In oil and gas field operations, efficiency is about more than completing individual tasks quickly. A well-planned, integrated field service approach can reduce safety risks, lower mobilization costs and help operators complete critical measurement, instrumentation and regulatory work more efficiently.
The Safety Advantage: Reducing Exposure Through Integration
In field services, one of the highest-risk activities is often not the on-site work but the travel required to reach the site. By completing multiple services, such as meter proving, sampling and shutdown checks, during a single mobilization, operators can significantly improve the overall safety profile of the work.
Safety Gains
Reduced Windshield Time: Bundling services minimizes the number of trips to and from a facility, directly reducing exposure to driving risks associated with remote locations, changing road conditions and other travel-related hazards.
Consistency in Hazard Assessment: A technician completing multiple integrated tasks during the same site visit develops a more consistent understanding of site-specific conditions and hazards than may be possible across several separate, single-purpose service visits.
Unified Safety Briefing: Rather than conducting multiple orientations and Field Level Hazard Assessments (FLHAs) for different service visits, one comprehensive briefing can address the full scope of work and help ensure potential interactions between activities are considered.
Cost-Effectiveness: Maximizing the Value of Each Mobilization
From a budget perspective, a significant portion of a field service call is attributable to mobilization. Using one qualified technician to complete multiple regulatory, measurement or instrumentation requirements can help operators maximize the value of each trip.
Efficiency Gains
Mobilization and Mileage
A single-service approach may require multiple trips, service dates and associated mobilization charges. With an integrated approach, travel is shared across multiple tasks, with one truck, one trip and a broader scope of completed work.
Site Orientation
Separate visits can require repeated orientations and associated non-productive time. An integrated service model allows one orientation to cover the broader scope of planned work.
Standby Time
Field conditions do not always align perfectly with a service schedule. If a process condition prevents a task from being completed, an integrated technician may be able to shift to another activity rather than remain idle.
Strategic Execution in the Field
An experienced technician who understands the site’s operations can plan the day around changing facility conditions.
For example, if a meter is temporarily inaccessible due to a process change, the technician may be able to move to instrumentation calibration, sampling, or another task unaffected by the same condition. This flexibility helps ensure that productive field time continues to advance the operator’s measurement, maintenance and compliance requirements.
For work governed by Directive 017, that ability to coordinate multiple activities can support a more efficient approach to maintaining compliance while minimizing unnecessary mobilizations.
A Unified Approach to Field Compliance
Experience and consistency in completing regulatory fieldwork on live systems demonstrate that safety and cost-effectiveness need not compete. Both can be supported by a well-planned, integrated field service model.
By deploying qualified technicians who can address a broad range of measurement and instrumentation requirements during the same mobilization, IFS can provide operators with a safer, more efficient, and more reliable approach to live-system fieldwork.
