Abstract

This paper describes the philosophy and methodology used by a Drilling Contractor to systematically evaluate the potential impact of innovative technologies emerging in today's market place. The range of innovative technologies evaluated extend from equipment and processes that can impact drilling productivity, to innovations that can impact the traditional business models in the various service segments of the Exploration and Production, E&P, industry.

The desire to reduce field development costs, improve field recovery, and improve field economics has fuelled the acceleration of the E&P Industry's introduction of innovative technologies into the market place. The sheer breadth and depth of these new and emerging technologies require a systematic approach to evaluate the potential impact on a Drilling Contractor's existing equipment and service arrangements. The evaluation process must consider the value-added opportunity that any specific innovation may bring to the industry as well as any potential threat it may pose to the contractor's existing service. Innovative technologies with applications and influences on both down hole and/or on drilling facilities need to be carefully examined by the Drilling Contractor, so that informed decisions can be made with respect to the incorporation of technology into the contractor's future plans.

Effective investigation requires a dedicated technology resource. The investigation should tap into specific expertise within the greater organisation. Value engineering is an important component of the investigation. Value engineering has been around since 1961 when the term "value" was synonymous with reduced costs. Today an effective value analysis includes quality as an important component of the cost / benefit equation used to evaluate innovative technologies. An innovative technology can be defined as a new process or component that aims to provide better value by taking existing technology or tools to a higher level of "quality performance". "Quality Performance" is defined as superior performance based on quality principles. Innovative technologies can be as simple as a new tubular connection type or as large and complex as a new hull design for a deep water semi-submersible.

The areas that should be considered when completing a Value Analysis of a new technology include:

  • Performance advancement (productivity)

  • Cost reduction

  • Risk reduction in

    • Safety

    • Personnel Health

    • Environment

    • Existing business processes

  • Personnel skill set requirements

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