While the rain can be a blessing for parched plants, inadequate drainage can quickly turn a summer shower into a nightmare! When there’s nowhere for the water to go, it can pool up or rush across your lawn, turning your beautiful backyard into a mosquito infested lake! Since heavy rain is inevitable in Florida, you’ll want to get ahold of the problem before it gets out of hand, but how? It may seem like a daunting task, but don’t worry! Esposito’s drainage crew has it under control; we specialize in solving all sorts of drainage problems, from erosion to pooling, using an array of modifications such as gutters, french drains, or swales.
Flowing water rushes across your lawn. It leads to erosion problems and can be solved using solutions like dry stream beds, catch basins, or strategically positioned berms and swales which change the shape of the land to direct the flow of water. Seeping water is less obvious because it slowly penetrates your lawn, without fully draining through. This can lead to a soggy, sopping, mess of a lawn and even worse, structural damage to your home. Installing a French Drain is one of the only ways to eliminate large amounts of seeping water and it’s an investment that will save you from a world of trouble down the road. Water-damage caused by seeping water is known to rot the foundation of your home, lead to dangerous mold, rust your pipes, and more. It’s not a problem you can ignore! In addition to installing a french drain, we recommend the addition of gutters that direct the water away from the foundation of your home.
Not all piping is created equally! Most corrugated pipes have ridges on both
the inside and the outside of the pipe. These interior ridges can eventually lead to build up which reduces flow and increases the risk of damage to the system. Our pipes are smooth on the inside, making them far more resistant to hazardous blockages. Using quality materials from the start will help ensure that your drainage system will function properly for years to come
Esposito Garden Center 