Written by Dan Lowry
A couple of weeks ago, I posted an article entitled, “When to Replace Facility Assets.” I realized that it really didn’t paint the full picture of replacements strategies throughout your facilities. As facility managers (FMs), we must be cognizant of what we call the lifecycle of every asset that we manage.
Does anyone know the mortality rate of FMs? It’s 100 percent. Everyone has a lifecycle, just as every asset has a lifecycle. In this article, I will answer the question “What is asset lifecycle?” and explain the three stages it moves through and delve into lifecycle cost. Lifecycle cost is vital to the budgeting process for current year and future programming projections.
Every asset has a lifecycle, which is its useful life from acquisition to disposal. Inevitably, the facilities we manage will outlive their installed building systems. The facility manager is responsible for managing not only the maintenance, but also the replacement of these systems. Additionally, FMs replace components and systems for the purpose of improving performance or efficiency, which might occur prior to the end of the asset’s useful life. Regardless of the reason, all replacement projections are put into a strategy referred to as a long-term capital renewal plan, which aids the FM in their budget forecasts and requests.
Asset lifecycle represents the life of an asset or the time from its first use until it is no longer able to be used. This lifecycle can be measured in days or years and can take into account factors like age, regular maintenance, preventive maintenance, manufacturer's expected life, etc.
We often say that assets are the lifeblood of your operations. They can make or break your efficiency, service, safety and more. And that's why asset lifecycle management, or tracking and properly managing each asset as it tracks on its lifecycle, is critical to a successful operation.
Asset lifecycle management hinges upon having the proper asset data to see how it is trending and when repair vs. replace decisions need to be made.
There are three stages in the lifecycle:
The useful life of an asset refers to two things. First is an asset’s condition of service. An asset is still within its useful life if it is functioning properly. If the asset is not functioning and cannot be repaired, it has reached the end of its useful life. Second is the asset’s intended use. Assuming it is functioning properly, an asset that is still meeting its intended purpose is within its useful life. If operations have changed and the asset no longer meets its intended use, it is no longer within its useful life.
Lifecycle cost (LCC) is the total cost of ownership (TCO) of an asset during the entire lifecycle. Examples of LCC costs include the initial capital investment (design, procurement, construction, etc.) and all recurring costs (O&M, energy consumption, consumable goods, etc.).
This includes acquisition, operation, maintenance, support and disposal and should be considered along with other tools (such as the facility condition index, or FCI) when determining replacement. Additionally, the FM should consider value-added items with LCC. An example of a value-added item would be if the asset increases productivity or adds to safety measures, which lowers insurance premiums.
When considering acquisition of a new asset, the FM needs to consider space requirements and potential for the new asset to meet growing demand as the business expands in addition to LCC. It might make more sense to spend more now to purchase an asset with more capacity than the current demand rather than purchase a bigger replacement asset later when the demand grows, but before the end of its useful life. Similarly, the FM should consider how important any given asset is to the operation when considering life-cycle replacements. If an asset is critical, it might move up in the priority of replacement over something that is not critical but has a higher FCI and is already past its useful life. Confidence in building systems is important for operations.
Once a determination has been made to replace an asset or acquire a new one, care should be taken to procure what is needed. This may or may not be the same thing that the end-user thinks they need. Determine what the operational need is first. Once you know the need, you can either source it directly or contract with professional services to engineer or design the solution. Keep in mind, if the need is new or has changed, there might be infrastructure changes required to place the asset in service. For example, if a larger piece of equipment is needed to meet growing demand, the facility might require upgrading part of the electrical system to accommodate the project.
Understanding what an asset lifecycle is and how to manage it will absolutely increase the value you bring to your organization through smarter planning and efficient processes. This, in turn, makes you more valuable as a Facility Manager, as you have a direct impact on supporting the strategic vision of your senior management.
Thanks so much for reading! Please leave any feedback or comments below on how you conduct life-cycle analysis for facility assets.I can also always be reached at firstname.lastname@example.org. Until next time...