Upstream Oil & Gas

In this free webinar, we are going to discuss:

  • Deformations – The “Tight Spot” – what is the “Tight Spot,” Causes and Why diagnosis is important
  • Tubular Deformations: Varieties and Root Causes
  • Using Multi-Finger Caliper Data to Diagnose and Quantify Deformations
  • Deformation Case Histories & Simulations

This webinar  is intended for well integrity, completion and production engineers in oil and gas and cavern storage companies, the staff of logging service companies, and related equipment...

This hands-on course will provide attendees with an overview of wellbore tubular deformation modes. Various wellbore applications (enhanced recovery, thermal, CHOPS and cavern storage) will be reviewed, along with an overview of some of the deformation mechanisms (permafrost thaw, salt creep and formation movement) and impacts on well integrity. Emphasis will be on the use of C-FER’s Multifinger Caliper (“MFC”) analysis software (Well Xplore™) to identify and characterize such deformations.

The...

The Progressing Cavity Pumping System (PCP) is considered the faster growing artificial lift method in the last two decades in the Oil and Gas Industry.

This course will provide you with solid knowledge of the PCP theory, applications and unique challenges associated with this method. You will also get hands-on practice in C-FER’s PC-PUMP® software for the design and evaluation of PCP systems.

See the detailed course description for more information.

Register

The Progressing Cavity Pumping System (PCP) is considered the faster growing artificial lift method in the last two decades in the Oil and Gas Industry.

This course will provide you with solid knowledge of the PCP theory, applications and unique challenges associated with this method. You will also get hands-on practice in C-FER’s PC-PUMP® software for the design and evaluation of PCP systems.

See the detailed course description for more information.

Register

This course will provide attendees with an overview of the considerations, key factors, industry guidelines and practices, examples, and field experience related to the design and integrity of thermal recovery wells.

The objective of this course is to review the:

  • Thermal well design process, industry regulations and recommended practices (IRPs);
  • Key material properties and damage mechanisms of casing and liner tubular steels, wellbore cements, and formations;
  • Casing and liner design approach...

Detalles del Evento Los sistemas de Cavidades Progresivas han emergido como una forma común de levantamiento artificial. La selección del sistema y las prácticas de operación, juegan un rol esencial en el aseguramiento de que un sistema BCP tenga un desempeño confiable y económico.

Para asistir a los operadores en la implementación de esta tecnología, este curso se enfoca en los fundamentos, diseño y operación de sistemas de Bombeo por Cavidades Progresivas. Adicionalmente cubriremos tópicos...

Combining FCDs with solvent-enhanced processes has the potential to significantly reduce both the GHG emissions and energy intensity needed for SAGD production.This infographic illustrates the potential benefits of Flow Control Devices & Solvents.

Illustrating the potential benefits of Flow Control Devices & Solvents.

The Progressing Cavity Pumping System (PCP) is considered the faster growing artificial lift method in the last two decades in the Oil and Gas Industry.

This course will provide you with solid knowledge of the PCP theory, applications and unique challenges associated with this method. You will also get hands-on practice in C-FER’s PC-PUMP® software for the design and evaluation of PCP systems.

See the detailed course description for more information.

Register

PC-PUMP® offers a current, comprehensive model database of pumps, rod strings, couplings, centralizers, rod guides, tubing, casing, driveheads, surface hydraulic motors and pumps, downhole motors, downhole drive assemblies and power cables. The majority of the specifications within the database have been obtained directly from the equipment manufacturers. The exception is information for some rod strings, tubing and casing which are based on API standards.

Because new products are continually...

PC-PUMP® contains a System Configuration module that allows users to enter wellbore geometry information, select casing and tubing sizes, build a rod string from various rod manufacturers and types, and finally select a pump to evaluate downhole. Alternatively, a downhole drive system can be specified and analyzed.

PC-PUMP® has many user-friendly features that minimize design time, such as the ability to run equipment or batch comparisons. In addition, PC-PUMP® has default settings that can be...