Choosing the right irrigation system requires a thorough understanding of the soil composition. This knowledge is essential to accurately calculate the soil’s water storage capacity (how much water the soil can hold) and to predict the movement and distribution of water once it is applied during irrigation.

Because soils vary significantly from one location to another — even within the same property — we must customize the design of every irrigation system. The physical and chemical properties of the soil (texture, structure, organic matter content, infiltration rate, and drainage characteristics) directly influence the selection of emitters, sprinklers, drip lines, pressure regulators, filtration systems, and overall layout of the irrigation components.

This soil-specific approach ensures:

• Optimal water use efficiency
• Uniform water distribution across the irrigated area
• Prevention of runoff, deep percolation losses, or waterlogging
• Longer system lifespan and reduced maintenance issues
• Better plant health and higher crop or landscape performance

At Delaqua, we always begin our mechanical and hydraulic designs with a detailed soil analysis so we can tailor every irrigation system to the real conditions of your soil, climate, and water source.