SERVPRO of North Eugene / NW Lane County

Rate & Review
Image 1 | SERVPRO of North Eugene / NW Lane County SERVPRO North Eugene Indoor SERVPRO North Eugene Outdoor SERVPRO North Eugene Van Thanksgiving Day Cooking Fire in Eugene Home? How Will I Know My Water-Damaged Area is Dried Completely in Eugene? Visitors Impressed By Sparkling Clean Building in Eugene? What Can I Do If I Find Mold Growing in My Franklin Home? What Can I Do If I Find Mold Growing in My Franklin Home? Thunderstorms Cause Wind Damage in Eugene? Our local North Eugene and Northwest Lane County team wants everyone to be safe while cooking at home. October marks Residential Fire Awareness Month, and this year’s theme is cooking safety. Here are some facts about kitchen fires in the United States from the National Fire Protection Association: · Cooking was the leading cause of reported home fires and home fire injuries in 2015-2019 and the second leading cause of home fire deaths. · Cooking caused 49 percent of reported home fires, 20 percent of reported home fire deaths, and 42 percent of home fire injuries. · In 2019, Thanksgiving was the peak day for home cooking fires, followed by Christmas Day and Christmas Eve. Fire Damage Restoration Process Step 1: Emergency Contact Step 2: Inspection and Fire Damage Assessment Step 3: Immediate Board-Up and Roof-Tarp Service Step 4: Water Removal and Drying (if water damage is present) Step 5: Removal of Smoke and Soot from All Surfaces Step 6: Cleaning and Sanitizing Step 7: Restoration Call Us Today! When your home or commercial business in Eugene has any fire damage, our North Eugene and Northwest Lane County teams are Here to Help. ® We’ll restore your fire damage “Like it never even happened.” Our local North Eugene and Northwest Lane County team is a leader in storm damage restoration services. One common cause of storm damage is soil erosion from heavy rain. Here are some of the ways soil erosion can impact homes in Franklin: Weakening of Soil Stability: When heavy rainfall occurs during a storm, the soil becomes saturated with water. This excess water can weaken the stability of the soil, especially if the soil is already loose or lacks proper vegetation cover. Increased Runoff: As the rainwater infiltrates into the soil, it creates surface runoff when the soil becomes saturated. This runoff can be significant during storms, especially if the rain is intense and the soil is unable to absorb the water quickly enough. Transportation of Sediments: As the runoff flows downhill, it carries sediments with it. This includes soil particles, rocks, and debris. These sediments are eroded from the land, making the land vulnerable to further damage. Clogging of Drainage Systems: The transported sediments can clog drainage systems such as stormwater drains, culverts, and streams. When these systems become blocked, they can no longer effectively carry away excess water, leading to localized flooding. Increased Flooding Risk: As the runoff continues to flow downhill, it can accumulate in low-lying areas, causing flash flooding. This flooding can damage homes, infrastructure, and agricultural fields. Loss of Topsoil: Continued soil erosion during storms can result in the loss of valuable topsoil, which is crucial for agriculture. This loss can impact crop yields and agricultural productivity in the affected area. Landslides: In areas with steep terrain, soil erosion during storms can increase the risk of landslides. Saturated soil becomes unstable and more prone to mass movement, which can be destructive to homes and roads built on or near hillsides. Riverbank and Coastal Erosion: In areas near rivers or the coast, storm-induced soil erosion can lead to riverbank erosion or coastal erosion. This can threaten infrastructure and property located along these water bodies. Call Us Today! When your home or commercial business in Franklin has a storm damage emergency, our North Eugene and Northwest Lane County teams are Here to Help. ® We’ll restore your storm damage “Like it never even happened.” Franklin Families Prepare for Winter Storm Power Outages?