Desert hydrology, dust-deposition, oasis monitoring and archaeological-site water-chemistry baselines — solar-powered, with sand-filtered intakes engineered for abrasion and heat.
The constraints that shape every design decision
Airborne sand abrades optics, blocks intakes and fouls moving parts, demanding sealed, self-purging sample paths.
Daytime enclosure temperatures can exceed electronics and reagent limits, requiring passive shading and thermal management.
Remote arid sites offer no services; everything runs on solar with strict water- and energy-budget discipline.
Our response to the environment above
Oversized PV with dust-tolerant mounting and a thermally managed battery bank carries the station through the diurnal cycle.
Multi-stage pre-filtration and back-flushable intakes keep abrasive sediment out of the analytical bench.
Reflective, ventilated enclosures and shade structures hold the bench below its limits without parasitic cooling load.
Whether characterising oasis hydrology or establishing a water-chemistry baseline at an archaeological site, the value is in an uninterrupted, low-drift record — so the design centres on keeping sand out, heat down and the solar budget intact for years of autonomous operation.
The full remote autonomous monitoring-station programme and all deployment environments.
Read MoreA companion deployment environment.
Read MoreA companion deployment environment.
Read MoreA companion deployment environment.
Read MoreReynolds & Bauhm designs autonomous monitoring stations engineered to the specific demands of the site — survivable, self-sufficient and calibrated for a defensible long-baseline record.
Our expertise spans multiple industries with sector-specific water treatment solutions.