ASSET MANAGEMENT
cracking and reduce long-term performance. For port owners, that reinforces the value of considering life-cycle costs rather than simply the initial construc- tion price. Construction is part of asset management The whole-of-life philosophy does not end with the engineering drawings. Martinez emphasized the import- ance of quality assurance and quality control during manufacturing and construction, including collaboration with original equipment manufac- turers, qualified welding inspectors, nondestructive testing, appropriate testing equipment and thorough rec- ord keeping. Those activities can seem like administrative or construction details at the time, but they create the founda- tion for future reliability. Good records are particularly import- ant as an asset moves into its operational phase. Owners need to understand what was built, what materials and compon- ents were used, how the equipment was tested and what inspections were per- formed. That historical information becomes increasingly valuable as an asset ages and decisions must be made about repairs, rehabilitation or replace- ment. In other words, the asset’s history becomes part of the asset. Maintenance as a reliability strategy Both presentations emphasized that inspection and maintenance should be viewed as active strategies for extending useful life rather than simply responses to problems. Martinez’s presentation summarized the relationship succinctly: “Proper inspections + maintenance = extend the structural operating life cycle.” A prop- erly implemented structural mainten- ance program, he noted, can potentially
Martinez visually summarized the benefits of a structural maintenance program.
Both presentations emphasized that inspection and maintenance should be viewed as active strategies ... rather than simply responses to problems.
For marine facilities, that means accepting that deterioration will occur and designing accordingly. Materials selection, protective coat- ings and cathodic protection can all play important roles in extending the life of waterfront assets. Coatings, for example, provide the first line of defense against corrosion, while cath- odic protection systems can provide additional protection for submerged steel and other components. The implication is straightforward: life-cycle asset management begins at the design stage, not when an asset begins to fail. Planning for the entire life cycle Martinez expanded on that concept by looking at the role of engineering across the complete equipment and facility life cycle. His presentation mapped a pro- gression from master planning, design and procurement through manufacturing, operations, inspec- tions, maintenance, rehabilitation
and upgrades, and ultimately replace- ment. Engineering, he emphasized, has the potential to influence every phase of that process. This is particularly important because the largest opportunities to influence reliability often occur early in an asset’s life — before the equip- ment or facility has even been built. Martinez illustrated the point through structural fatigue. Steel structures contain microscopic imper- fections, and repeated loading can cause cracks to grow over time. With appropriate analysis, however, crack growth and fatigue behavior can be predicted. The objective is therefore to design structures that remain within appro- priate fatigue limits throughout their anticipated operating conditions. Small design decisions can have significant long-term consequences. Martinez noted that better structural details can provide greater reliability at relatively modest additional cost, while poor details can encourage
44 — PACIFIC PORTS — October 2026
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