A base element elevates a water reservoir and houses an electric pump within its structure.
Moisture detectors monitor soil saturation levels to prevent root-zone damage while reducing evaporation losses from surface ponds.
Directional drilling places subsurface piping to inject water into aquifers, preventing land surface disturbance and evaporation losses.
System stabilizes fluctuating supply pressure by storing water during high flow and returning it during low demand.
Segmented wooden staves create leak-proof compartments, resolving complexity and corrosion trade-offs.
Segmented panels form a stable tank that connects to household faucets via hose, resolving weight and capacity trade-offs.
A subsurface water management system relocates stormwater into aquifers using gravity or pumping conduits.
A closed nebulizing system circulates fluid through a pump loop to maintain continuous nozzle contact and prevent bubble accumulation.
Segmenting the bladder and frame resolves the contradiction between large water storage capacity and tank weight while enabling rapid emergency filling.