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On-Demand Webinar P&A

Unlock the full potential of plug and abandonment (P&A) operations with precision, efficiency, and rigless execution.

Rigless Solutions for Smarter Well Access

On-Demand Webinar: Enhancing P&A Efficiency with Powered Mechanical Interventions

Plug and Abandonment (P&A) operations require safe, efficient access to the wellbore. This may involve retrieving stuck hardware, milling restrictions, removing scale, or accurately placing fluids. In this webinar, discover how Welltec’s advanced mechanical intervention tools, operated via e-line, enable these tasks without the need for a rig. Theses tools are widely recognized for reducing complexity, limiting downtime, and improving cost-efficiency throughout the P&A phase.


Webinar Agenda:

  • Introduction to Welltec’s Intervention Services
  • Overview of Powered Mechanical Interventions
  • Key Technologies for Effective P&A Preparation
  • Efficiency Gains Through Advanced Service Combinations
  • Additional Applications During the P&A Phase

This session is designed for intervention engineers, P&A planners, well integrity specialists, and anyone looking to increase operational efficiency and reduce rig dependency during late-life well operation

Sign up for Webinar Access

To access the full webinar, please complete the sign-up form below. Once your registration is submitted and requirements are verified, you will receive an email with a direct link to view the session.

Contact a relevant expert

Christian Kruger 700x394
Christian Kruger
Vice President Global Business Development

Enhancing P&A Efficiency: SPE-Backed Innovation in Smart Completion Cutting

The SPE paper “New Technique to Plug and Abandon Intelligent Well Completions with Flat Packs” (OTC-32948-MS) supports the webinar by demonstrating how advanced mechanical cutter technology delivers a reliable solution for severing smart completions, flat packs and tubing, safely and efficiently without explosives or rig intervention.

Access the full paper to explore its field application.