Source portfolio
Surface, groundwater, utility, reclaimed and captured precipitation assessed for reliability and local consequence.
DNA TECH GROUPContact Water + infrastructure
Design within
the watershed.
Water strategy begins with local conditions and ends with an operating system: source, quality, treatment, use, recovery, discharge and the people who share the basin.
RESOURCE / PROCESS / PLACE01
Water balance
Every flow needs a source, purpose and destination.
Fit-for-purpose use
Water quality matched to each process, reserving potable supply for uses that require it.
Reuse + recirculation
Segregated streams, treatment and storage increase the useful work delivered by each unit of withdrawal.
Responsible release
Discharge quality, timing and receiving conditions treated as design constraints with measurable controls.
02
Infrastructure pathway
Plan the water system before the site plan hardens.
Early water work changes site selection, production technology, cooling architecture, land use, permit strategy and community engagement. Deferring it turns a design input into a constraint.
- 01
Read the basin
Stress, competing demand, climate exposure, regulation and ecological thresholds.
- 02
Define the demand
Normal, seasonal, peak and emergency profiles by required quality.
- 03
Build the portfolio
Diversified sources, storage, treatment, reuse and contingency pathways.
- 04
Instrument the system
Metering, quality monitoring, leak detection and accountable operating limits.
03
Decision framework
Different sectors. Different water questions.
Cooling architecture follows the basin.
Thermal performance, climate, water availability, energy use and service commitments belong in one design comparison.
Reliability depends on timing and quality.
Salinity, soil conditions, crop sensitivity, seasonal availability and drought rules determine whether a source is operationally useful.
Quality should match the process.
Separating high-purity, utility and recoverable streams reduces treatment burden and creates practical reuse loops.
Shared systems require shared visibility.
Clear boundaries, monitoring and public-facing evidence support trust where infrastructure and local supply interact.