Deep-Aquifer Borehole Drilling
Aerial drone watershed surveys, resistivity siting, deep borehole drilling, sanitary seals and food-grade uPVC casing tapping climate-resilient groundwater aquifers.
Co-funded by our website & commercial platform revenues and international WASH grants, our Dual-Stream Solar Borehole & Smart Water Hubs combine deep well drilling, off-grid solar pumping, multi-stage filtration, IoT water flow sensors and 24/7 smart prepaid dispensers to serve rural homes, blackout-hit communities and smallholder farms globally.
In rural Ilocos Norte, Philippines and underserved regions globally, communities face two compounding water crises: a severe 6-month dry season that dries up shallow wells and parches smallholder farms, and frequent Super Typhoons and grid brownouts that disable municipal electric water pumps for days or weeks. Meanwhile, up to 40% of traditional charity-drilled wells fail within three years because they lack off-grid solar power, IoT flow telemetry and local maintenance revenue. We solve all three problems in one permanently sustainable system.
Every Dual-Stream Solar Borehole Hub combines proven hydrogeological drilling with automated clean-tech hardware, IoT grant telemetry and transparent community governance.
Aerial drone watershed surveys, resistivity siting, deep borehole drilling, sanitary seals and food-grade uPVC casing tapping climate-resilient groundwater aquifers.
100% solar-powered borehole extraction with LiFePO4 battery buffering into elevated storage tanks—guaranteeing pressurized water for homes and communities during grid power outages and Super Typhoons.
Automated sediment, ultrafiltration membrane and UV/chlorination treatment engineered to meet World Health Organization (WHO) and Philippine National Standards for Drinking Water (PNSDW).
RFID card and mobile-wallet dispensing that cuts household safe drinking water costs by 60–70% while automatically funding a transparent local Barangay Maintenance Reserve.
Inline digital water flow meters, pressure sensors and aquifer level probes providing real-time drawdown protection, grant audit logs and predictive maintenance alerts before breakdowns occur.
Metered raw borehole water routed to smallholder farm supply hydrants—eliminating expensive diesel pumping fuel during 6-month dry seasons in Ilocos Norte and globally.
A replicable, off-grid water access model connecting groundwater assessment, solar pumping, treatment, community dispensing and measured irrigation.
The aim is to make community water reliable, safe, measurable and maintainable after a grant period ends.
Water access can fail when pumps rely on unreliable grids, treatment is absent, aquifers are poorly assessed or maintenance has no funding source.
Site-specific boreholes connect to solar pumps, safe storage, appropriate treatment, supervised dispensing, meters and a local operating model.
Water-stressed households, clinics, emergency shelters and smallholder farms—subject to consultation, water-rights assessment and technical feasibility.
Every site would be designed against a documented local demand assessment rather than a universal equipment template.
Hydrogeology, water rights, environmental review, baseline sampling, demand mapping and community consultation before drilling.
Permitted borehole works, pump sizing, solar/storage engineering, water-quality treatment validation and operational acceptance tests.
Train local operators; establish sampling schedules, preventative maintenance, spares inventory, fee safeguards and outage procedures.
Site-specific costings, procurement quotes and a staged disbursement plan must be attached before making a formal funding request.
Geophysical studies, drilling, sanitary protection, pumps, solar modules, batteries if justified, storage, filtration, meters and civil works.
Independent water testing, technician training, safeguarding, accessibility, documentation and start-up maintenance reserves.
Potential mix of project grants, corporate sponsorships, local co-funding and separately negotiated investment. No investor return or cost-saving outcome is guaranteed.
Performance claims will be measured after commissioning against a baseline and publicly distinguished from targets.
Commissioned uptime, liters dispensed by use category, service hours, breakdown duration and households reached—without identifying residents.
Independent drinking-water laboratory reports, response to failed samples, power-outage performance, extraction monitoring and aquifer stewardship.
Affordability surveys, operating costs, maintenance reserve balance and farmer uptake compared against locally verified baseline data.
The items below are requirements for a credible grant or investment package—not a claim that they are already completed.
Water-use permits, hydrogeology report, treatment process design, lab results, engineer sign-offs, supplier warranties and contingency plans.
Itemized bill of quantities, independent quotations, source-of-funds record, milestone budget, expense controls and maintenance commitments.
Site consent, community governance, equitable access policy, grievance route, data privacy and a documented exit/asset-transfer plan.
Grant applications and investment discussions require project-specific budgets, approvals, verified evidence and appropriate legal documentation.
Solar submersible pumps and elevated storage keep multi-stage filtered water flowing to homes and 24/7 Smart Prepaid Water Dispensers even when typhoons or brownouts knock out municipal power grids.
Explore humanitarian impactSmallholder farmers growing rice, garlic, shallots and vegetables receive metered groundwater through IoT water flow sensors—eliminating crippling diesel pump fuel costs during the dry season.
See community modelsAffordable RFID prepaid water credits (saving families 60–70% vs. vended water) combine with our website revenue pledge to fund filter replacements, local caretaker stipends and technician servicing.
View Grant & Audit ModelOur deployment model is structured in measurable, audited stages so grantmakers, government partners and local barangays can verify every liter delivered.
Commission 1 complete Dual-Stream Solar Borehole Hub serving 250+ rural households (~1,250 residents) and 35 smallholder farms in Ilocos Norte, validating 99%+ uptime during grid brownouts.
Deploy 6 Dual-Stream Solar Borehole Hubs across water-scarce barangays in Ilocos Norte, serving ~9,000 rural residents and 300+ farming households with full IoT flow telemetry and certified water lab verification.
Collaborate with Canadian (NRC IRAP) and Philippine (DOST / Mariano Marcos State University) researchers on predictive pump diagnostics, drone watershed mapping and sustainable aquifer recharge modeling.
Scale to 500+ community water and coastal safety hubs across the Philippines, Southeast Asia, Sub-Saharan Africa, Latin America and rural North America via WASH grants, LGU Calamity/Development Funds and platform revenue co-financing.
Canadian R&D & Corporate Lead1st Defence Industries & 366 Industries (British Columbia, Canada) lead systems engineering, IoT flow sensor/controller R&D, North American procurement and institutional compliance.
Philippine Field & Drilling HubActive SEC/DTI-registered operations with founders and field crew physically based in Ilocos Norte, Philippines—handling borehole drilling, barangay deployment, NWRB permitting and local maintenance.
United States EntityWyoming LLC operations supporting US clean-tech equipment sourcing, cross-border commercial operations and international development grant execution.
Audit & Telemetry StandardsEvery grant-funded hub includes certified microbiological water quality testing, automated IoT liter-by-liter flow logs, gender-inclusive Barangay Water Association governance and ring-fenced financial reporting.
We welcome inquiries from international grant auditors, government agencies (DOST, NRC IRAP, Global Affairs Canada, USAID), Rotary Clubs, universities and impact funders.