Introduction to Recovery of Submerged Items and Contents

Before you touch a single item, you need to make a restorability call, and that call starts with understanding what the item is actually made of. A waterlogged leather-bound photo album behaves completely differently to a submerged circuit board or a hand-painted ceramic figurine. Dense porous materials like paper documents absorb moisture deeply and begin to degrade fast, while composite electronics carry their own complexity because moisture migrates into layered components in ways that are not always visible on the surface. Delicate handcrafted items, think carved timber, painted canvas, or fired clay with aged glazing, can have structural vulnerabilities that were already present before the flood. Your job at this stage is not to make a final decision on every item. It is to make an honest, realistic assessment of whether drying is even feasible given what the item is made of, and to flag anything that needs a conservator's eye before you go further.

How long the item has been sitting in water is one of the most critical factors you will assess, and it is one that gets underestimated constantly. The longer an item remains saturated, the further along the degradation curve it travels, and some of that damage is not reversible. This is why getting items secured and assessed quickly matters so much. A homeowner might say, "Oh, it's only been a couple of days, it should be fine," and you need to be ready to explain, calmly and clearly, that sensitive goods like documents, artworks, and electronics do not work on the same timeline as a wet carpet. Days of unnecessary delay, whether from slow site access or assumptions made without actually looking at the items, can push something from restorable to a write-off. Document your arrival time, note the estimated submersion duration from the owner or loss history, and factor that into every restorability decision you make.

Contamination is the factor that can turn a straightforward contents job into a hazmat situation, and you cannot assess it by looking at the water. Floodwater, especially from stormwater events, sewage-affected losses, or industrial areas, can carry a range of contaminants that drying alone will not address. The correct approach is to collect initial floodwater samples and have them submitted for analysis so you understand what neutralisation chemistry, if any, is needed and what post-treatment verification is required. If you are handling items that have been submerged in heavily contaminated water, full encapsulation and appropriate PPE are not optional. Your team's safety depends on treating the exposure seriously, not on assumptions about what the water probably contained. An assessor might ask you, "Why are you treating this like a biohazard when it just looks like a bit of muddy water?" Your answer is that you do not know what is in it until you test it, and until you do, you treat it accordingly.

Finally, before you can argue that the flood caused any particular damage to an item, you need to establish what condition it was in before the water arrived. This is where photographic documentation and a review of any existing collection records or manifests become essential. Pre-existing damage, old resin fractures, UV fading, prior moisture staining, these things need to be identified and noted separately from the new loss. If you skip this step and the insurer later questions whether a crack in a piece of furniture was caused by the flood or was already there, you will have no evidence to support your position. Take methodical photos of every item before you move it, note any pre-existing condition issues in your documentation, and build a clear baseline. That baseline is what separates a defensible claim from a disputed one.