Transforming Water Loss to Water Source

Urban water systems are reaching a breaking point. Shrinking water supplies, aging infrastructure, and rising costs mean that up to half of treated drinking water is lost before it reaches communities.

WateRecoup transforms these hidden losses into a new water source, restoring resilience to strained distribution networks.

High Water Loss -
Huge Opportunity!

Every Drop Recovered Counts

WateRecoup redefines invisible water loss as a recoverable asset, transforming lost water and energy into a continuous new source of supply, without developing new infrastructure.

Our solution delivers what utilities need most: fast deployment, network-scale impact, and minimal disruption.

Speed

Scalability

Minimal disruption

Water-Loss Harvesting

Water Loss Recouping:
A Systematic Trenchless Solution

Water Loss Recouping is a scalable, non-disruptive approach that turns existing buried networks into an untapped source of reclaimed water and energy.

Our above-ground recovery units enable targeted interventions in each pipeline segment — sealing leaks, restoring flow, and recovering lost water, all without excavation and with minimal downtime.

Our Innovation in Action

Our Innovation
in Action

Compact field teams deploy lightweight, above-ground recovery units to perform targeted, one-time interventions that restore pipeline performance from within, without excavation.

Our patented in-pipe materials seal leaks, strengthen aging infrastructure, and collect real-time integrity data, delivering a faster, more cost-effective, and lower-impact recovery process.

Our results in numbers

WateRecoup Turns Water Loss Into Sustainable Value

90%+
track record in water loss recouping
1M+
liters recouped daily — and counting
1/10th
the cost of traditional pipe recovery methods
0.5 MWh
of energy saved daily per 100 km of mains treated

Worldwide Operations

From Europe to Africa to Latin America, WateRecoup is helping governments and utilities fight water scarcity by recouping lost resources and building resilient urban water systems.