Rainwater Collection
Capture precipitation from appropriate surfaces using gutters, pre-screening and controlled routing.
Explore water recovery →
COLLECT • STORE • MOVE • FILTER • REUSE
Treat water like
the precious cycle it is.
Build water resilience in practical stages—from emergency filtration and rainwater collection to monitored storage, circulation, irrigation and integrated site infrastructure.
Source matters • Quality matters • Intended use matters
SHOP BY SYSTEM
Water resilience begins before the filter.
A useful water system considers where water comes from, how it is collected, stored, moved, treated, monitored and eventually used. Different uses require different water-quality standards.
WATER PATHS
Build the water chain around the intended use.
Products belong inside a complete path—not between a marketing claim and a faucet.
Water Storage
Store water in appropriately selected tanks or containers while managing contamination, overflow and access.
Explore water infrastructure →Pumping & Circulation
Move water where it is needed using pumps, gravity, valves and distribution sized for the application.
Understand connected systems →Filtration & Treatment
Select treatment according to source water, contaminants of concern and the water's intended use.
Browse the store →Irrigation & Growing
Deliver water efficiently to gardens, hydroponic systems and food-production infrastructure.
Explore food systems →Monitoring & Automation
Track tank level, flow, leaks, pump state and selected water-quality indicators where useful.
Explore automation →DEFINE THE WATER FIRST
Four questions should come before equipment.
SourceRain, municipal supply, well or another source?
UseDrinking, washing, irrigation, process water or emergency reserve?
VolumeHow much water is needed and for how long?
QualityWhat contaminants or conditions must be addressed for that use?
THE WATER CYCLE
Recover more value from every useful litre.
01 • CollectCapture appropriate water before it becomes runoff.
02 • ProtectKeep debris and avoidable contamination out of storage.
03 • StoreHold enough water for the intended resilience window.
04 • MoveUse gravity or efficient pumping to deliver it where needed.
05 • TreatApply treatment appropriate to the source and intended use.
06 • ReuseWhere safe and permitted, design useful secondary applications.
WATER LIVING LAB
Measure flow, storage, treatment and useful output.
The Sustainable Oasis Living Lab can compare collection efficiency, pump energy, flow, storage behavior, filtration configurations, irrigation demand and maintenance requirements.
Water-quality claims require appropriate testing. Visual clarity alone does not establish that water is safe to drink.
WATER RECOVERY KIT
Start with collection, storage and a clear purpose.
Our Water Recovery Kit pathway is designed to organize compatible components around a complete job: capture water, route it, store it and prepare it for an appropriate use.
Explore the Water KitMEASURE WHAT MATTERS
A water system should become understandable.
CollectionHow much water can the catchment realistically recover?
StorageHow much usable reserve is available before overflow or depletion?
FlowCan the system deliver the required volume at the needed rate?
EnergyHow much electricity is required to pump and treat the water?
QualityWhich relevant water-quality indicators have actually been tested?
MaintenanceHow often do screens, filters, pumps and tanks require service?
HOW WE LABEL EVIDENCE
Water deserves careful claims.
ResearchedSpecifications and credible references have been reviewed.
RecommendedSelected for a defined water-system use case.
Lab TestedPhysically evaluated under documented Sustainable Oasis conditions.
Oasis ProvenDemonstrated successfully in meaningful real-world Sustainable Oasis use.
DRINKING WATER & SAFETY
“Filtered” does not automatically mean “potable.”
Drinking-water safety depends on the source, contaminants, treatment method, system condition and applicable local requirements. Products should be used according to their certified capabilities and manufacturer instructions. When safety is uncertain, appropriate water testing and qualified guidance are essential.
Rainwater harvesting, plumbing, greywater reuse and storage requirements can also vary by jurisdiction. Permanent systems should be designed and installed in accordance with applicable codes and regulations.
WATER + THE OASIS
Water connects almost every other system.
Water recovery can support gardens. Pumps consume energy. Sensors can reduce overflow and detect leaks. Storage affects site design. Treatment affects health and maintenance.
That is why Sustainable Oasis treats water as infrastructure—not an isolated appliance.
BUILD YOUR WATER PATH