Intelligence for Mineral Extraction

Unlocking the True Value of Brine Assets

$26B today. $61B by 2035. Proprietary in-situ sensing fused with AI thermodynamic modeling, the predictive operating system for brine.

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The Challenge

Brine Blindness

Operators harvest in the dark, losing yield, purity, and entire projects to uncontrolled crystallization. Indirect measurements and manual sampling arrive days late.

01 · LITHIUM

~50%

Recovery Capped at 40-60%

Brine evaporation recovers only 40-60% of dissolved lithium. The rest precipitates uncontrolled into waste salts and is permanently lost.

02 · POTASH

$580M+

Project-Level Collapse Risk

Lake Way (Salt Lake Potash), Australia's largest SOP project, entered receivership. Off-spec crystallization made the harvest commercially unviable.

03 · SOLAR SALT

2-3×

Locked Out of the Premium Tier

Commodity grade sells at ~$30/t versus high-purity at ~$100/t. Without crystal-size control, operators are stuck in the commodity tier.

The Solution

SINQ's Predictive Operating System

SINQ predictive engine infographic showing the flow from real-time brine sensing through AI modeling to operational guidance

Four integrated layers turn weather and brine chemistry into operational decisions

Near Real-Time Sensing

Drone-deployed sensors capture brine composition continuously, near real-time measurements, straight from the field.

AI Thermodynamic Modeling

ML models fuse weather forecasts with brine chemistry to simulate state evolution in real time.

Crystallization Forecasting

Predict mineral crystallization events days before they happen with precision targeting.

Operational Guidance

Optimized harvesting schedules and precise timing. Predictions become production gains.

The Opportunity

A $61B Market. A $20B Problem. One Platform.

Brine-sourced minerals — lithium for the energy transition, potash for global food security, plus bromine, magnesium, and solar salt — sit at the center of two generational demand curves. The market nearly triples this decade to $61B, yet $20B a year is still lost to Brine Blindness. SINQ captures a share of the value it unlocks — and that share compounds with every pond and plant it comes online.

$26B

2025

$61B

2035

From market size to SINQ revenue

$61B Total market
Brine minerals · 2035

$20B Value lost every year
to Brine Blindness

$1B+ SINQ revenue potential
at ~5% value capture

The investor takeaway

A high-margin software platform on track to capture $1B+ in recurring revenue inside a $61B market growing ~9% a year. SINQ is positioned to become the system of record for how the world produces critical brine minerals — priced on a fraction of the value it creates, and scaling across every operation it comes online.

Illustrative model built from published market figures. Full financial model, projections, and round terms available on request — info@sinqminerals.com.

The Team

Built By Domain Experts

Roee Nir

Co-Founder & CEO

MBA NYU Stern · B.Sc. Biotech Eng.

20+ years scaling science-driven companies. Co-Founder and former CEO of Forsea (cultivated seafood). Deep expertise translating complex technologies into commercial platforms.

Dr. Ziv Mor

Co-Founder & CSO

Ph.D. Limnogeology, Hebrew Univ. & GSI

Leading expert in hypersaline brine systems. Over a decade of pioneering Dead Sea research. Developer of novel in-situ measurement techniques for saturation, salinity, and crystallization dynamics.

Nir Machlev

Co-Founder & CTO

M.Sc. Computer Science

AI architect, published at AAAI HCOMP. Former Major (res.) in Israel's elite Unit 8200, commanding large-scale data divisions. Led AI infrastructure at top healthtech companies before SINQ.