Investors

$1.5M pre-seed to a permitted, operating pilot.

Infrastructure-grade returns with venture upside — resting on data-center cooling and water alone.

Request the data room
Unit economics — standard 20 MW node

Honest numbers, one model

Stabilized revenue / yr~$8.3M
Stabilized EBITDA (~68% margin)~$5.6M
Node CAPEX~$33M
Unlevered project IRR~11%–19%
Levered equity IRR (60% green debt)~17%–33%

Why these hold up

The base case deliberately excludes speculative lithium and biological-desalination throughput. Returns rest on the cooling-service fee and water. Each ~$33M node is funded largely by green debt once the pilot and offtake contracts de-risk the cash flow — not from the pre-seed.

Why now

A regulation-backed market, forming now

16–33B
gal/yr U.S. data-center water demand by 2028; two-thirds of new AI sites on water-stressed land.
~2M
acre-feet/yr California overdraft SGMA legally requires be refilled.
No. 1
No commercial competitor integrates DC heat, desalination, and aquifer recharge — genuine whitespace.
Traction

De-risked before a dollar of pilot capital

Incorporated

Delaware PBC filed, mission-locked charter.

Patent drafted

Integrated system + thermal-buffer control method.

Engineered

White paper + first-principles 1 MW pilot sizing.

Sited

Sacramento Valley: real DC operators, PG&E feedstock, Sutter basin.

Let's talk.

The data room — corrected model, white paper, technical de-risking plan, and LOI templates — is ready for review.

investments@mshpbc.com