NOAH's electrochemical technology is designed for decentralized applications where biological treatment struggles with intermittent use, variable loads and limited space.
Wastewater treatment where conventional systems fail
Why decentralized wastewater treatment?
Sewer infrastructure is not always available, practical or economically viable. Across residential, mobile and temporary applications, wastewater must often be treated locally under challenging operating conditions. Conventional biological treatment is not designed for these environments. NOAH's electrochemical technology is.
Applications
Temporary Sanitation
Festivals, construction sites, temporary accommodation and events.
Mobility
Rail, transport hubs and mobile sanitation systems.
Maritime
Commercial and recreational vessels.
Real Estate
Off-grid housing, holiday parks and decentralized communities.
Why NOAH in these applications?
✅ Instant operation
✅ Handles intermittent use
✅ No biological processes
✅ No added chemicals
✅ Compact footprint
✅ Water reuse ready
✅ Low maintenance
✅ Designed for decentralized wastewater treatment
Transform wastewater into a local water resource
NOAH produces high-quality effluent suitable for reuse applications such as toilet flushing, irrigation and other non-potable uses, helping reduce freshwater consumption and support local water resilience.
Collaborations
We are proud to be part of the Next Generation Sanitation Systems (NGSS) Project.
Selected by the Gates Foundation and the International Water Association as one of the world's most promising next-generation sanitation technologies.
Sustainable Impact
Beyond wastewater treatment, NOAH contributes to broader sustainability goals. By enabling safe sanitation, reducing greenhouse gas emissions associated with biological treatment and supporting water reuse, NOAH contributes to more resilient communities and circular water management.
Contributing to:
🌍 SDG 6 – Clean Water and Sanitation
🌍 SDG 8 – Decent Work and Economic Growth
🌍 SDG 12 – Responsible Consumption and Production
🌍 SDG 13 – Climate Action
