The importance of equipment reliability, streamlined operations, and efficient machine and inventory processes has never been greater than it is today—for facility operations and their customers. Manufacturers are constantly in search of better margins and bottom-line improvements, while customers increasingly seek higher quality at reasonable costs. Plant maintenance is one way of helping manufacturers achieve these goals.
Plant maintenance is a multifaceted, integrated strategy that focuses on optimizing productivity by maximizing equipment uptime, boosting overall equipment effectiveness (OEE), improving inventory management, and introducing automation—all while keeping costs to the minimum necessary to achieve these production and quality objectives. Although many facilities still rely entirely on reactive maintenance strategies that can lead to unnecessary downtime and added costs, there are proactive approaches that can provide better results. These processes ensure that plant maintenance serves as the foundation for a manufacturer’s operational performance.
What does plant maintenance include?
Now that you can define plant maintenance, we will examine the principles that go into a sound industrial plant maintenance strategy. While there are a broad range of processes, tasks and systems that can play a role in plant maintenance—and which should be tailored for every facility and application—these are among the baseline services that nearly every plan will include:
- Preventive maintenance: Scheduled, preventive maintenance is an excellent first line of defense against equipment breakdowns. It also helps to keep machinery running at peak performance more frequently. Preventive maintenance should be carried out at least as often as the equipment manufacturer recommends, and even more frequently if your requirements or usage patterns warrant it. This approach tends to work best for stable environments that feature predictable wear patterns.
- Predictive maintenance: Predictive maintenance is a data-based maintenance approach that uses sensors and equipment communication to identify potential maintenance problems as early as possible, well before they lead to breakdown. Predictive maintenance includes steps such as gathering real-time insights from vibration monitoring and ultrasonic monitoring to detect minuscule deviations from normal operation—providing much greater control over maintenance tasks and planning. High-value and failure-critical assets benefit the most from this approach.
Choosing the right plant maintenance strategy
The right industrial maintenance approach is determined by the role each asset plays in production. Predictive maintenance supports critical equipment by reducing unplanned downtime and keeping operations running. Lower-impact assets can be managed with reactive maintenance when failure does not significantly disrupt output.
Selecting the appropriate strategy requires a clear understanding of asset criticality and operating conditions. Equipment exposed to moisture, chemicals, or high-cycle use often demands a more proactive approach to maintain performance. Teams must also account for failure risk and how each decision aligns with the overall industrial maintenance budget.
Most operations do not rely on a single method. A structured industrial maintenance program uses preventive maintenance as a baseline, with flexibility to adjust based on asset performance and criticality. This allows maintenance teams to scale efforts where they have the greatest impact—prioritizing uptime, controlling costs, and maintaining production stability.
Looking to optimize your maintenance strategy for better uptime?
What are the benefits of plant maintenance?
Plant maintenance provides numerous benefits for the facility—all centered-on productivity, efficiency, and cost optimization. These benefits include:
- Reduced downtime: Downtime is one of the biggest efficiency issues in manufacturing and industry, creating production backups while building the vast costs of idle equipment. Plant maintenance zeroes in on the causes of unexpected downtime, often reducing these events to near-zero, through a comprehensive, holistic approach to maintenance that introduces more proactive tactics that provide data and knowledge with which to act.
- More control over maintenance: By seeking to eliminate purely reactive maintenance, plant maintenance management provides facility managers, operators, and maintenance personnel with a much greater degree of control over maintenance costs and planning. Plant maintenance accomplishes this in several ways:
- First, by taking a predictive approach using sensors and data, personnel can identify potential issues well before they create shutdowns and downtime and can then schedule the corrective maintenance task to have minimal impact on production.
- Second, by adhering to a strict preventive maintenance schedule, the groundwork is set for proactive maintenance, and procurement can more accurately place orders and maintain inventory.
- Finally, by reducing or eliminating unexpected downtime, there is a much lower need for costly emergency maintenance ordering and repairs.
- Higher production quality: By keeping equipment closer to optimal working order through maintenance, plant maintenance yields the following:
- Higher production quality
- Increased repeatability
- Fewer part defects and rejections
- Less need for rework or corrective secondary processes
- An overall improvement in production processes and efficiency
Increased production quality not only improves efficiency in the facility, but also makes for much happier customers—especially when delivered on time and on budget.
- More targeted and efficient maintenance: Predictive maintenance offers the benefit of addressing actual maintenance issues well before they lead to downtime. While preventive maintenance remains a critical step in the process, it also occurs whether it is required—creating the potential for wasted time and costs. Reactive maintenance, at the other end of the spectrum, only occurs once a breakdown or malfunction occurs—leading to idle equipment, a rush to repair, and lost production time and profit.
- More accurate and efficient inventory systems: Storeroom management is a key component of plant maintenance because of the efficiency and productivity boosts that it can provide. Once a plant maintenance plan is implemented, inventory systems are often significantly affected and improved, due to the inherent difficulties in maintaining an effective inventory plan on the ad-hoc or under-resourced basis that occurs in so many facilities.
Plant maintenance places great importance on inventory due to the need to have accurate part counts; spare part availability; a central, organized inventory location; and fast, efficient repairs when needed. The return on investment that an effective inventory system provides justifies any additional resource costs in managing these systems.
Who benefits from plant maintenance?
Plant maintenance can benefit any industry and facility that operates industrial or manufacturing equipment—yielding major operational efficiencies, production streamlining, process improvements and bottom-line benefits.
Some of the key industries where this is especially true are:
Helping manufacturers around the world
Advanced Technology Services is a global leader in helping manufacturers improve uptime, productivity and reliability through industrial maintenance and MRO asset management. We provide plant maintenance solutions customized to the needs of your operations and immediate/long-term objectives, including reliability-centered maintenance services that will help provide the benefits described above.
To learn more, contact ATS today.
