Fresh Water Systems
Water resource management and infrastructure
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Global Energy and
Resources Organisations
Water resource management and infrastructure
Water is not an isolated utility; it is the constraint and the enabler for mines, refineries, agriculture, cities, and industry. GEROS is sector‑agnostic because the same intake, treatment, reuse, and conveyance systems that secure town water also de‑risk flotation plants, micro‑refineries, and textile mills. By planning one regional water architecture—surface and groundwater, desalination where needed, wastewater reuse, flood control, and storage—we lower capex per user, protect basins, and raise social licence across all sectors we serve.
We assemble hydrogeologists and basin planners, process‑water and desalination engineers, irrigation specialists, utility finance experts, and digital twin modelers—then pair them with membrane, pump, and SCADA vendors; pipeline and dam EPCs; and O&M partners. That coalition delivers bankable designs and competent operations: Potable and industrial water (conventional coagulation/filtration, ultrafiltration, activated carbon); Desalination (seawater and brackish RO with energy recovery); Wastewater and reuse (MBR/MBBR, tertiary filtration); Irrigation modernization (canal lining, SCADA gates, drip/sprinkler retrofits); Storage and flood management (multipurpose reservoirs and managed aquifer recharge).
Desal and high‑grade reuse are energy intensive. We integrate gas‑to‑power and renewable hybrids to lower kWh/m³ and pair process heat opportunities (e.g., from LNG regas or refineries) with thermal desal where justified. Mines and minerals plants are scheduled with water availability in mind, and tailings/wash water circuits are sized to minimize freshwater withdrawals.
Distribution networks leak; non‑revenue water (NRW) silently destroys economics. We introduce pressure management, DMA zoning, smart meters, and acoustic leak detection, tied to AMI/MDM systems that reduce apparent and real losses. Industrial users adopt reliability‑centred maintenance on pumps and membranes to protect uptime.
We structure performance‑based PPPs that reward NRW reduction, quality compliance, and service hours. Tariffs are staged (lifeline, social, industrial) with transparent cost‑recovery plans. Blended finance from DFIs and climate funds lowers the cost of capital for reuse and desal components.
We fund watershed conservation, erosion control, and reforestation upstream. Community WASH programs and transparent water dashboards build trust. Where indigenous or community rights apply, we embed FPIC processes and grievance mechanisms.
Basin‑level digital twins simulate storage, droughts, and demand growth. Plant‑level models optimize recovery and cleaning cycles. Online sensors verify turbidity, TOC, nutrients, pathogens, and metals for regulatory reporting; alarms feed emergency response. A single water dashboard serves regulators, lenders, and the public.
Supply reliability (hours/day, pressure bands), NRW %, specific energy (kWh/m³), reuse ratio (% of demand), water quality compliance (% days within limits), customer response time, local‑content O&M staffing, safety metrics.
A nation‑scale water backbone that secures towns and industry, de‑risks mining and processing, and unlocks agriculture—delivered with transparent performance and shared benefits.
Structured investment vehicles designed to align sovereign interests with strategic resource development.
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