Service

Planned Outages & Overhauls

Specialist turbine outage planning and overhaul execution focused on reducing downtime, controlling scope, and returning generation assets to service with confidence.

Overview

Outage Scope Built Around Asset Risk

We support planned turbine outages with engineering-led preparation, disciplined field execution, and practical recovery strategies that reduce schedule pressure and avoid unnecessary replacement decisions.

Pre-Outage Planning

Define scope, critical path activities, inspection priorities, tooling requirements, and contingency actions before the unit comes offline.


On-Site Technical Assessment

Assess rotor, casing, sealing, and component condition in the field to support repair-versus-replace decisions based on evidence.


Overhaul Execution Support

Coordinate technical interventions, dimensional checks, repair sequencing, and quality hold points to keep outage work controlled.


Return-To-Service Readiness

Confirm critical findings, close technical actions, and support recommissioning with clear documentation for reliable restart.

A Structured Outage Process

Our approach combines front-end engineering, field-based decision making, and disciplined execution to shorten outage windows and improve predictability.

01

Plan

Review unit history, define outage objectives, and align scope with operational priorities and risk.

02

Inspect

Carry out targeted inspections and measurements to identify degradation, damage mechanisms, and recovery options.

Engineering-led outage support helps asset owners make faster technical decisions, protect schedule certainty, and avoid avoidable capital replacement.

03

Recover

Implement in-situ repair and overhaul actions where feasible to reduce factory dependency and keep work moving.

04

Restart

Verify readiness for service with documented findings, closed actions, and support through recommissioning.

Benefits

Operational Value That Extends Beyond The Outage

Shorter Downtime

Focused planning and field-ready engineering reduce delays and help compress outage duration.

Lower Capital Exposure

Repair-first thinking can avoid unnecessary replacement spend when components remain recoverable.

Better Reliability

Technical assessment and controlled overhaul work improve confidence in post-outage performance.

Industrial site illustrating reduced downtime and improved turbine reliability

Plan Your Next Outage With Specialist Support

Speak with a turbine engineering team focused on outage reduction, in-situ recovery, and faster return to generation.