Content Tagged: "well intervention"

This topic presents the basic elements of an electric line well intervention and outlines the steps involved in pre-job planning, job execution, and post-job activities from a field engineering/operations standpoint. The general surface and subsurface equipment used in electric line operations are discussed as well as downhole tools provided by the major service companies and used by electric line operators. In addition, this topic describes general operating procedures for carrying out electric line operations, with an emphasis on HSE considerations.

This topic introduces the basic terminology, purpose, and economics of rigless well intervention. The health, safety, and environment (HSE) factors that must be considered when planning for and carrying out rigless well intervention activities are presented. The topic also covers the various tasks, roles, and responsibilities along with general preparation and well selection guidelines.

Maximize penetration rates, minimize formation damage and ensure hole stability through the proper application of drilling hydraulics principles. Upon completion of this module, the participant should be able to determine the pressure losses that occur in the rig circulating system, use basic calculation methods to determine optimal bit nozzle size, annular velocity and other rig hydraulics parameters, and diagnose drilling problems resulting from poor hydraulics practices

Select the appropriate drilling/workover fluid for meeting well objectives and, minimizing formation damage with no impact on the environment. Upon completion of this module, the participant should be able to evaluate the features, benefits and limitations of various mud systems and additives, and select the one most appropriate for a given well, as well as specify controls on fluid properties in order to optimize drilling and workover operations

Upon completion of this course, the participant should be able to: evaluate well performance and identify workover or abandonment candidates, plan safe workovers using the tools and methods appropriate to individual wells, and apply procedures and standards in accordance with recognized safe practices and regulatory requirements.

This topic presents the basic elements of a coiled tubing well intervention and outlines the steps involved in pre-job planning, job execution, and post-job activities from a field engineering/operations standpoint. The general surface and subsurface equipment used in coiled tubing operations are discussed, as well as downhole tools provided by the major service companies and used by coiled tubing operators. In addition, this topic describes general operating procedures for carrying out coiled tubing operations, with an emphasis on HSE considerations.

This topic presents the basic elements of a slickline well intervention and outlines the steps involved in pre-job planning, job execution, and post-job activities from a field engineering/operations standpoint. The general surface and subsurface equipment used in slickline operations are discussed as well as downhole slickline tools provided by the major service companies and used by slickline operators. In addition, this topic describes general operating procedures for carrying out slickline operations, with an emphasis on HSE considerations.

Join us for an SPE Live episode on well intervention. Learn about the latest industry trends, innovations, and technologies with a preview of the SPE/

Join SLB reservoir performance experts, Yunita Fenjery and Kamaljeet Singh, in this SPE Tech Talk to discuss how innovative barrier evaluation technology can help operators make well integrity decisions that will ensure long-term safety of the well and the environment.

Listen in as Eric Upchurch delivers his Keynote Address at the 2023 Subsea Well Intervention Symposium.

In this SPE Tech Talk with SLB, learn how the Intervention and Stimulation Alliance, the industry’s first autonomous wireline plug setting operation, uses digital and autonomous solutions to improve reservoir performance.

Join this SPE Live about Subsea Well Intervention, addressing demand in a burgeoning market. In this SPE Live, we explore the following: 1. Risk asses

Refracturing is an opportunity for EUR enhancement within an existing wellbore. The concept can be appealing for an operator to obtain production uplift without the higher costs associated with drilling the well. In addition, operators have partially de-risked the reservoir position since well production history is known. So, is it really that simple? Don't miss this SPE Tech Talk with Universal Pressure Pumping as we discuss optimal use cases for refrac consideration.

Today more than 62% of the world’s production comes from mature assets, and this percentage is expected to grow to 77% by 2030. Our industry is incr

Today more than 62% of the world’s production comes from mature assets, and this percentage is expected to grow to 77% by 2030. Our industry is incr