We are the project developer & operator of the proprietary GeNasis™ system.

  • 142 Million m³ Daily global brine generation
  • 3-4 kWh per m³ generated

The Problem

Why the old model can’t last

Energy prices and supply volatility, together with brine discharge, now define the operating economics of industrial saline water treatment.
  • Power can account for up to 60% of OPEX
  • 3-4 kWh of power required per m³ of feedwater treated
  • 15-30% of treated feedwater becomes hypersaline brine

For industrial water treatment facilities, current valorisation solutions reduce brine discharge, but the issue of energy remains unchanged; total demand increases on the same external supply, so power volatility is amplified, operational flexibility declines and periods of supply stress translate directly into slower, less predictable plant performance.

Our Solution

GeNasis™ system

A modular energy-from-waste-integrated brine valorisation system operating as an on-site utilities platform that converts hypersaline brine into premium-grade sodium chemicals.

How our technology works
OUR COMPETITIVE ADVANTAGE

The advantage of
integrated architecture

Current sodium production is built on centralised, single-output plants or decentralised systems that still import energy risk—leaving customers exposed to the same core constraints.

Our integrated system controls energy on-site, stabilises operations, and delivers multiple sodium products at the point of demand—resolving the constraint the legacy model passes to the customer.

Predictable Cashflow

  • Dual Revenue Streams

    Stable long-term utility income with scalable product upside.

  • Operationally embedded

    Supporting continuous core operations.

Scalability

  • Modular Design

    Repeatable, scalable deployment.

  • Decentralised Production

    Unconstrained by geology or single-site scale.

  • Localised to Demand

    Sited near customers for local supply

Defensible Technology

  • Robust IP

    Protecting the system at scale.

  • Integrated utilities

    Full control of site energy and processing.

  • Multi-product Capability

    One system. Multiple Products.

  • Precision Control

    Consistent premium-grade product quality

Market Outlook

Growing dependence

Global sodium demand is expanding, but production is concentrated in a handful of regions; UK supply remains import-dependent and has now been added to the growing list of Critical Minerals.

OUR BUSINESS MODEL

One system. Dual revenues.

Each GeNasis™ deployment is a modular, co-located infrastructure asset that we own and operate around two complementary revenue streams.

On-site Utilities & Brine Management Services

Predictable, long-duration income anchored at site level

  • Deployed as a BOO co-located infrastructure asset
  • On-site supply of power, heat & brine management
  • Embedded as the core on-site utility under long-term agreements.
  • Scaled to full host-facility utility demand

Sodium Chemical Supply

Scalable revenue across multiple sodium markets

  • Conversion of hypersaline brine waste into saleable sodium products
  • Local supply into regional industrial & premium-grade markets
  • Production across four core sodium products
  • Pathway to pharmaceutical- and battery-grade products.
Together, they turn integrated deployment into a self-reinforcing growth engine—pairing contracted operational income with scalable chemical supply to build a repeatable, high-value infrastructure portfolio.
See our competitive advantage

A New Geography of Opportunity

Brine decentralises sodium supply to the demand point, cutting costs, reducing logistics complexity, and improving predictability for customers.

Sodium Supply Origin

  • Conventional
  • Brine-enabled
View our projects

Ready to explore the opportunity?

Alveare® is building the next era of industrial architecture.
The future of the circular economy is here—where will your place be?

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