Drainage Solutions

The primary culprit is dense, heavy Oklahoma red clay soil. Unlike sandy soils that allow water to soak through rapidly, clay acts like a solid barrier. It absorbs water incredibly slowly and saturates quickly. When heavy rainfall hits the Tulsa metro area, the water cannot penetrate the clay layer, leaving it to pool in low spots or flat areas of your yard for days. Poor original neighborhood grading and flat terrain amplify this issue.ext goes here

To protect your foundation, you must intercept roof runoff and route it away from your home. The most effective step is installing underground downspout extensions. Your gutters dump thousands of gallons of water directly at the base of your home during a storm. Connecting those downspouts to solid underground PVC pipes routes that massive volume of roof water safely away to the curb or a drainage ditch before it can pool and seep under your foundation.

A French drain is a sub-surface trench designed to pull hidden, soaking water out of soggy soil. It consists of a sloped trench lined with water-permeable filter fabric, a perforated pipe (a pipe with small holes drilled in it), and a full backfill of clean drainage gravel. As water fills the saturated ground, it naturally flows through the gravel, drops into the perforated pipe, and is funneled away via gravity to a designated discharge point.

It depends on how the water is behaving in your yard:

• You need a French drain if your lawn acts like a soggy, muddy sponge for 24 to 48 hours after the rain stops. French drains manage sub-surface groundwater.

• You need surface drainage (like catch basins) if you experience immediate, rushing pools of water during a storm that disappear soon after it stops. Catch basins quickly swallow massive amounts of surface water and carry it away through solid pipes.

• Note: Many Tulsa yards with heavy clay require a hybrid system combining both.

Sloped yards often experience rushing "sheet flow" water that washes out lawns or crashes directly into hardscapes and home walls. We fix this by installing swales or interceptor drains. A swale is a gently sculpted, shallow gravel or rock-lined ditch that naturally catches water running down a hill and redirects it around your home. For steep slopes, we dig an interceptor French drain at the top or middle of the hill to catch groundwater before it reaches your living spaces.

NOTE: Many times we utilize a decorative option we call a “dry creek riverbed” than many clients love.

Strategic planting can drastically reduce erosion and standing water. You can utilize native Oklahoma plantings and rain gardens. Deep-rooted native varieties—such as local ornamental grasses, switchgrass, and buttonbush—thrive in our wet-and-dry climate cycles and drink immense amounts of water. Building a shallow rain garden filled with these plants allows surface runoff to naturally collect in one designated zone and filter safely back into the earth rather than flooding your turf.

Retaining walls act like dams across a slope; if they are built incorrectly, they will trap water, build up immense hydrostatic pressure, and eventually collapse. A professionally engineered retaining wall must include integrated drainage. When we build walls in Tulsa, we place a perforated drain pipe at the inner base of the wall and backfill the entire backside of the stones with clean gravel. This allows water coming down the hill to safely drop straight down behind the wall and exit through weep holes or side pipes, completely protecting your hardscape investment.

Uncontrolled water runoff strips away valuable topsoil, exposes tree roots, and carves deep, unsightly trenches through your property. Over time, this erosion undermines your concrete sidewalks, shifts your paver patios, and can even crack your home's foundation walls as the supporting earth washes away. Fixing erosion requires stopping the water's velocity by installing rock riverbeds, structural retaining walls, or underground piping to tame the flow.