealing How Sand Analysis Can Inform Device Selection At The Drilling Stage To Optimize Sand Control, Prevent Low Permeability And Mitigate Future Completions Costs
•
Evaluating the parameters of slotted liner and wire screens to identify the most cost-effective sand control option across different sands
•
Revealing the impact of different sand size distributions to design an optimal slotting patter for appropriate sand control to reduce flow risk
•
Contrasting the effectiveness of different sand control devices to increase pipe security and maximizing flow control
•
Quantifying potential savings through completions planning and sand control device installation at the drilling stage
Vahid Fattahpour, Postdoctoral, University Of Alberta
3.20 Question & Answer Session
3.30 Afternoon Refreshments In Exhibition Showcase Area
INFORMATION INTERPRETATION
4.00 Interpreting Operator Data And The Latest Communication Technologies To Evaluate Reservoir Flow Improvement Areas, Drilling Performance Parameters And Energy Saving Potential
•
Providing field data to evaluate the optimal spacing between the well pairs and understanding its effect on integrity monitoring
•
Evaluating the latest technologies for measuring vibrations and their type to improve drilling performance
•
Identifying how optimized informational interpretation in drilling vibrations can inform energy efficiency savings in heat and sound
•
Scrutinizing the latest pressure and temperature detectors to accurately monitor downhole conditions, forecast production and anticipate well failure
Tom Luo, Lead Historian & Database, Suncor Energy
4.30 Question & Answer Session
ENVIRONMENTAL MANAGEMENT
4.40 Evaluating Best Practices For Reducing Footprints And Optimizing Waste Disposal To Maximize Environmental Management
•
Investigating disposal solutions to manage the environmental sector in disposal issues, cement cuttings, wildlife, waterways and the use of muds to re plant
•
Discovering reliable and efficient waste treatment for recovery and recycle of SAGD resources used in drilling
•
Revealing the latest technologies for kick simulation and how these can inform investment and mitigate risk
•
Determining best practices for reducing kick and uncontrolled steam flow to reduce environmental pollution an improve safety
5.10 Question & Answer Session
5.20 Chair’s Closing Remarks & End Of Congress
Day 2
Wednesday February 18, 2015
WELL INTEGRITY, LIQUID AND SAND SYSTEMS FOR DRILLING
www.sagd-drilling-2015.com (1) 800 721 3915 info@canadian-business-conferences.com
“The agenda topics reflected my current work priorities”
- ConocoPhillips Canada

5. DECISION MAKING AUDIENCE
E&P attendees are primarily decision makers looking to learn from other operators. Every conversation is valuable and there is no searching through endless crowds in search of the next customer
EXCLUSIVE NETWORKING OPPORTUNITIES
We work with dozens of operators across the US to identify the agenda topics and vendor categories they need to hear from. We allocate stalls and speaking time only when suppliers can offer solutions the audience is looking for, so you know your next customer is in the room
SHARE YOUR SUCCESS
As an operator-led congress, speakers will be delivering unbiased reviews of equipment currently installed across their well sites – good or bad. If the feedback is good, solution providers need to be in the room to capitalize upon the moment and make the next sell. If the feedback is poor, suppliers must be ready to update the audience on their latest work to improve the reliability of
their devices and reassert confidence in their solutions
If you have a successful case study to share with operators, get in touch to apply for information on speaking opportunities and stall allocations:
John Duggan
(1) 800 721 3915
sponsorship@canadian-business-conferences.com
Sponsorship Opportunities
The inaugural SAGD Drilling Optimization 2015 Well Placement & Integrity Congress will be the first to gather up-to-the-minute case studies from the leading E&Ps in SAGD operations to maximize ROP and reduce the time and cost. Consisting entirely of operator case studies using production data and well failure analysis, each presentation will be from specifically work done from SAGD operations.
This congress is the premier opportunity to engage with key E&P decision makers to outline your vital technology advances and unveil your solutions for optimizing SAGD Drilling.
As a dedicated congress for SAGD Drilling, this intimate congress allows you to meet specific job titles in one place at one time, giving you the best possible chance of influencing key decision makers.
WHY IS THIS CONGRESS A UNIQUE OPPORTUNITY?
www.sagd-drilling-2015.com (1) 800 721 3915 info@canadian-business-conferences.com
“Excellent learning and networking opportunities to catch up with the latest industry activity and project status”
PTTEP Canada
“Excellent content and a great learning experience”
Shell Canada
“The speaker panel was really good”
Devon Canada
“Overall the congress was very informative. Good networking opportunity”
CNRL

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