Any industrial resource passes through a full lifecycle that includes planning and installation then replacement or decommissioning. The method of managing this course is known as asset lifecycle management and it is employed to manage this process in such a way that equipment is able to provide a steady value as long as it is throughout the course of its operation. In the instance where the lifecycle planning is not put into consideration, organizations tend to have their failures prematurely, high cost of maintenance, and unforeseen downtimes. Most of these problems are not realized through the defective machinery, but through lack of long-term planning and awakening. Maintaining the assets in a proper lifecycle makes them dependable, secure and economical in the long term.

Effective management of asset lifecycle begins with right installation and commissioning. Poorly installed, calibrated and aligned equipment usually develops latent problems that are only discovered later. These initial errors may reduce the life of the assets drastically and raise the costs of repair in the long-term. Commissioning will help in ensuring that systems are used within the planned parameters. The powerful installation stage lowers the strain on parts and forms a consistent performance.

After the assets go live, the performance has to be maintained by continuous monitoring. Performance, vibration, temperature, and energy usage can be monitored to show the presence of early warning signs of degradation. Minor changes in the normal performance of the machine usually point to the emergence of mechanical or electrical problems. These indicators can be addressed at an early stage, and in this way, organizations will avoid the expensive breakdowns. Monitoring allows maintenance to be less a datafied component of guesswork.

Maintenance history is an important aspect of study of the time-dependent behavior of assets. The repetitive failures, repetitive repair or replacement of parts is a common sign of underlying systemic issues. Organizations can be guilty of continuously fixing symptoms rather than eliminating the causes of problems without the right kind of analysis. Past data assists maintenance crews to identify trends and make decisions. This understanding helps make more intelligent planning and effective asset management plans.

Another factor that is vital in asset lifecycle evaluation is energy consumption. There is also more power consumption by aging or poorly maintained equipment to achieve the same output which adds to the operating cost. The high degree of environmental impact and low sustainability performance is also caused by energy inefficiency. Lifecycle management assists in determining when the equipment is not energy-efficient any more. The optimization or replacement of such assets can cut the long-term costs to a significant degree.

Asset lifecycle should include upgrades and modernization and not be an emergency decision. The functional yet outdated systems do not disappear but are usually unproductive, ineffective, or unsuitable with more recent technologies. Upgrades made in time enhance performance and minimize chances of sudden failure. Planned modernization prevents buying decisions in a hurry and facilitates the adaptation of new technology in the existing operations. Planned upgrades facilitate the process of continuous improvement.