Common Causes of Basement Flooding in Kenosha

11/26/2024 (Permalink)

Kenosha home basement water damage

Heavy Rainfall and Storms
Kenosha's seasonal rains can lead to excessive groundwater buildup around homes, especially when the soil becomes saturated or when sump pumps are overwhelmed. Heavy storms can also cause water intrusion through small foundation cracks or improperly sealed windows. SERVPRO’s team quickly removes floodwater using high-capacity pumps and industrial-grade extraction units. We then deploy powerful dehumidifiers and air movers to eliminate remaining moisture, ensuring the basement is thoroughly dried to prevent mold growth and structural damage.

Sump Pump Failures
Many Kenosha area homes rely on sump pumps to keep basements dry, but these can fail due to power outages, mechanical issues, or inadequate capacity during high-volume storms. SERVPRO® is prepared for sump pump failures with high-powered extraction units and industrial drying equipment. We also provide guidance on sump pump maintenance and emergency backups to prevent future issues.

Sewer Backups
During intense rain events, city sewer systems can become overburdened, forcing wastewater back through basement drains. This sewage backup can cause significant health hazards and damage. SERVPRO handles sewer backups with specialized protective equipment and industry-approved disinfection methods to safely extract and dispose of contaminated water. After cleanup, we sanitize all affected surfaces, providing peace of mind with comprehensive cleaning and odor removal.

Burst Pipes and Plumbing Failures
Winter freeze-thaw cycles in Kenosha can cause pipes to burst, especially in poorly insulated areas of the basement. Plumbing failures, such as a malfunctioning water heater or washing machine, can also cause unexpected flooding. SERVPRO quickly addresses burst pipe water emergencies by shutting off the water source, extracting water, and drying affected areas. We use moisture-detection technology to ensure that hidden pockets of water are removed, reducing the risk of long-term damage.