The need
Water access can fail when pumps rely on unreliable grids, treatment is absent, aquifers are poorly assessed or maintenance has no funding source.
03 / GLOBAL WATER INNOVATION
Solar Borehole & Smart Water Hubs
Off-grid Dual-Stream Solar Borehole Water Hubs combining deep well drilling, solar submersible pumps, multi-stage ultrafiltration, IoT water flow sensors, 24/7 smart prepaid dispensers and dry-season farm irrigation.
Mission outcome & field protocol
Engineered to save lives in the real world.
Guarantee 24/7 safe drinking water during grid blackouts and typhoons while providing diesel-free groundwater irrigation for smallholder farmers. Every deployment led by 366 Industries and 1st Defence Industries defines trained local operators, aviation/maritime permissions, safety boundaries, municipal partner responsibilities and measurable telemetry before launch.
01Deep-Aquifer Borehole Drilling & 100% Solar Submersible Pumping02Multi-Stage Ultrafiltration + UV Meeting WHO & PNSDW Standards0324/7 RFID Smart Prepaid Water Dispensers Funding Local Maintenance04Inline Digital IoT Flow Sensors & Metered Smallholder Farm Hydrants
Investor & grant partner briefing / Global humanitarian efforts for safety
Explore the project. Examine the plan.
A replicable, off-grid water access model connecting groundwater assessment, solar pumping, treatment, community dispensing and measured irrigation.
Current stage: Concept and pilot development • locations and partners to be validatedProject briefs describe intended work and required evidence, not completed deployments or promised returns.
01 / Global clean-water infrastructure / The case
A long-term service, not just a drilled well
The aim is to make community water reliable, safe, measurable and maintainable after a grant period ends.
Proposed solution
Site-specific boreholes connect to solar pumps, safe storage, appropriate treatment, supervised dispensing, meters and a local operating model.
Who could benefit
Water-stressed households, clinics, emergency shelters and smallholder farms—subject to consultation, water-rights assessment and technical feasibility.
01 / Global clean-water infrastructure / Technical plan
Six linked implementation workstreams
Every site would be designed against a documented local demand assessment rather than a universal equipment template.
01 / Survey and approvals
Hydrogeology, water rights, environmental review, baseline sampling, demand mapping and community consultation before drilling.
02 / Build and commission
Permitted borehole works, pump sizing, solar/storage engineering, water-quality treatment validation and operational acceptance tests.
03 / Operations and skills
Train local operators; establish sampling schedules, preventative maintenance, spares inventory, fee safeguards and outage procedures.
01 / Global clean-water infrastructure / Funding
What a funder would finance
Site-specific costings, procurement quotes and a staged disbursement plan must be attached before making a formal funding request.
Capital works
Geophysical studies, drilling, sanitary protection, pumps, solar modules, batteries if justified, storage, filtration, meters and civil works.
Community capacity
Independent water testing, technician training, safeguarding, accessibility, documentation and start-up maintenance reserves.
Financing approach
Potential mix of project grants, corporate sponsorships, local co-funding and separately negotiated investment. No investor return or cost-saving outcome is guaranteed.
01 / Global clean-water infrastructure / Impact metrics
Evidence donors and grant reviewers can audit
Performance claims will be measured after commissioning against a baseline and publicly distinguished from targets.
Water access
Commissioned uptime, liters dispensed by use category, service hours, breakdown duration and households reached—without identifying residents.
Safety and resilience
Independent drinking-water laboratory reports, response to failed samples, power-outage performance, extraction monitoring and aquifer stewardship.
Community outcomes
Affordability surveys, operating costs, maintenance reserve balance and farmer uptake compared against locally verified baseline data.
01 / Global clean-water infrastructure / Due diligence
Documents required before deployment
The items below are requirements for a credible grant or investment package—not a claim that they are already completed.
Technical assurance
Water-use permits, hydrogeology report, treatment process design, lab results, engineer sign-offs, supplier warranties and contingency plans.
Financial assurance
Itemized bill of quantities, independent quotations, source-of-funds record, milestone budget, expense controls and maintenance commitments.
Social safeguards
Site consent, community governance, equitable access policy, grievance route, data privacy and a documented exit/asset-transfer plan.
Review the funding case or request a technical discussion.
Grant applications and investment discussions require project-specific budgets, approvals, verified evidence and appropriate legal documentation.
Operating & Grant Compliance Rules
01
Local Responders
Operate alongside coastal lifeguards, barangay councils, coast guards and municipal DRRM teams.
02
Safety & Aviation
Strict CAAP / Transport Canada / FAA flight envelopes, non-lethal wildlife protocols and fail-safe return-to-home.
03
Open Telemetry
Log flight hours, predator detections, rescue drops and liters dispensed for grant auditors.
04
Self-Sustaining
Combine website revenue allocations, grants and local maintenance reserves for long-term operation.