Maintenance shutdown management that reduces production losses and helps avoid extra maintenance costs.

Benefits for production facilities

The management of maintenance shutdowns directly affects the revenue, costs, schedules, and safety of a production facility.

Maintenance delays rarely arise from a single cause. Most often, they are the result of several small delays – waiting, missing information, and slow permit processes.

Even small delays quickly accumulate, and their impact is directly visible in lost production and increased costs.

Tool4pro helps to remove these bottlenecks, keeping downtime under control and on schedule.

What is the cost of maintenance downtime delays?

The costs of a maintenance shutdown quickly escalate when work is delayed and the shutdown is prolonged. The impact is seen in both lost production and increased maintenance costs.

Production losses

Every extra hour of downtime means lost production and revenue. Depending on the industry, the cost of one hour can range from thousands of euros to tens of thousands, and in some environments, even more.

In this situation, even a delay of a few hours can mean significant production losses and increasing costs, and the impact quickly multiplies across the entire shutdown.

Rising maintenance costs

When a shutdown is prolonged, labour, contracting, and resource costs also increase. Work stretches out, schedules change, and efficiency deteriorates.

If maintenance work cannot commence as planned, it easily leads to unnecessary waiting. Work groups and contractors wait for the start, which increases costs without the work progressing.

This is reflected directly as increased costs without corresponding added value.

Impact on the commencement of production

If tasks are not completed according to plan, the plant's start-up and commissioning will suffer. This could mean further delays, unstable production, and lower capacity immediately after the shutdown.

Inadequate work execution can also lead to energy consumption and the use of raw materials and chemicals remaining at a higher than normal level even after production has started. This reduces the cost-effectiveness of production and increases overall costs.

Systematic and controlled operation reduces these disturbances and prevents additional environmental emissions.

Impact on the operational reliability of the facility

The quality and execution of work carried out during maintenance shutdowns directly affect the reliability of the plant. If work is done inadequately or in haste, the risk of equipment failures and new production stoppages increases.

Well-planned and executed work, along with managed commissioning, ensures that the plant operates reliably even after a shutdown.

People still play a central role in ensuring operational reliability. Clear processes and up-to-date information support operations and reduce the risk of errors.

This reduces unexpected disruptions and improves production predictability.

The magnitude of these effects becomes clear quickly when considering the cost of a single shutdown hour.

What does one hour of downtime cost?

The magnitude of the impact quickly becomes tangible when considering the cost of a single hour of downtime.

Calculate the impact of the maintenance shutdown

Enter the values and assess how much reducing the maintenance downtime affects the production value and saved downtime hours.

Toolpro maintenance shutdown impact calculator

Production hours available Shutdown % Closing hours Production value per hour €/h Maintenance downtime reduction target %

Saved downtime in hours h:

Effect on the value of production €

Examples: Effect of shortening downtime on time and production value

Paper and board mill example

Average length of the maintenance shutdown 10 h

Average amount of shutdown per year = 12-14 pcs

Production value €8000/h

A 20% reduction in maintenance % downtime can mean a significant impact:

Impact 20 % = less downtime 24 h / v = €224,000

Example: Mining industry

Average length of the maintenance shutdown 7 days = 168 h

Average amount of shutdown per year = 2 pcs

Production value €50,000/h

A 10-minute % reduction in the maintenance outage can mean a significant impact:

Effect 10 % = Less downtime 34 h/yr = €1,700,000

Example: how a single delay affects

During the maintenance shutdown, the preparation of one critical maintenance task was delayed due to a communication breakdown. The work did not start as planned, which postponed the commencement of the entire work phase.

As a consequence of the delay, maintenance work began late and the schedule could not be fully recovered. This resulted in the maintenance shutdown being extended by approximately 1.5 hours. A single delay might seem small – but the effect is quickly visible across the entire shutdown.

If the value of production is €8,000/h, this means an impact on the value of production of approximately €12,000.

Similar situations often arise during maintenance shutdowns, and their combined effect can be significant.

The impact of maintenance shutdowns is directly visible in the results.

The impact of maintenance shutdowns is not limited to individual delays; it is directly reflected in production volumes and profitability. In large industrial companies, the effects are often also considered at the EBIT and EBITDA levels.

How Tool4pro supports maintenance shutdown management

The shortening of maintenance downtime is not achieved by a single factor, but by several practical improvements that can be systematically implemented through a unified operating model:

The work can be clearly planned in advance without ambiguity.
Work is progressing without unnecessary waiting or overlaps
The work permit process does not cause delays
All parties have up-to-date information available.
The work is carried out systematically according to the plan.

Tool4pro brings the planning, execution, and monitoring of maintenance shutdowns together in one system, enabling these improvements to be realised in practice.

Improve the following maintenance downtimes using data

In current operating models, reliable and consistent data from maintenance shutdowns is not collected. This makes development challenging, and the same problems recur from one shutdown to the next.

When all work stages, delays, and execution data are saved in one place, development objectives can be identified and recurring delays can be eliminated in subsequent shutdowns.

See where the delays arise
Identify bottlenecks and areas for development
Utilise data to optimise the following downtimes
Improve the fluency and efficiency of the following downtimes

Without data, development is based on assumptions – with data, it is based on facts.

This means that each maintenance shutdown is more efficient than the last and the cost effects are reduced.

Pulp and Paper

Mining and metal industry

Food processing

Chemicals

Construction materials

Mechanical wood processing

Energy

Other industry plants

Tool4pro is used in, for example, mining and forest industry production facilities, where the management of maintenance shutdowns is critical for production.

Improving the management of maintenance downtimes is evident in practice:

With shorter downtimes and smaller production losses
Less waiting and smoother execution of work
As better utilisation of resources and fewer additional costs

See how maintenance shutdown management works in practice

Digitalised maintenance shutdown management is not merely a question of tools, but a way to improve the coordination and punctuality of the entire shutdown. Industry research has shown that the majority of shutdown delays are not due to individual tasks, but rather to deficiencies in information flow and overall management.

Tool4pro is backed by over 30 years of practical experience in various industrial sectors. Contact our experts and we will tell you how you can reduce maintenance downtime with Tool4pro.

Lasse Kauppinen

CEO
+358408267173
lasse.kauppinen@tool4pro.com

Kare Lappalainen

Expert
+358407536071
kare.lappalainen@tool4pro.com

Frequently Asked Questions (FAQ)

Why are maintenance shutdowns extended?

Maintenance downtimes typically get extended because information is scattered – in printed spreadsheets, Gantt charts, messages, phone calls, and various systems. When information isn't in one place, changes aren't tracked, tasks get forgotten, and schedules start to slip.

“Information is managed across several paper lists and Excel spreadsheets, and it's unclear which one is up-to-date.”

“Work often has to wait for work permits, which means more time is spent waiting than actually doing the work.”

In most industrial process plants, maintenance shutdowns are still managed using this traditional model.

How can maintenance downtime be shortened?

Maintenance downtime can be shortened when all work steps, resources and permit requirements are in one place and visible in real-time. Most delays are not caused by individual errors, but by a lack of overall control.

When work can be prepared in advance and the initial conditions are in order, the shutdown proceeds as planned without unnecessary waiting.

20 % shorter maintenance downtimes