Signature water feature:
$0 in attraction closures.

The call came in on a Thursday morning in mid-July — peak Florida's East Coast tourist season. A signature water feature at one of Orlando's marquee attractions was losing water at an increasing rate. Park operations had already scheduled an emergency meeting. Closing the attraction for the drain-and-repair the original quote called for was financially unthinkable. They needed a specialist who could fix it around the park's operations, not by shutting them down.

BackgroundThe Asset.

A large signature water feature (approximately 65,000 gallons) at a major Orlando theme park, central to one of the park's most photographed areas and featured prominently in marketing materials. The feature is visible from multiple guest sight lines and operates continuously during park hours — cascades, sheets, and architectural water elements all running.

The feature was commissioned in the early 2010s with custom architectural tile work, integrated lighting, and a hydraulic system that recycles water through multiple cascades before returning it to the main basin. It had never previously had a significant leak issue.

SituationThe Problem.

Park operations began noticing elevated water consumption on the feature's submeter roughly six weeks before calling us. By the time we were engaged, the feature was losing an estimated 4,000 gallons per day — enough that the auto-fill was running noticeably during operating hours, and enough to begin affecting water chemistry balance.

The park's internal facilities team had identified the issue but recognized the risk of handling it with an in-house approach. The feature's hydraulic system was too specialized for standard pool-service intervention, and the architectural tile work was irreplaceable — any invasive repair would mean custom-sourcing decade-old tile at best, or a visible aesthetic difference at worst.

Two pool contractors had already been consulted. Both had proposed variations on the same approach:

Both options required visible service work during park operating hours. Both would have forced closure of the surrounding area (and the guest-facing sight lines into the feature). Park revenue estimates for closing that area during peak season: approximately $240,000 per day in associated attractions and experience revenue.

ApproachThe Engagement.

We were engaged under NDA within 48 hours of the initial call. A senior specialist and two certified divers from our Orlando crew arrived for an after-hours site assessment at 11:30pm on a Friday — after park close.

Night 1: Diagnostic

The feature's hydraulic system was isolated section-by-section. Each cascade circuit was pressure tested independently. Within two hours we'd eliminated the main pumping and return circuits as leak sources. The underwater dive identified the actual issue:

A hairline shell crack approximately 22 inches long in one of the intermediate cascade pools — likely the result of normal thermal cycling stress over a decade of operation. The crack was in a location inaccessible from above the water without extensive structural disassembly, which is why the prior vendors had defaulted to full drain-and-repair.

From a diver's perspective, underwater, the crack was straightforwardly injectable. Our specialist mapped the full crack length, documented the shell condition above and below, and produced a written scope to the park's operations director by 7am. Total diagnostic: 5 hours, overnight, zero guest visibility.

Night 2 & 3: Repair

The repair was scheduled across two consecutive overnight windows — Monday and Tuesday, after park close at 10pm, completing by 5am before operations. Two divers worked in rotation to maintain continuous injection progress.

OutcomeThe Results.

The relationship has continued uninterrupted since this engagement. The park has multiple water features, pools, spas, and hydraulic systems across its footprint, and we remain the primary specialist vendor for leak diagnostics and underwater repair across the portfolio.