How We Turned Maintenance Chaos into Operational Confidence

How an international gas operator transformed reactive maintenance into proactive control by aligning their CMMS with physical reality through documentation validation, SAP cleanup, and FMECA-based planning.

Client:
Global Energy Company
Business Area:
Maintenance & Data Excellence (MDE)
Industry:
Oil & Gas
Location:
Denmark
Project details

Overview

How we turned maintenance chaos into operational confidence.

Our client is a major international offshore energy operator with oil and gas production platforms in the North Sea. The company manages complex offshore installations with strict requirements on safety, uptime, and regulatory compliance. Operations involve multiple assets, long supplier chains, and a high degree of technical documentation and maintenance dependencies.

Situation: Too much downtime, too little control

Unplanned downtime, missing spare parts, and maintenance teams constantly firefighting. For our client, reactive maintenance had become the daily reality. 

  • Critical systems failed without warning
  • Maintenance arrived too late – or not at all
  • Decisions were made under pressure, not based on data

The ambition was there, but the foundation wasn’t. 

Our client wanted predictive, proactive maintenance. But reality was fragmented. Data, documentation, and maintenance requirements were spread across projects, suppliers, and spreadsheets. As a result, the CMMS couldn’t be trusted because it didn’t reflect what was actually installed. 

The Challenge: A system nobody believed in

Our client’s biggest obstacle wasn’t lack of competence. It was lack of structure. Maintenance documentation existed but was difficult to find or it didn’t reflect what was installed. Asset hierarchies in SAP were incomplete or wrong. Spare parts data was unreliable. And critical knowledge was not integrated in the systems. 

Without a CMMS setup that mirrored reality and captured maintenance knowledge correctly, the organisation couldn’t build reliable history, analyse failures, or plan with confidence. 

The Costs: 

  • Unforeseen downtime and production losses
  • Wrong or missing spare parts delaying critical work
  • Maintenance teams losing trust in their own tools 
  • A reactive culture driven by urgency instead of control 

Our Approach

Our task was to design and implement a complete maintenance environment for the client’s water injection system, including filtration, pumps, and gas turbines. The purpose was to ensure world-class maintenance of both the system and equipment. 

The Solution

Step 1: Fix the foundation 

We started by validating and digitalising all technical documentation. Then we went offshore to verify everything against the physical installation. Missing documents were added and errors were corrected to make sure that the documentation reflected what was actually there. 

Step 2: Align the CMMS with reality 

We cleaned up and structured the technical hierarchy in SAP, so it reflected the actual offshore installation.  

  • Every piece of equipment got a clear physical location 
  • Master data was completed and standardised 
  • Bills of Materials (BoMs) were linked to the right equipment 

As a result, our client is now able to order the right spare parts for the right equipment, build a reliable maintenance history, and analyse failures over time. The CMMS has become a tool the team can trust, not a database they avoid. 

Step 3: From corrective to preventive maintenance  

Using FMECA/RCM methodology, our engineers analysed how each part of the system could fail and what the consequences would be for safety, production, environment, and cost. 

Working closely with the client’s specialists, we defined: 

  • What to maintain
  • When to maintain it
  • Who to do it
  • How it should be done 
  • Which spare parts and tools were needed 

These insights were converted into preventive maintenance plans and uploaded directly into SAP, replacing firefighting with structured, risk-based maintenance. 

Step 4: The right spare parts 

Finally, we performed a risk-based spare parts analysis. 

Instead of guessing or overstocking, the client now knew which spare parts were critical, what needed to be in stock, and what could safely be ordered when needed. 

Result: Control, confidence, and higher uptime

Value delivered: 

  • A CMMS setup aligned with the physical installation
  • Preventive, proactive maintenance replacing firefighting 
  • Less time wasted searching for documentation 
  • Fewer wrong spare parts purchases = reduced costs 
  • Reduced downtime and production losses
  • Maintenance teams who trust and use the system

Most importantly: The organisation now has the structure and data needed to continue their journey toward high-performing maintenance. 

The client now has a maintenance foundation they can trust and build on. 

How we work differently 

People trust what they help build 

A maintenance system only creates value if people believe in it. 

That’s why involvement was central to this project. Operators, technicians, engineers, and management were actively engaged throughout the process. We ran workshops to extract critical knowledge from experienced personnel and embed it into documentation, maintenance plans, and the CMMS. 

When people can see their own input reflected in the system, they take ownership. And when documentation, CMMS and physical equipment are aligned, trust follows naturally. 

Why data and systems matter

Reliable operations depend on reliable systems and data. When documentation, asset structure, maintenance plans and CMMS are aligned, maintenance stops being guesswork and becomes predictable.

By structuring and integrating technical data into your CMMS and ensuring it reflects the physical installation, we help you create maintenance that works. It enables better planning, fewer errors, faster decision-making and maintenance teams that trust the system they work in.  

The result is better data and systems, and operations that support uptime instead of fighting it. 

Let’s ensure your assets produce tomorrow, today.

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