Events sanitation
For festivals, events and temporary gatherings.
Temporary sanitation
Built for temporary sanitation infrastructure and high-variability environments
Events, festivals, construction sites and temporary housing projects experience rapidly changing wastewater volumes, intermittent use and logistical constraints that can challenge conventional treatment approaches.
Segments
Technology for partners in
NOAH's electrochemical technology is designed to respond quickly to changing operating conditions without relying on biological processes or chemical dosing.
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Construction site services
For sites without permanent sanitation infrastructure.
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Temporary housing projects
For temporary and modular residential developments.
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Rental operators
For companies renting and operating sanitation assets.
Why this market matters
- Increasing pressure to reduce transport and environmental impact
- Growing focus on circular water management
- Demand for more sustainable temporary infrastructure
- Opportunity to reduce operational complexity
Why
Enabling the next generation of temporary sanitation solutions
By integrating NOAH's electrochemical treatment technology into temporary sanitation infrastructure, partners can move beyond conventional collection-and-transport approaches.
The platform is designed for environments with highly variable occupancy and wastewater volumes, enabling treatment directly at the point of generation without relying on biological processes or chemical dosing.
Combined with modular cartridges and smart monitoring capabilities, partners can develop more sustainable, serviceable and operationally efficient sanitation solutions for temporary deployments.
What
Decentralized sanitation and local water reuse
NOAH enables wastewater treatment directly where it is generated.
This creates opportunities to reduce wastewater transport, lower environmental impact and support local water reuse within temporary infrastructures such as events, construction sites and temporary housing projects.
The result is a more circular approach to temporary sanitation with reduced operational complexity and improved sustainability performance