Monday, 13 September, 0800–0930

Room A

Lessons Learned From Field Trials and Case Histories Part 1

Session Chairperson: Sebastiano Lapi, ExxonMobil

0800

First Surface Driven PCP Application on Alaska's North Slope
J.P. Young, W.L. Mathews, BP

Lessons Learned and Best Practices for Progressive Cavity Pumps Systems in Colombian Fields
D.J. Ortega, L.M. Salinas, L. Granados, TDA Supply and Service

Statistical Approach for Field PCP Standardization
J. Gamboa, M. Machado, Multiphase Systems Integration

1000–1130

Room A

Elastomer

Session Chairperson: Paul Skoczylas, CFER Technologies

Progressive Cavity Pump Swell, Elastomer Compatibility and Efficiency
T. Bielesch, Husky Energy

Progressing Cavity Pumps for Aggressive Oil Applications
L.J. Dunn, Weatherford

Elastomer Protection and Improved PC Pumb Inflow
T. Ahmed, Mono Pumps; G. Lorimer, D. Blaquiere, National Oilwell Varco

1330–1500

Room A

Thermal Applications

Session Chairperson: Shane Freeson, Husky Energy

Design and Application of Charge PCP Systems in High GVF Heavy Oil Horizontal Wells
J. Robles, Weatherford; M. Perez, Shell; J. Bettenson, Weatherford

Understanding Factors Affecting Reliabilituy of the All Metal Progressing Cavity Pump
Laurent Seince, PCM/ConocoPhillips

Application of  PCP Driven by Downhole Permanent Magnet Motor: Experience in Harsh Well Conditions in  Russian Fields
M. Solesa, Weatherford

1530–1700

Room A

Improving PCP Reliability Part I

Moderator: Clint Redpath, ConocoPhillips

PCP Well Failure Analysis and Run Life Improvement—Mantario/Marengo Field, Saskatchewan
D. Studer, ConocoPhillips

Determination of Optimal PC Pump RPM for Production Optimization in Extra Heavy Crude Operations
E. Yanez, PDVSA Petropiar

Common Factors for Progressive Cavity Pumps with More than 5 Years Runtime
R. Payne, Husky Energy

Tuesday, 14 September, 0800–0930

Room A

Improving PCP Reliability Part II

Session Chairperson: Jack English, PDVSA Petropiar

Inherent Dangers in PCP Run-Life Field Data Analysis
J. Sheldon, P. Skoczylas, F.J. Alhanati, C-FER Technologies

Monitoring PCPs in 500F Steam-Flood Applications
J. Cudmore, Zenith

Improving Progressing Cavity Pump Performance Through Automation and Surveillance
K.A. Woolsey, Kudu Industries

1000–1130

Room A

Drive String

Session Chairperson: Laurent Seince, PCM

Sucker Rods Intended for Progressing Cavity Pump Application
Brian George, Alberta Oil Tool

Continuous Rod in Progressive Cavity Pump Systems Provides Significant Production Advantages in Heavy Oil
J. Hutchings, Husky Energy

A Saskatchewan Field Trial to Better Understand Downhole Dynamics of PCP Systems
S.G. Noonan, ConocoPhillips; P. Skoczylas, C-FER Technologies

1330–1500

Room A

Improving PCP Reliability – Part III

Session Chairperson: Ryan Chachula, EnCana

ISO 15136-1:  What Is It? 
L. Dunn, Weatherford; S. Noonan, ConocoPhillips

ISO 15136-1:  How To Use It? 
S. Noonan, ConocoPhillips; L. Dunn, Weatherford

Multiphase Progressive Cavity Pumps Operated in Harsh Conditions
L.L. Seince, PCM Canada; D. Caballero, PCM; N. Chacin, Equimavenca

1530–1700

Room A

Lessons Learned From Field Trials and Case Histories Part II

Session Chairperson: Lonnie Dunn, Weatherford

Case History of a Successful PCP Application in an Extremely Low-Pressure Environment
B.Lewis, Legacy Reserves Operating

Understanding and Avoiding Fatigue in PCP Rotors and Rod Strings    E. Noble, Weatherford

Conference Closing Comments

1700–1800

Room A

Speakers / Alternates

Session Chairperson: Shauna Noonan, ConocoPhillips

The Application of ESPCP in a China Offshore Oilfield
B. Wu, PCM Tra

Three Dimensional FEM Simulation and Parameter Study on Laden Torque of Interference Friction of PCP
Liu He, University of Science and Technology of China, Research Institute of Petroleum Exploration & Development, PetroChina; X. D. He, H. A. Wu, X. X. Wang, University of Science and Technology of China, G. CAO, Daqing Field Company

The Special Successful PCP Applications in Heavy Oilfield
B. Wu, PCM

Reliability Improvement of Progressive Cavity Pump in A Deep Heavy Oil Reservoir
Haiwen Wang, China University of Petroleum; Daoyong Yang, University of Regina