Managing Budget Cuts in Maintenance and Reliability

A Leadership Challenge Begins 

Years ago, as a maintenance supervisor in a biochemical plant, I was called into the Operations Vice President’s office. He asked a direct question: “Do you want to be the maintenance manager?”  

“Of course.” I responded. The VP then told me to get the budget under control. It was only the second month of the budget year, so I assumed the issue wouldn’t be too severe.  

Uncovering the Budget Gap 

After revealing that my predecessor had failed to budget for five full-time maintenance craftspeople, he explained that the plant was also short on funds for services. As many managers know, cutting a maintenance budget is one of the most difficult leadership challenges—and one that can quickly define your success or failure. 

The budget immediately became my top priority. It required significant effort and alignment, starting with the maintenance team. The first staff meeting was tense. Supervisors and engineers were frustrated because the budget gap disrupted their plans. Still, we needed better data to manage the budget responsibly, and the team ultimately agreed to begin gathering it. Our goal was to analyze spending over the previous several years and build an activity-based budget. 

We divided the budget like this: 

 

Stabilizing the Plan 

With exceptional support from the planning supervisor and the finance team, we documented each spending category in detail. That work finally gave us a clear view of the activities, the true costs behind them, and the assumptions driving each estimate. 

Just as we were beginning to stabilize the plan, a few months later, I was asked to cut the budget by an additional 3% on top of the shortfall identified at the beginning of the year. I prepared my options and returned to the Vice President’s office. 

I presented the available savings options, and his response was immediate: “I don’t care where you save the money—just meet the budget.” 

After pausing for a moment I said, “We need to agree on the savings actions now so there is no finger-pointing at the end of the year.” 

“I’m not interested. It’s your job to save,” he shot back. 

“Understood,” I replied. “Here are the activities I would remove to meet the budget, based on the lowest operational risk and criticality.” 

I walked him through the list: 

• Replacement of ceramic valves for filtrate system 
• Repair of aerators in wastewater  
• Painting of structures in the older part of production 
• Repairs of old VFDs for reactors 

He looked up. Now he was paying attention. “That is not acceptable, and you can leave now,” he said.  

I did not move. I told him I would not leave until we agreed on which activities would be postponed or cancelled. Eventually, we reached a decision: three activities would be deferred, and he would find funding for the VFDs in the operating budget.  

As I left his office, I heard him mutter, “Ugh, you make this so difficult!” 

Later that year, I began noticing a pattern: operating department managers were pushing our maintenance leads to replace parts rather than repairing them. And of course, the cost of those replacements came straight out of the maintenance budget.  

In my view, that was inefficient. Replacing components that still had years of useful life and didn’t require major repair costs – simply did not make financial sense.  

Strengthening Cross‑Functional Accountability and Work Prioritization 

I proposed a change to the Vice President and the management team: operations managers should share responsibility for direct materials spending with me as maintenance manager. Each department would be accountable for meeting its portion of the direct materials budget.  

Once we made that shift, it became clear that every repair-verses-replace decision needed a more rigorous cost effectiveness review. 

We also continued to struggle with work prioritization across areas with different stakeholders. Too often, resources were assigned to the loudest voice rather than to the highest-priority need. Without a clear framework for deciding which department to support first, the organization was caught in the middle. 

To provide clarity and focus in all areas of the plant, we restructured responsibilities into four areas: 

• Maintenance of production assets 
• Project engineering and improvements 
• Facility services 
• Utility operations 

This helped streamline decision-making, but as we continued to monitor the budget, another issue surfaced: the minor additions account had become uncontrolled. It was already over budget within the first six months. Operating departments were accustomed to using maintenance dollars for small upgrades that did not qualify for capital funding.  

We reached an agreement with the management team: improvements and equipment changes had to be approved by the department manager, and the owning department had to budget for minor additions before the work began. This allowed maintenance resources to stay focused on repairs and preventive maintenance. We documented the procedure in our Management of Change (MOC) policy. As the saying goes, “Never spend money before you have it.” 

“Ballooning the Budget”: Managing Major Overhauls 

That led us to what I call “ballooning the budget.” We began identifying all major overhauls and equipment replacements in detail. In the past, these large jobs had been buried in the regular maintenance budget. For example, a scheduled three-year overhaul of a two-stage, 2,000 HP centrifugal compressor could cost $500,000 to $700,000. Costs of that scale caused the maintenance budget to swing by 10% to 15% from year to year.  

After a discussion with the finance department, we agreed that only routine and annual maintenance would remain in the regular budget. We created a separate funding approach for major overhauls so we could stabilize annual spending and manage large costs across multiple years. 

Anyone who has been called into the VP’s office to defend a budget knows how much effort goes into meeting the numbers while still doing the right work. By the end of the year, we achieved the maintenance budget target. It required long days, difficult decisions and close teamwork, but it also taught us lasting lessons.  

First, a detailed activity-based or zero-based budget gives you visibility into where the money is going. Second, you should never accept a lower budget without alignment from your manager and leadership team on which activities will be deferred or cancelled. Reducing a maintenance budget is never easy, but it becomes more manageable when you have a thoughtful plan and a true partnership with plant leadership. 

Summary of Best Practices for Your M&R Budget Playbook 

An activity-based budget process can identify spending down to the functional location and equipment level. Regardless of the final budget decision, it should make critical spending visible and clarify the operational risk associated with budget reductions. Major maintenance and overhauls that do not belong in the annual operating budget should be identified in a three- to five-year plan, so funding can be secured without deferring routine maintenance.  

Beyond the Numbers 

Effective maintenance budgeting is more than a financial exercise; it is a strategic planning process that directly affects plant reliability, safety, and operational performance. The process should begin with a transparent, activity-based budget that tracks cost at the equipment and system level while clearly communicating associated risks to leadership. It should distinguish between routine maintenance and major overhauls, use zero-based budgeting templates where appropriate, and incorporate subject matter expert input to improve accuracy and alignment with operational goals. Most importantly, the maintenance budget should reflect both the near-term priorities and the long-term reliability vision of the operation. 

These principles outline what an effective maintenance budget must account for. But budgeting is not only about mechanics — it’s also a strategic process that shapes reliability, safety, and long-term performance: 

Zero- or Activity-Based Budget 

A zero-based maintenance budget is a financial approach in which the maintenance department builds its annual budget from the ground up each cycle rather than adjusting the previous year’s figures. Every labor, material, and service cost must be justified by actual equipment needs and planned work. This approach also requires identifying true equipment requirements and risk before setting the budget target. The budget should be determined only after activities have been defined; otherwise, managers often understate needs and overrun the budget later. 

Develop a Template that Guides the Budget Activities 

Appendix A shows account categories I have used in the past to manage the budget and define activities. The process must go deeper within each account. For example, in the utilities area, we confirmed parts for preventive maintenance, reviewed condition-monitoring reports, and worked with subject matter experts to determine what needed replacement. We also identified end-of-life replacements that should fall under the capital budget. Equipment history, parts usage, and contractor cost data were frequently used to estimate future budgets. 

Identify Timing of Budget Activities 

A proactive budget process must also determine the timing of major activities. These activities typically include: 

• Major overhauls and rebuilds 
• Shutdowns and outages 
• Operations schedules for peak demand and possible downtime 
• Capital projects 

These events provide the timing and assumptions needed to build a realistic maintenance budget. 

Differentiate Between Routine Maintenance (yearly activities) and Major Activities with multi-year cycles such as overhauls, shutdowns, and replacements. 

We had many discussions with the finance department about how to manage the budget for major overhauls. Our large centrifugal compressors were typically overhauled every five years based on condition-monitoring data. These rebuilds were million-dollar events and created major pressure on the annual maintenance budget. To better manage spending and avoid postponing routine work, we decided to separate the budget for major overhauls and potential large breakdowns from the annual maintenance budget. The result was a clearer distinction between non-capital overhauls and replacements on one hand, and yearly routine maintenance and regular repairs on the other. 

Align the Maintenance Budget with Business Risk 

Activities in the budget should be identified according to the estimated business risk. 

Definition: Risk = Severity x Probability 

The risk analysis should include the impact on overall operation, safety, and environmental performance. Again, the key here is to keep it simple and easy to use to prioritize activities in the maintenance budget.  

Steps: 

• Assemble the team for a workshop setting 

The team should consist of SMEs from Maintenance, Operations, and Engineering. Depending on the organization, you may need to include Quality, Regulatory, and Finance. 

• Review the scoring criteria 

   

 

 

 

 

 

 

 

 

 

 

• Calculate the risk of based on each activity in the budget 
  • High Risk =  score 6-9 (Mission Critical) 
  • Medium Risk =  score 3-4 (Important) 
  • Low Risk =  score 1-2 (Low priority) 

 

• Assign risk by definitions to budget activities 

Example from chemical plant: 

• • Mission Critical 
  • Important 
  • Low priority 

Clearly Communicate the Budget with Stakeholders 

Identify which activities are included in the budget and which are not. Communicate to the Plant Manager and Leadership Team about which activities will be deferred or cancelled, along with the associated risks.  

In my experience, managing maintenance across multiple operating units can create friction around both resources and spending. We addressed that by having operations managers share the maintenance budget decisions and goals with the maintenance technicians in the context of business requirements to support understanding and acceptance., The partnership between maintenance and operations improved significantly once maintenance costs were charged directly to each operating unit. That structure encouraged better decision-making and helped operations view maintenance as a strategic function rather than only a service provider. In this example, my maintenance organization also operated all utility systems. We calculated the overall reliability and risk profile of each utility system and shared those results with operations. That created important discussion and ultimately led to additional investment in utility and wastewater systems to better support throughput goals. 

The maintenance budget was presented to each operations unit manager with detailed explanation and agreement on what was included, such as repairs, spare parts, labor, contractors, and services. 

Estimated costs should be developed based on Input from the maintenance, reliability, and engineering staff SMEs. 

Our goal was to build ownership of the budget and improve decision-making at every level of the organization. To do that, we made a significant effort to gather input from the maintenance organization through team meetings, and we also met with operations staff to discuss budget goals and requests. 

Savings Must be Visible 

Improvements and equipment changes that reduce future cost must be visible as savings in future budgets. Documenting those savings builds trust and credibility across the organization.

Operating Units Must Share the Goals for the Maintenance Budget

Maintenance is about doing the right work consistently and realizing results over time. That is very different from relying on quick fixes after equipment fails. In practice, immediate needs must be balanced with activities that improve long-term performance. This requires a strategic plan and shared reliability goals across functions. Budget targets, capital investments, improvement initiatives, and inventory value should all be treated as shared organizational responsibilities. 

Manage Spare Parts Inventory Value 

Inventory value must be managed through disciplined evaluation of each stocking decision. Spare parts should be stocked only when justified by risk. A small review committee can help improve stocking decisions and provide consistency. Inventory value also depends on accurate equipment master data maintained through a Management of Change process. Obsolete parts should be removed promptly, and best practice is to budget for obsolescence by writing off the full value of unusable inventory. 

Clearly define capital spend vs. Maintenance spend. 

In my experience, the most common causes of budget overruns are uncontrolled minor additions and equipment replacements or overhauls that should have been treated as capital projects. To manage minor additions and equipment changes effectively, there must be a clear definition of what qualifies as a capital project versus a maintenance expense. We typically defined those criteria in partnership with finance and accounting. 

Define clear Work Order Priorities 

To manage the budget effectively, work must be prioritized not only to improve reliability but also to control spending. Work-order priorities should be based on risk and timing. Risk can be understood as impact multiplied by probability, along with when the work can realistically be completed. When risk is low and delay will not drive higher future cost, the work can be managed and spending kept under control. It is essential that the operations department understands and supports this prioritization approach. 

Develop an End-of-Life Equipment Replacement Plan 

The end-of-life equipment replacement is really a capital investment plan. The plan should include decisions based on technical life and commercial viability and should consider at least 5 years ahead. The capital investment process will prevent loading up the maintenance and operating budget with repairs and replacements that can be capitalized.  

Implement a Strategic Capital Investment Process 

Not to get too deep into the capital investment process, but let’s discuss what is needed to optimize operating cost and throughput in the view of maintenance and reliability. Equipment needs to be designed for maintainability and reliability. This requires involvement by maintenance and reliability SMEs for input on the design, equipment selection, and installation quality. Early involvement starts in the idea phase of the capital process shown in the figure below. 

 

Equipment History 

The best source of information for building a maintenance budget and analyzing cost is detailed work-order history. All maintenance and reliability work should be charged to specific equipment. Equipment history should include fully loaded internal labor, contractor cost, spare parts, and materials. This history should also include what was done to correct the failures. As a rule of thumb in process industries and heavy manufacturing, approximately 50% of maintenance cost for a piece of equipment is labor and 50% is parts and materials. 

Repair and Return Parts 

To avoid confusion and improve decision-making, develop a guideline for when spare units or parts should be rebuilt and returned to stock versus replaced. For example, smaller standard electric motors under 50 HP may be better replaced than rebuilt. For motors above 50 HP, rebuild cost might need to be less than 50% of replacement cost to justify repair. This is a rule of thumb, but it provides a practical basis for consistent decisions. 

Equipment Condition Drives Reliability and the Budget 

Low or optimized cost over time is the result of good equipment reliability—not the other way around. To manage maintenance effectively, you must know what each asset needs, when it needs it, and what it will cost. If the budget is lower than what is required to sustain performance, the backlog becomes an important management tool.  

Critical work should not be cancelled simply to meet the budget. Instead, the backlog should show what will be completed, what will be deferred, and the risk associated with those decisions.  All equipment issues should generate a work request and work order so the backlog reflects the real workload, even when maintenance is deferred. Cancelling needed work only reduces transparency. Backlog management should be a shared responsibility with operations, giving leadership a clear view of the consequences of postponement. 

Manage the Budget 

As the maintenance manager, you should review the budget at least twice a month and communicate monthly performance results to key stakeholders. 

Download a PDF of the list here. 

Lessons Learned and the Road Ahead  

This experience taught me that the strongest maintenance organizations are built on transparency, shared responsibility, and a clear understanding of operational risk. Budgets will rise and fall, but a disciplined process, honest conversations, and a commitment to reliability ensure that the right work gets done. When leaders stand together on those principles, the plant becomes safer, more stable, and better prepared for the future.  

Across industries, TRM helps organizations put these principles into practice. Our consultants combine deep maintenance and reliability expertise with proven implementation experience to build activity‑based budgets, strengthen cross‑functional alignment, and improve long‑term asset performance. Whether a plant is stabilizing its budget, modernizing its processes, or building a reliability roadmap, TRM provides practical guidance and hands‑on support to help teams make better decisions and achieve measurable results. 

Contact one of our Senior Business Consultants at askTRM@trmgroup.com  

Follow  Owe Forsberg on LinkedIn for more insights on reliability, availability, and practical asset management. 

 

Appendix A: Example of Account Details for a Maintenance and Reliability Budget 

• Minor acquisitions (non-capital) 
• Parts repair by category/department/equipment type 
• Improvements 
• Consumables by category 
• Lubricants 
• Chemicals, including boiler, cooling tower, maintenance, freon, glycol 
• Office supplies 
• Printed materials 
• Dues and subscriptions 
• Cleaning materials 
• Safety by category 
• Freight forwarding 
• Basic wages 
• Shift premium 
• OT wages scheduled for shift and unscheduled 
• Basic salaries by position (staff asst, supervisors, store attendant) 
• OT salaried (SD increase workload to consider) 
• Temp help by position 
• Training and seminars 
• Allocated benefits 
• Travel by category (hotel, meals) 
• Entertainment and meetings 
• Taxes  
• Licenses and permits 
• Rent operating equipment 
• Outside contract maintenance (by specific project) 
• Outside contract improvements 
• Vehicle operating cost 
• External service contracts 
• Other outside services