Groundwater can be found all over in the spaces between soil, sand, and rock underground. The water table may be deep or shallow and can change due to rains, melting snow, irrigation, or pumping.  All life depends on groundwater to survive and, in many places, the rate of using this precious resource is much faster then the rate it is replenished or recharged. The largest use of groundwater is to irrigate crops, but more than half of the people in the United States use groundwater for drinking water.

Natural recharge occurs by stormwater seeping down into the subsurface though infiltration. Many factors affect the Earth’s natural ability to do this including urbanization, soil compaction, and the affects of climate change.  The ultimate goal is to ensure sustainable groundwater management practices that balance withdrawal and recharge.

This is where we come in.

Parjana^℠ Engineering can enhance infiltration rates and thereby reduce surface water evaporation and runoff by effectively turning stormwater into groundwater.  Parjana^℠‘s innovative technology mimics and enhances natural groundwater movement by taking advantage of the unique physical and chemical properties of water. Our technology accelerates infiltration into and through the near surface soils, ultimately increasing the volume of water that can be stored, infiltrated and recharged. In addition, our revolutionary technology stabilizes soil moisture reducing the need for irrigation and excessive groundwater extraction.