Flowchain captures and structures data from water conservation and recovery projects, enabling verified offsets to be issued as ISIN-registered securities and accessed through regulated financial markets.
50m +
litres water recycled
40k +
tonnes Co2 saved
25 +
jobs created
Sustainable Future
Flowchain supports the setup, management, and monitoring of water conservation and recovery projects, capturing performance data at source and structuring it for verification, registry, and regulated market use.
By connecting real-world water efficiency outcomes to recognised financial infrastructure, Flowchain helps businesses progress toward their climate goals through credible, auditable mitigation activity.
Discover Project Flux
A carbon offset initiative powered by Flowchain. The first project in the world to generate carbon credits as regulated digital securities, validated by the UNFCC and carrying a unique ISIN.
Water's Impact
Environment
Industrial wastewater has several negative consequences for the environment and sustainability.
Emissions
During the treatment of industrial wastewater, greenhouse gases such as CO2, NO2 and CH4 are
released.
Heat Loss
Heating water requires significant energy, derived from combustion of fossil fuels and producing greenhouse gases.
Water Supply
The production and distribution of clean drinking water can be highly energy-intensive, resulting in significant GHG emissions.
Solutions
Water Conservation
Flowchain supports projects focused on water efficiency, recycling, and recovery, capturing operational data directly on site.
Data
Water, energy, and emissions metrics are securely digitalised to ensure integrity.
Structured data supports independent verification and governance processes.
Carbon Offsets
Verified outputs are recorded via registry integration, creating transparent records impact.
Capital Markets
Flowchain-enabled data supports compliant tokenisation and structuring of assets for capital markets, structured as ISIN-registered notes, enabling access via regulated exchanges and custodians.
Technology
PurePulse Ceramic Membranes
Hollow-fibre ceramic membranes remove 99.9% of contaminants at low pressure, enabling direct water reuse without chemical treatment.
Thermal Efficiency System
Proprietary heat exchangers recover 92% of wastewater thermal energy, maintaining temperatures with <5% energy loss during recycling.
Smart Water Monitoring
Real-time IoT sensors track pH, TDS and flow rates, enabling automated adjustments and predictive maintenance through machine learning.
Closed-Loop Processing
Integrated lint removal, ozone dosing and UV treatment create a zero-discharge system that meets A+ water standards for immediate reuse.
Climate Targets
With the world off-track to limit warming to 1.5°C, WRS drives measurable climate action through Project Flux - scientific water recovery projects that generate verifiable offsets to deliver immediate, measurable impact.
