The MARS Solution

Rehabilitate. Sleeve. Recover. The engineering path to water independence.

The Strategy

Why Rehab is Smarter
Than Drilling New


The common reaction to a dry well is to panic and drill a new one. In Kearny, that is a $1.5M+ mistake. We do not need new holes; we need to reach the "Vault" through the massive infrastructure we already own.

Kearny's historic deep wells (Sites 23CCC and 23CAA) were built with massive 18-inch casings during the copper boom. By applying Managed Aquifer Recharge and Storage (MARS) principles, we can bypass the failing shallow water tables completely.

Hydrological Diagram: Shallow Well Failure Due to Bedrock Drawdown

Figure 1.0: Shallow alluvial failure vs. Deep Bedrock Aquifer stability. Sleeving allows us to reach the protected lower zones.

The Sleeving Advantage


By inserting high-tensile steel sleeves down the center of our existing 18-inch deep wells, we achieve three critical victories for the town:

Recovery Method Estimated Cost Water Quality Timeline to Active
Drill New Deep Well $1.2M - $1.8M High 12-18 Months
Project 88 Sleeving Rehab $250k - $400k Expected high (pending testing) 3-5 Months
A water well rig actively pumping water from a rehabilitated well head, with a worker in safety gear monitoring the strong flow

A rehabilitated well brought back into full production. This is the outcome the MARS strategy is built toward — reaching and recovering the water Kearny's deep Vault wells were designed to deliver. (Representative image.)