Irrigation Services in Kennesaw, Georgia

If parts of your yard stay soggy, other areas brown quickly, or your water bill jumps without lawn changes, it’s more than scheduling. We inspect head distribution, run a flow/pressure test, check soil infiltration (Kennesaw’s clay can slow absorption), and evaluate controllers and sensors. Often the fix is a combination—reprogramming for seasonality plus a targeted hardware upgrade (pressure regulation, additional zones, or drip for beds) to balance efficiency and plant health.

Drip excels for shrubs, foundation beds, and trees: low-volume, deep watering that reduces disease and evaporation. Pop-up sprays and rotors suit turf and larger turf areas with matched precipitation. Using both—drip for planting beds and rotors for lawn—often yields the best results. We design zone-by-zone, matching emitters and run-times to plant types and soil infiltration, preventing overwatering of shallow-rooted ornamentals while giving deeper roots for trees the moisture they actually need.

Proper flow and pressure are the backbone of a well-functioning system. Too much pressure causes misting and short run times; too little pressure prevents proper rotor throw or consistent drip output. We perform a flow/pressure test at the meter and design zones so each valve runs within optimal limits, often adding pressure regulators or dividing zones. Correct hydraulic design prevents run-off, uneven coverage, and premature equipment wear—especially important on Kennesaw slopes and compacted soils.

Most municipalities require a backflow prevention assembly and permits for new irrigation connections. Backflow devices protect drinking water and must be correctly sized and easily accessible for annual testing. We handle permit paperwork, specify code-compliant backflow assemblies, and install them in accessible locations. If your HOA has rules about visible equipment, we plan discreet placement. Handling these details up-front prevents inspection delays and keeps your system legal and serviceable.

Quarterly to biannual inspections are ideal. Tasks include checking zones, adjusting and cleaning heads, verifying pressure, testing backflow assemblies, flushing drip lines, and retraining controllers after plant growth or landscape changes. Spring start-up and fall winterization protect against damage: check valves, remove sediment, and blow lines if freeze risk exists. A small annual service cost prevents large repairs—minimizing root loss, avoiding meter spikes, and prolonging sprinkler and valve life significantly.

We use smaller, lower-precipitation-rate zones and cycle-and-soak programming for slopes and compacted clay common here. Pressure-compensating drip and matched-precipitation rotors reduce excess water at the top of slopes. Locating controllers near key drainage areas, installing check valves to prevent pooling, and grading micro-swales with planting choices help retain water where roots need it. This combination preserves topsoil, reduces erosion, and ensures water soaks in rather than running into storm drains.

Yes—when designed properly. Fertigation injectors or proportional feeders can apply soluble nutrients through drip or rotor systems, improving plant uptake and reducing granular runoff. We include anti-backflow protection and dedicated injectors to prevent cross-contamination, and size filters to prevent clogging. Fertigation schedules must match plant growth cycles and local regulations; we recommend periodic soil tests so applied nutrients correct specific deficiencies rather than waste resources.

We locate control valves and backflow in accessible, protected boxes; bury lateral lines below typical digging depth and specify thicker-sheath pipe in high-traffic areas. For tree root zones, we use deeper drip lines and root-barrier strategies or reroute mains. After construction on the property, we recommend a post-project pressure test to find accidental punctures. Good initial routing and protective details dramatically reduce down-time and costly emergency repairs later.

Yes—professionally designed irrigation supports a healthier, well-maintained landscape, which boosts curb appeal and perceived value. Efficient, metered systems demonstrate lower operating costs and prove to buyers that the landscape is manageable. Zoning for low-water plantings and smart controllers also appeals to eco-conscious buyers. Proper documentation of permits, backflow tests, and maintenance history further reassures future homeowners and appraisers about ongoing landscape maintenance costs.

Smart controllers adjust schedules based on weather or evapotranspiration data; soil probes measure moisture directly; rain sensors prevent run-after-rain events. Each adds a layer of protection against overwatering. Smart controllers paired with soil probes are the most precise—smart reduces guesswork, probes confirm soil needs—and sensors reduce wasted cycles after storms. For Kennesaw homeowners wanting efficiency and hands-off operation, a smart controller with a backup rain sensor is a high-value investment.