📞 (813) 730-8940
📞 (813) 730-8940
Clermont is Lake County's largest and fastest-growing city — a community of 50,000 that has grown explosively along the US-27 corridor as the Orlando metro expands westward. The city is built on the Clermont Chain of Lakes — Lake Minneola, Lake Minnehaha, Lake Susan, and Lake Louisa — on terrain that is simultaneously one of Florida's highest inland elevations and one of its most active karst sinkhole zones. A 50-foot-wide sinkhole opened at a Clermont resort community in 2013; another opened on a neighborhood street in 2014. Lake County's Florida Geological Survey shows particularly high karst activity near Clermont and Groveland. We are a Florida state-licensed mold remediation team.
Clermont occupies one of Central Florida's more paradoxical positions: it's built on some of Lake County's highest ground — the Clermont Chain of Lakes area sits significantly above sea level compared to most of Florida — but that high ground is karst limestone, riddled with underground cavities that create sinkholes, unpredictable drainage, and upward groundwater pathways. The August 2013 sinkhole that swallowed a portion of the Summer Bay Resort near US-192 put Clermont's karst risk on national news. Subsequent sinkholes on local streets confirmed that the event was not anomalous. The Florida Geological Survey specifically identifies Clermont and the Groveland area as having particularly high karst activity among Lake County communities.
Karst terrain creates moisture conditions that differ from standard Florida sandy-soil environments. Water that falls on limestone doesn't percolate uniformly — it follows solution channels, collects in depressions, and can emerge unpredictably upward through cracks and conduits in the limestone. Homes built on Clermont's karst terrain have crawl spaces and slab foundations that experience moisture intrusion from below in a way that standard moisture barriers don't address. Coupled with the Clermont Chain of Lakes' permanent open-water humidity, properties in Clermont's older historic downtown on Lake Minneola's western shore face both above-ground lagoonal humidity and below-ground karst moisture simultaneously.
Clermont's explosive recent growth — from approximately 28,000 residents in 2010 to over 50,000 today — has produced a large stock of 2005–2018 homes now hitting the moisture management lifecycle. The South Lake hospital corridor, the Four Corners-adjacent communities south of SR-50, and the master-planned communities north of downtown are all in this vintage range. New construction in 34714 and 34715 continues to add to the inventory of homes that will need professional mold inspection within the next decade.
ZIP Codes Served
Most jobs range from $1,500 to $5,000. Historic Lake Minneola waterfront homes and karst-terrain properties with crawl spaces often fall in the $2,000–$4,500 range. Free on-site inspection and written estimate before any work begins.
Directly. Karst sinkholes form when underground cavities in limestone collapse — but before they collapse visibly, the surrounding rock is cracked, dissolved, and permeable to groundwater movement. Homes built near sinkhole-active karst terrain have foundations sitting on limestone that can be channeling groundwater toward and underneath the structure. This upward moisture movement — from below rather than above — is one of the most underdiagnosed causes of crawl space and slab-level mold in Clermont. If your Clermont home is on a slab and has musty odors that appear seasonally or after rain, upward karst moisture migration is a likely cause.
Yes — both are in our core Lake County service area. Groveland to the west shares Clermont's karst terrain and has its own sinkhole history. Minneola, directly north of Clermont's downtown, is an incorporated city in Lake County with similar lake-chain humidity and rapid recent growth. We serve all of the South Lake area including both cities.
Serving all of Clermont, Minneola, Montverde, Groveland, Mascotte, and all of South Lake County. Same-day appointments. 24/7 emergency response.