The Aqura Standard: Physics-Indexed Water Credits

The Standardized Unit (Q)

Each Aqura Water Credit begins with a verified recovery of 10 m³ of atmospheric moisture. This is the base physical unit, serving as the anchor for the entire valuation protocol.

Valuation Logic: The WES Model

Token issuance is computed from hardware-verified variables captured in real-time by the DLU hardware:

1) Volume Layer (Q)

$$Q = \frac{\text{Water}_{m^3}}{10}$$

2) Energy Efficiency Layer (ES)

Measures actual energy expended against the thermodynamic baseline.

$$ES = \frac{EI_{ref}}{EI}$$

3) Climate Difficulty Layer (CD)

Rewards the thermodynamic effort required in dryer environments.

$$CD = 1 + \left(1 - \frac{RH_{env}}{100}\right)$$

Energy Provenance Multiplier (EM)

Energy Source	EM Multiplier	Recovery Tier
Waste-Heat Recovery	1.1x	Tier 3 (Circular)
Renewable Energy	1.0x	Tier 2 (Premium)
Grid Energy	1.0x	Tier 1 (Standard)

Final Minting Formula

$$\text{Tokens} = Q \times ES \times CD \times EM$$

Why This Matters for AI Operators

This physics-indexed approach converts volatile operational expenses into a Price-Stable Asset. It provides a verifiable, audit-ready metric for Scope-3 sustainability reporting, ensuring that water recovered in desert environments carries its true thermodynamic value.