5 Different Types of Facilities Maintenance and Their Benefits

When it comes to property maintenance, ensuring the longevity and safety of equipment and infrastructure is essential for smooth operations.

For facility managers overseeing commercial buildings, understanding the different types of facilities maintenance can make a significant impact on cost efficiency, operational uptime, and overall asset lifespan. It includes working alongside maintenance technicians, implementing the right maintenance strategies ensures that assets remain in top condition, reducing downtime and costly repairs.

In this article, we’ll explore the common types of facilities maintenance that every facility manager should be familiar with.

Whether you’re looking to streamline your processes or extend the lifespan of your assets, knowing these types will help you tailor a proactive and effective maintenance plan. First, let’s find out what facilities maintenance actually is.

Table of Contents

• Table of Contents
• What is facilities maintenance?
• What are the types of facilities maintenance?
  1. Reactive Maintenance: Handling Unexpected Failures
     1. Corrective Maintenance
  2. Proactive Maintenance: Preventing Issues Before They Start
     1. Preventive Maintenance
     2. Predictive Maintenance
     3. Condition-Based Maintenance
  3. Deferred Maintenance: Short-Term Savings, Long-Term Costs
  4. Total Productive Maintenance: Engaging Everyone for Maximum Efficiency
  5. Routine Maintenance: Essential Daily Tasks for Facility Health
• Benefits of facility maintenance
• Atlas Facilities Maintenance Provides Tailored Facilities Maintenance for your Properties
• FAQ

What is facilities maintenance?

Facilities maintenance encompasses a wide range of activities aimed at ensuring that a building’s physical assets, from electrical systems to HVAC units and plumbing, are well-maintained and functional. It plays a crucial role in adhering to safety standards, ensuring that the environment is safe for occupants while keeping critical equipment and systems operational.

To maintain compliance and operational efficiency, facility management is guided by various industry standards and regulations. ISO 41001:2018 establishes a structured framework for effective facility management, ensuring alignment with an organization’s strategic objectives while prioritizing safety and efficiency. The OSHA General Duty Clause mandates that employers maintain a hazard-free workplace, addressing areas such as hazardous material handling, machinery maintenance, and emergency preparedness.

Additionally, ANSI/IFMA FM 1001 & 1002 provide detailed guidance on strategic facility planning, project management, and operational best practices to optimize service delivery and infrastructure maintenance.

What are the types of facilities maintenance?

Facilities maintenance includes a wide range of strategies aimed at keeping a building’s physical assets in good working order.

Facility managers implement different maintenance types depending on the needs of the building and its systems. Some of the most common types of facility maintenance include preventive maintenance, which involves regular inspections and upkeep; predictive maintenance, which uses data to anticipate potential failures; and reactive maintenance, which addresses repairs after an issue arises.

Each of these maintenance strategies comes with its own maintenance schedules and processes to ensure that equipment and infrastructure run efficiently. In addition to these, there are other approaches like proactive maintenance and routine maintenance, all of which contribute to the overall operational success of a facility.

In the next section, we will explore these types of facility maintenance in more detail, breaking down how each one functions and the benefits it brings to property management.

Reactive Maintenance: Handling Unexpected Failures

Reactive maintenance is a strategy that addresses issues as they arise, often in response to unexpected equipment failures.

When a system or piece of equipment breaks down, it requires immediate attention, leading to emergency repairs to restore functionality. While reactive maintenance is sometimes unavoidable, especially in critical situations, it’s typically more costly than planned approaches due to the urgent nature of the repairs and the potential for extended downtime.

In this type of equipment maintenance, the focus is on fixing problems after they occur, rather than preventing them.

Emergency maintenance becomes necessary when essential systems like HVAC, plumbing, or electrical networks fail without warning.

Corrective Maintenance

Corrective maintenance involves addressing known issues or faults in equipment before they escalate into major problems. Unlike reactive maintenance, which only takes place after a complete equipment failure, corrective maintenance tackles smaller issues as soon as they are identified.

This approach allows facility maintenance technicians to resolve problems discovered during routine inspections or monitoring, ensuring continued operation without needing to wait for a system to break down completely.

For facilities managers, the key distinction is timing. While reactive maintenance is unplanned and often results in costly emergency repairs, corrective maintenance is typically scheduled once an issue is noticed but before the equipment stops working.

By acting early, corrective maintenance can reduce downtime, lower costs, and help maintain safety protocols by preventing small faults from turning into larger safety risks.

In essence, corrective maintenance provides a balance between maintenance tasks performed proactively and reactively, ensuring facilities continue to function smoothly without the need for frequent emergency interventions.

Proactive Maintenance: Preventing Issues Before They Start

Proactive maintenance goes beyond simply addressing immediate issues; it focuses on identifying and eliminating the root causes of equipment failures to prevent them from happening in the first place. By keeping systems in normal operating conditions, this approach reduces the likelihood of costly breakdowns and minimizes long-term repair costs.

A key component of proactive maintenance is its emphasis on optimizing energy management. Ensuring that equipment runs at peak efficiency not only cuts down on operational expenses but also reduces the environmental impact of facilities. For example, regularly updating or improving inefficient systems can significantly lower energy usage, contributing to sustainability goals.

Preventive Maintenance

Preventive maintenance is a proactive approach that keeps equipment running at peak performance through regular inspections and upkeep. Beyond improving asset reliability, preventive maintenance also contributes to energy efficiency, which benefits both operational budgets and sustainability efforts. These effects include:

• Energy Savings Through Efficient Equipment
  • 10-30% Energy Savings on HVAC Systems: Regular maintenance, like cleaning filters and calibrating systems, allows HVAC units to work efficiently, reducing energy use for heating and cooling.
  • Up to 25% Energy Reduction in High-Usage Systems: In facilities like healthcare centers, maintaining large systems like boilers and chillers can bring significant energy savings, directly impacting the facility’s overall energy bill.
  • Energy Cost Reduction of 5-15%: Preventive maintenance reduces the need for major repairs, lowering overall energy costs. For industrial facilities, combining multiple energy-saving measures can yield substantial yearly savings.
• Reducing Carbon Footprint: Energy-efficient maintenance practices can prevent up to 63,022 kg of CO₂ emissions annually. This aligns with sustainability goals, as reducing energy consumption directly supports lower greenhouse gas emissions.
• Enhanced Efficiency: Using machine learning to predict potential issues helps maintain systems at optimal energy use, minimizing unnecessary power consumption and extending asset lifespan.

By focusing on energy-efficient preventive maintenance, facilities can achieve substantial cost savings, reduce environmental impact, and support a proactive approach to sustainability in operations.

Predictive Maintenance

Predictive maintenance uses real-time monitoring and analytics to identify potential issues before they cause unexpected breakdowns. Recent advancements, including AI, machine learning (ML), and IoT, have transformed this approach, making it more effective and practical for facilities management.

Key Benefits of Predictive Maintenance:

• Up to 50% Reduction in Equipment Downtime: Predictive systems analyze data to spot warning signs early, allowing timely interventions.
• 10-40% Decrease in Maintenance Costs: Predictive strategies help optimize schedules and reduce unnecessary maintenance tasks, saving resources.
• 20% Increase in Equipment Utilization: With accurate forecasting, facilities can use assets more efficiently and avoid costly interruption. This leads to a 20% increase in equipment utilization rates, which directly correlates with improved operational efficiency
• Significant Annual Savings: Many facilities save between $100,000 and $1 million annually with predictive maintenance, depending on the operation’s scale and complexity.

Moreover, the accuracy of these predictive models has greatly improved with deep learning techniques, achieving over 90% accuracy in identifying equipment faults, which minimizes false alarms and ensures that maintenance resources are used effectively. This high accuracy supports safer operations and helps facilities stay compliant with safety standards.

With these advancements, predictive maintenance now enables facility managers to implement more proactive, cost-effective maintenance strategies that boost asset reliability and support sustainability goals.

Condition-Based Maintenance

Condition-based maintenance is a strategy that relies on real-time monitoring of equipment performance to determine when maintenance is necessary. Instead of following a fixed schedule, the maintenance team performs tasks only when specific conditions, such as seasonal change like fall and winter, vibration, or wear levels, indicate a decline in performance or the presence of potential issues.

This approach allows facilities to address problems before they lead to more significant failures, minimizing downtime while also controlling maintenance costs. By focusing efforts on equipment that truly requires attention, condition-based maintenance helps the maintenance team allocate resources more efficiently, reducing unnecessary work on systems that are still functioning optimally.

Condition-based maintenance strikes a balance between proactive care and cost management, allowing facilities to maintain performance without overextending resources.

Deferred Maintenance: Short-Term Savings, Long-Term Costs

Deferred maintenance refers to the postponement of routine maintenance tasks, often due to budget constraints or competing priorities.

While it may offer short-term savings, this approach can lead to costly consequences over time, affecting the facility’s operational efficiency, safety, and tenant satisfaction.

• Increased Repair and Operational Costs:
  • Escalating Repair Costs: For every dollar spent on preventive maintenance, facilities can save $4 to $10 in future repair costs. Deferring maintenance often leads to emergency repairs and restoration expenses that are up to three times higher than routine maintenance.
  • Higher Energy Costs: Faulty or inefficient systems, like neglected HVAC units, can drive up energy consumption by 20-30%, resulting in increased utility bills. Regular maintenance could reduce energy costs by up to 25%, emphasizing the financial value of proactive upkeep.
• Increased Risk of Accidents and Penalties: Facilities with deferred maintenance practices are 50% more likely to experience safety incidents, which can lead to costly fines, increased insurance premiums, and potential legal issues. Non-compliance with safety standards can result in penalties that range from thousands to millions of dollars.
• Impact on Occupancy Rates: Well-maintained spaces contribute to higher tenant satisfaction and retention, with proactive maintenance linked to a 20% higher tenant retention rate. In contrast, deferred maintenance often leads to a 30% increase in tenant turnover, creating additional costs for property owners due to vacancies and lost rental income.

Total Productive Maintenance: Engaging Everyone for Maximum Efficiency

Total Productive Maintenance (TPM) is a holistic approach that involves everyone in an organization, from facility management to frontline staff, in maintaining critical assets and systems.

This maintenance strategy focuses on optimizing the performance of all building systems, including HVAC, electrical systems, and even areas like parking lots and grounds maintenance.

Research and case studies have shown that TPM can significantly reduce breakdowns, improve equipment effectiveness, and enhance overall operational efficiency:

• Improved Equipment Reliability:
  • 30% Reduction in Machine Breakdowns: In a case study at Precision Tube Mills, TPM led to a 30% reduction in machine breakdowns, enhancing equipment reliability and minimizing downtime.
  • 20% Increase in Equipment Effectiveness: In the same case study, TPM increased Overall Equipment Effectiveness (OEE) by 20%, highlighting how proactive maintenance and continuous improvement reduce operational disruptions and enhance productivity.
• Cost and Efficiency Benefits:
  • Reduced Maintenance Costs in Critical Sectors: TPM at a water treatment company in Portugal lowered maintenance costs and improved the reliability of essential infrastructure, demonstrating TPM’s applicability across different facility types.
  • Enhanced Production Efficiency: In manufacturing, TPM has been linked to improved productivity and reduced downtime, with companies experiencing significant boosts in production efficiency.
• Strategic and Competitive Advantages:
  • Improved Safety and Quality: TPM can elevate product quality and safety standards, giving organizations a competitive edge by building a stronger reputation for reliability.
  • Financial Gains from Reduced Losses: Studies in manufacturing environments have shown TPM’s ability to prevent costly production losses, underscoring its effectiveness in addressing inefficiencies and reducing the risks of unexpected breakdowns.

These case studies underline TPM’s versatility and value, making it a powerful strategy not only for reducing maintenance costs but also for supporting long-term sustainability and competitive positioning. By integrating TPM, facility managers can create a culture of proactive maintenance that drives continuous improvement across their operations.

Routine Maintenance: Essential Daily Tasks for Facility Health

Routine maintenance involves day-to-day tasks and regular maintenance activities that keep a facility’s systems and assets functioning properly.

These tasks can include everything from basic repairs to more specific duties like snow removal, cleaning, and small fixes that ensure the facility operates smoothly without interruptions. By performing regular inspections and upkeep, facilities managers can catch minor issues early, preventing them from becoming costly problems.

Effective maintenance practices in routine maintenance ensure that all equipment and building systems are consistently monitored and maintained.

Whether it’s checking HVAC filters, inspecting lighting systems, or clearing parking lots of snow, routine maintenance helps extend the lifespan of a facility’s assets and ensures safety and operational efficiency.

Benefits of facility maintenance

A comprehensive building maintenance strategy provides benefits that extend beyond keeping systems operational; it also plays a vital role in safety, regulatory compliance, and business efficiency.

One of the primary advantages is creating a safe environment for both employees and visitors. Regular upkeep ensures potential hazards are promptly addressed, helping facilities comply with safety standards set by organizations like OSHA (Occupational Safety and Health Administration) and the National Fire Protection Association (NFPA).

A well-maintained facility also contributes directly to business success by ensuring critical systems—from HVAC to electrical infrastructure—operate optimally.

This proactive approach reduces downtime, minimizes repair costs, and allows the facility to function without unexpected disruptions. Facility maintenance teams are instrumental in achieving these outcomes by performing regular checks, repairs, and system optimizations.

In addition to operational efficiency, consistent and proactive maintenance helps facilities comply with EPA (Environmental Protection Agency) and ASHRAE (American Society of Heating, Refrigerating and Air-Conditioning Engineers) guidelines, particularly in areas like environmental safety and energy efficiency.

Meeting these standards not only reduces liability but also helps facilities avoid potential fines and costly legal issues.

By prioritizing regular maintenance, businesses can focus on growth and productivity, confident that their assets are compliant, safe, and in optimal working condition.

Atlas Facilities Maintenance Provides Tailored Facilities Maintenance for your Properties

Atlas Facilities Maintenance began as a commercial cleaning company in Portland, building a reputation for reliability and quality service. Over time, Atlas expanded its services to provide holistic facility maintenance solutions that cater to a wide range of industries, from educational institutions and government buildings to commercial facilities and residential buildings.

Our team offers expertise across various types of maintenance, including everything from parking lot maintenance and cleaning to more complex tasks like facility planning and ensuring compliance with safety regulations. Whether maintaining office buildings, public spaces, or residential properties, Atlas delivers customized services to meet the unique needs of each client, keeping systems running efficiently and extending the lifespan of key assets.

At Atlas, we understand the importance of maintaining a safe and compliant environment. Our proactive approach to building maintenance not only reduces downtime but also minimizes legal risks by ensuring that your facility adheres to all applicable safety and operational standards. Whether it’s keeping up with regular inspections or addressing immediate concerns, we provide solutions that help you focus on business continuity.

Atlas Facilities Maintenance has grown into a trusted partner for clients looking for comprehensive, long-term maintenance strategies that safeguard both their assets and operations.

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