The International Association of Drilling Contractors (IADC) and the Society of Petroleum Engineers (SPE) are pleased to announce the SPE/IADC Managed Pressure Drilling & Underbalanced Operations Conference & Exhibition.
Technologies designed to control annular pressure during drilling, inclusive of Underbalanced Drilling, Managed Pressure Drilling and Dual Gradient Drilling are being used in many forms around the world. UBD continues to maximize reservoir performance, while MPD techniques spanning onshore performance drilling and offshore deep and shallow water prospects serve to enhance drilling safety and minimize NPT. Once considered a futuristic technology, DGD is now a reality with numerous wells drilled, and many exciting prospects on the horizon.
New applications of these drilling practices take place every year, and their frequency continues to grow. This conference is a world recognized forum to help the energy industry better understand the technology and the effective, safe utilization of the various applications of UBD, MPD and DGD.
2019 Event Demographics
Registrants by Job Title
- Quality, Health, Safety & Environment
- Company Owner/Corporate Officer
- Completion Engineer
- Drilling and/or Completion Operations
- Drilling Engineer
- Drilling & Completion Engineer
Registrants by Company Type
- Equipment Manufacturer
- Independent Oil Producer
- Land Drilling Contractor
- Land/Offshore Drilling Contractor
- Land/Offshore Well Servicing Contractor
- Major Oil Producer
- Offshore Drilling Contractor
- Oilfield Service/Consultant
- Land Well Servicing Contractor
- Offshore Well Servicing Contractor
- National Oil Company
- Trade/Professional Association
Registrants by Location
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Venue & Hotel
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Tuesday, 21 April
7:15 am Registration, Coffee Service & Exhibit Viewing Aspen Ballroom & Foyer
7:30 am Speaker Briefing (Speakers, session chairs & moderators only) Colorado Ballroom B
8:15 am Welcome & Introduction Colorado Ballroom B
- Brian Piccolo, Chair, IADC UBO/MPD Committee; Technical Sales Director, AFGlobal
8:30 am MPD – Growing the Technology: Chris Scarborough, Senior Wells Engineer – Well Control & MPD, BP
The presentation will raise questions into why the industry would not adopt a drilling technology that enables a greater level of control during the drilling operations and offers potential road blocks, as experienced by the presenter, to expanding the use of Managed Pressure Drilling.
9:00 am Fluids for UBO & MPD
Three-Fluid System Allows Successful Completion of a Slim-Hole, +22000’ Well with a 0.5ppg Narrow Window: Philip Gunn, MPD Engineer, Leiro Medina, Beyond Energy, Gord Plouffe, Gabriel Soo, Jupiter Resources-Ramdar (SPE 200508)
Overview of Alberta’s deep basin challenges and narrow window drilling problems. Progress to increased MD:TVD ratios’ challenge and use of MPD to mitigate problems. Run through rigours of two fluid system and impact on EMW before running through use of diversion sub to position 3 fluid system with a stripping plan for the completion’s liner run with MPD.
Fluid Eliminates Compression Equipment in Underbalanced Drilling: Kevin Smith, President, Charles Bellinger, Natalia Collins, Highland Fluid Technology
A new MPF (managed pressure fluid) has been developed which eliminates the need for expensive compression, membrane nitrogen and highpressure 3-phase separation equipment. MPF is a simple, lightweight, incompressible drilling fluid and behaves like a conventional drilling mud. The presentation describes the new MPF properties and case study results. Ease of operation, elimination of expensive equipment, and reduced HSE risk, show a step change improvement in fluid technology, efficiency and cost reductions.
10:00 am Coffee Service & Exhibit Viewing Aspen Ballroom
10:30 am Case Histories/Lessons Learned
Fully Integrated Deepwater MPD Lessons Learned: Jason Custer, MPD & Subsea Specialist, Noble Drilling Services, Anton Kozlov, Clayton Hester, Inam Haq, Thiago Silva, Blade Energy Partners (SPE 200512)
A team of industry partners has delivered one of the first completely integrated MPD packages, which is wholly owned and operated by the drilling contractor. Through comprehensive testing on a sixth-generation drillship, the MPD package was immediately used to successfully drill a complex deepwater exploration well in the Black Sea. This presentation provides highlights and lessons learned for the whole process from system design and installation to its use in live well conditions and strategy for the future.
Floating Mud Cap Drilling with Sandwich System Application in Indonesia Development Well: Ahmad Burhan Noviaris, Drilling and Workover Plan Engineer, Mustafa Syarief, Warnandes Ambar M, Reza Yudha P, PT Pertamina EP (SPE 200506)
Pertamina EP with North Kedung Tuban structure is to produce gas from “Kujung” carbonate formation. The characteristic are vugular rock which caused total loss circulation, contain high concentration H2S and 20% CO2. To encounter this, Floating Mud Cap Drilling technique with sandwich system was applied. The well completed with no gas kick and completion string placed as purposed.
Managed Pressure Drilling and Underbalanced Drilling Hybrid Solution: Delivering a Step Change in Performance in a Challenging Exploratory Biogenic Gas Well in the United Arab Emirates: Mujahed Saleh, Technical Sales Manager, Ayoub Hadj-Moussa, Weatherford, Muna Al Marzoqui, Ahmed Al Hanaee, Mohamed Samer Amin, ADNOC (SPE 200516)
Underbalanced Drilling (UBD) and Managed Pressure Drilling (MPD) played a key role in the delivery of a challenging exploratory well in an unconventional biogenic gas field in the United Arab Emirates. Successfully mitigating drilling hazards such as well control, drilling fluid losses, slow ROP and wellbore instability due to the presence of salt.
Noon Luncheon & Exhibit Viewing Colorado Ballroom A
1:15 pm Panel Session – HSE/Regulatory
Moderator: Martyn Parker, Chief Operations Officer, Pruitt
Panel discussion on how HSE/regulators view Industry Recommended Practices, what it means to them as regulators. Obtain feedback and guidance for future MPD & UBO Industry recommended practices and API who ultimately publishes the RP’s.
- Ben Coco, Senior Associate, Upstream Standards, API
- Colin Strylowski, International Affairs, BLM
- Roar Sognnes, Principal Engineer, Petroleum Safety Authority Norway
2:45 pm Coffee Service & Exhibit Viewing
3:15 pm Well Control Considerations & Well Design
Bespoke Casing Design to Reduce ECD and Enable MPD for HPHT Culzean Project in the North Sea: David Seymour, Principal Drilling Engineer, J. Oyovwevotu, D. Vavasseur, Total, S. O. E. Albores, E. G. Garcia, G. A. Izquierdo, C. M. Langrill, R. O. Mazzina, A. C. Mitchell, N. Santi, Tenaris (SPE 200517)
This presentation will address the different challenges, material development and connection qualifications needed to fulfil the complete casing solution and the benefits obtained for the optimization of the well architecture and increased reliability. The presentation will also address the design philosophy and the drivers for the step-change in casing design seen in the Culzean project, driven by the pressure control requirements.
Managed Pressure Drilling Influx Management: A Comprehensive Analysis of IME, MPD Operations Matrix, Dynamic Kick Tolerance Concepts, and Parameter Sensitivity: Romar Alexandra Gonzalez Luis, Technology Development Engineer, Serkan Cenberlitas, Oscar Gabaldon, Patrick Bland, Blade Energy Partners (SPE 200514)
The presentation will cover three main aspects: MPD kick tolerance, including concepts and its variables of interest; IME generation and parameter sensitivity analysis; generation of an MPD operational matrix. Also, the advantages and disadvantages of various approaches to determining the limits of dynamic influx circulation will be presented.
The Influx Management Envelope; Sensitivity of Model Choice: Christian Berg, Research Engineer, Geir Arne Evjen, Martin Culen, Kelda Drilling Controls, Trygve Rinde, Ranold, William Bacon, Blade Energy Partners (SPE 200510)
There have been numerous developments of the IME in recent years, and it is gaining market over the well control matrix. Calculation of the IME can be done in multiple ways; simple ideal gas calculations typically give smaller acceptable kick sizes compared to high fidelity simulations. Some of this can be attributed to the use of real gas models, and some to more realistic distribution of gas in the wellbore compared to a single bubble. Results from computing the IME using a market leading drilling simulator as well as a market leading multiphase simulator are compared to the ideal gas IME by Culen et al. (2014) and the real gas IME by Berg et al. (2019). Discrepancies in the underlying models are discussed, and the differences in the resulting IME are elaborated.
An Integrated Approach for MPD Business Case Includes Well Design Optimization with MPD: Oscar Gabaldon, Operations Manager, William Bacon, Patrick Brand, Romar Alexandra, Anton Kozlov, Blade Energy Partners (SPE 200509)
In HPHT reservoirs and exploratory wells, especially in deep water, high uncertainty can increase costs due to non-productive time (NPT) and high operational cost. For challenging wells with narrow windows, Managed Pressure Drilling (MPD) techniques offer cost-effective tools to increase the odds for achieving cost and well objective assurance while improving operational efficiency by reducing the degree of uncertainty and NPT. MPD can also be utilized for risk mitigation and enhancing safety. However, MPD has been mostly absent as a driver for well design process, which has resulted in missing an enormous potential to optimize the well design. The main drivers in casing point selection are the pore pressure and fracture gradients, which may have a high degree of uncertainty. Current well design process hinges on the ability to manage these uncertainties by company or regulatory requirements, such as kick tolerance. The degree of uncertainty on the pore pressure and fracture gradients is perhaps the most critical aspect in both well design and drilling operations. Through dynamically testing the formation pressure and fracture gradients, MPD operations enable real-time evaluation of the existing drilling window, allowing to reduce the uncertainty. Furthermore, the ability to detect and react dynamically to accidental conditions reduces the probability and intensity of the loads driving the well design. This provides a tremendous opportunity to optimize the selection of casing shoe depths. This work addresses drivers, enablers, and considerations related to optimizing a well design by taking advantage of dynamic processes facilitated with MPD. Also, guidance criteria to enable well designers to safely and efficiently optimize well design by taking advantage of MPD are provided. Finally, this presentation provides case studies of the technical evaluation and economic justification for implementing MPD. The cost savings from the impact on the well design are also discussed. New guiding criteria aim to constitute a systematic and integrated approach to ensure well integrity and optimize well design while also considering the operational implications and integral cost benefits.
5:15 pm Welcoming Reception & Exhibit Viewing
Wednesday, 22 April
7:15 am Registration, Coffee Service & Exhibit Viewing Aspen Ballroom & Foyer
8:15 am Welcome & IADC UBO/MPD Committee Update Colorado Ballroom B
- Brian Piccolo, Chair, IADC UBO/MPD Committee; Technical Sales Director, AFGlobal
8:30 am Update on New MPD Accreditation Efforts: Mark Denkowski, Vice President-Accreditation Operations, Brooke Polk, Patty Tydings, IADC
Over the past few years, a subcommittee of IADC’s Managed Pressure Drilling (MPD) committee has been developing curricula for MPD training intended to be part of a new, independent accreditation program. As an adaptive drilling process used to precisely control the annular profile throughout the wellbore, MPD operations have become more prevalent because they allow greater pressure control and allow previously “undrillable” wells to be drilled safely. The primary objectives of the new IADC-accredited courses will be to train personnel on best practices regarding MPD equipment operations. The new program is slated to launch in 2020.
8:45 am Deepwater Applications
Using MPD to Optimize Well Design and Well Delivery Process for a Deepwater Exploration Well: Sharief Moghazy, Wells Engineer, Roger Van Noort, Wilmer Gaviria, Shell International E&P, Anton Kozlov, Clayton Hester, Inam Haq, Thiago Silva, Blade Energy Partners (SPE 200504)
The presentation will be a summary of the findings in the paper walking through the process of designing and drilling the well using MPD to optimize all aspects of the well delivery process.
Operator’s First Managed Pressure Drilling Well in Ultra-deep Waters of Mexico, a Challenging and Crucial Cementing Operation Successfully Conducted using Managed Pressure Cementing through an Automated Pressure Control System: Raul Bermudez, Fluids and Cement Engineer, Cyril Szakolczai, Juan-Jose Ferro, Christophe Birades, Total E&P, Julian Hernandez, Ryan Brinkley, Maurizio Arnone, Leonel Carreño, Weatherford, Landon Hollman, Ivan Torres, Halliburton (SPE 200503)
This well case study is an ultra-deep water exploration well drilled in the Gulf of Mexico in the Mexico side. From the onset of planning the base case was to integrate a Managed Pressure (MP) system into the drilling program to assist with pore pressure uncertainty, pressure ramp increase, and narrow PP/FG window operations including; drilling, tripping, running casing and cementing.
Significant Surge and Swab Pressure Variations Offshore Brazil induced by Rig Heave during Drill Pipe Connections: John-Morten Godhavn, Advisor, Banzi Olorunju, Equinor, Dmitri Gorski, Martin Kvernland, Mateus Sant` Ana, Heavelock Solutions, Ole Morten Aamo, Sigbjørn Sangesland, NTNU (SPE 200518)
This presentation describes simulated and measured downhole pressure variations during drill pipe connections when drilling a deep water well offshore Brazil. The rig heave caused by sea waves induced significant pressure variations downhole each time the drill string was suspended in slips to make connections. Downhole pressure variations induced by rig heave should be considered both during well operations and planning even in regions with less harsh weather conditions than in the North Sea, since there is a possibility that they can result in a loss or an influx.
10:15 am Coffee Service & Exhibit Viewing Aspen Ballroom
10:45 am Panel Session – Fluids/Riser Gas
Moderator: Dennis Moore, Senior Technical Consultant, Marathon Oil Company
Gas in the riser of a deepwater drilling operation has historically been a serious hazard. With an increasing number of rigs being equipped for MPD operations or at least with a riser gas handler, the situation is changing. In this session, how gas actually behaves in a conventional open riser will be discussed. That will be contrasted with what can be done in a closed system and how deepwater well control may be improved.
- Omer Kaldirim, Graduate Student, Texas A&M University (SPE 200523)
- Qifan Gu, Graduate Research Assistant, University of Texas (SPE 200522)
- Ruixuan Guo, Graduate Assistant, Louisiana State University
11:45 am Luncheon & Exhibit Viewing Colorado Ballroom A
1:00 pm Panel Session – Equipment
Moderator: Mike Vander Staak, VP Global Marketing, Beyond Energy
- Isabel Poletzky, Product Champion, Halliburton (SPE 200524)
- Glenn-Ole Kaasa, CEO, Kelda Drilling Controls
- George Michaud, Global RCD Product Line Manager, Beyond Energy
- Austin Johnson, Lead Development Engineer, AFGlobal
2:30 pm Coffee Break & Exhibit Viewing
2:45 pm Case Histories/Lessons Learned II
Real-time Downhole Pressure Measurements for Managed Pressure Cementing Operations: Andrew Hawthorn, Global Solutions Manager, Duncan Groves, Baker Hughes, Tom Brian, Total E&P (SPE 200519)
Managed pressure cementing is challenging due to the lower annular clearances and higher densities of fluid utilized. Until now there was no access to downhole and along string measurements in real-time to help manage these operations. It is widely acknowledged that surface models during the actual job may bear little resemblance to what is actually occurring downhole. We will show examples of real-time downhole and along string pressure measurements utilized in a HPHT campaign of wells in the North Sea during liner running and cementing jobs and compare these results to what historically has been presented as happening downhole derived from surface measurements.
Improving Horizontal Well Managed Pressure Drilling by using a Dual Channel Drill String: Ola M. Vestavik, CTO, Reelwell, Dag Helge Breivik, OMV, Helge Rørvik, Halliburton (SPE 200506)
The presentation covers experiences and results from a horizontal well drilling trial at Ullrigg in Stavanger, Norway. The well was drilled to investigate if use of a dual channel drill string can increase the casing setting depth and improve the performance for drilling and completion of horizontal wells, especially for the Wisting field in the Barents Sea. A new type of Managed Pressure Drilling technique enables the pressure gradient in the open hole section to be held constant and independent of the circulation flow rate during drilling. This allows long horizontal sections to be drilled within a small downhole pressure window.
CBHP MPD Used to Drill Coalbed Methane Multilaterals Using Produced Water: Sagar Nauduri, Lead MPD Engineer, Martyn Parker, Jason Morris, Pruitt, Jim Abbey, Marvin Seale, Red Willow Production Company, Frank Seidel, Seidel Technologies (SPE 200515)
This presentation details what we believe to be the first use of MPD to drill coalbed methane wells in the San Juan basin (and possibly in the rest of the world). We will show how the use of MPD mitigated challenges previously seen while drilling laterals in the Fruitland Coal Formation. It will also explain how early planning between the Operating Company, MPD service provider and other vendors, along with training and staged implementation of MPD, has shown significant benefits in the drilling of these wells with considerable cost reduction for the operator.
4:15 pm Closing Remarks & Adjournment
- Brian Piccolo, Chair, IADC UBO/MPD Committee; Technical Sales Director, AFGlobal
Unassigned Papers of Note:
Should a scheduled paper become unavailable, one of the unassigned papers will be accepted for presentation. In addition, these presentations will be made available in the conference proceedings, should the author so desire.
Risk Mitigation through Managed Pressure Drilling for a Deepwater Heavily Faulted Reservoir: Mohd Helmi Abd Rahim, Geomechanics Engineer, Razif Mohd-Radzi, Alvin Chan, Sarawak Shell Berhad, Aaron Tan, Sabah Shell Petroleum Corporation
Shell Malaysia successfully drilled and completed a water injector in a heavily faulted and depleted reservoir through the deployment of Managed Pressure Drilling (MPD) application. Following events such as pack off and losses in nearby producer well, Managed Drilling Pressure technology were deployed to mitigate the risk of hole instability and losses. During planning stage, a geomechanical model lookback were conducted to design the constant bottom hole pressure “setpoint” which sits between the bore hole stability and fracture pressure lines. Real time borehole stability monitoring was conducted to ensure hole instability indicators such as cuttings, cavings, and changes of drilling parameters are carefully diagnosed to enable instantaneous and informed manipulation of MPD surface pressure. The presentation demonstrates successful MPD application through integrated Wells-Subsurface collaboration which have resulted successful and safe delivery of a water injector well.
Innovative MPD Well Kill / Balance Technique: Akram Nabiyev, MPD Technical Advisor, Sagar Nauduri, Martyn Parker, Ernest Okeke, Pruitt (SPE 200507)
This paper details the successful implementation of CBHP MPD with the assistance of experienced MPD personnel to drill, trip, case, and cement an unusually complicated well without any pressure window, which could not have been drilling conventionally.
Drilling Gas Storage Wells in the Oriskany Sandstone, Appalachian Basin of Northeast USA Utilizing the Underbalanced Drilling Approach to Manage Pressurized Fractures and Avoiding Formation Damage in order to Improve Future Injectivity: James Amos Principal Engineer, Transcanada, Juan Valecillos, Maurizio Arnone, Rodolflo Flores, Weatherford, Landon Hollman, Blade Energy Partners (SPE 200511)
The paper/presentation will summarize the lessons learned after drilling with the UBD technique on this gas storage field, representing a base case for future applications in the area. Outside the UBD phase, also snubbing operations were applied together with the UBD surface equipment setup in order to optimize the full underbalanced process and its benefits for not damaging the target formation during post drilling phases.
Numerical Modeling, Simulation and Lab Testing of Foam-Assisted Mud Cap Drilling Processes Dealing with Non-Newtonian Foam Rheology: Seung Ihl Kam, Professor, Yanfang Wang, Caitlyn J Thiberville, Louisiana State University (SPE 200513)
Once introduced into the well, the gas kick migrates upward and expands within the mud column in the annulus. In foam mud cap drilling, foams are injected downward at the rate faster than the gas rising velocity to suppress the gas phase back into the formation. Often applied in the field, but not well established academically due to the complexity of foam rheology, the process of foam-assisted mud cap drilling is formulated and simulated thoroughly in this study. The approach and results presented are believed to help guide field applications significantly.
Offshore Drilling Contractors Journey from MPD Curious to MPD Leader in 4 Years: Nick Ward, John Smith, Stuart Wyse, Sean Gray, Stena Drilling
A detailed examination of the journey undertaken by an International, Offshore Drilling Contractor from zero MPD capability, to providing a World Class, ‘Owned and Operated’ MPD Service to multiple International Operators in 3 years. Looking in detail at the delivery of the worlds first DNV DRILL (MPD) systems; the development of bespoke MPD procedures; the training of rig crews; and ultimately the successful delivery of safe and efficient MPD operations across three drilling units and seven deepwater wells.
Conference Program Committee
- Andre Fernandes, Petrobras
- Anthony Spinler, Weatherford
- Borre Fossli, Enhanced Drilling
- Brian Piccolo, AFGlobal
- Calvin Holt, Chevron
- Chris Scarborough, BP
- Christopher Bernard, Halliburton
- Dennis Moore, Marathon Oil Company
- Frederic Jacquemin, Pacific Drilling
- Gavin Humphreys, Stena Drilling
- George Medley, Signa Engineering
- Guilherme Vanni, Petrobras
- Martin Culen, Kelda Drilling Controls
- Martyn Parker, Pruitt
- Mike Vander Staak, Beyond Energy
- Oscar Gabaldon, Blade Energy Partners
- Ragnar Marcelius Fredriksen, Equinor
- Sara Shayegi, Shell International E&P
- Shantur Tapar, National Oilwell Varco
- Tamela Claborn, SPE
Exhibition for this event has sold out.
Cost for the 10′ x 10′ space is $2,000.
The space will be set with a skirted table, two chairs and access to electricity.
With the space, you receive one complimentary conference registration and up to two additional registrations at half price.
No refunds for cancellations will be issued.
- Exhibitors can set-up after 3:00 pm on Monday, 20 April 2020. All booths must be completely set up by 6:30 am on Tuesday, 21 April 2020.
- You may tear down your booth space after the last coffee break ends at TBD on Wednesday, 22 April 2020.
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Exhibitions will be limited to showcasing products and services that advance technology, competency or HSE. Exhibitions centered on recruitment or employment should not take space at this event.
Exhibition space is being allocated on a first come, first served basis!
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