Shoreline and shallow-water research bases for in-situ marine chemistry, biology and contaminant-flux studies in a corrosive, high-energy environment.
The constraints that shape every design decision
Persistent salt spray and immersion attack metals, connectors and seals, demanding marine-grade materials throughout.
Shoreline and shallow-water installations must survive wave impact, surge and storm debris.
Rapid biological growth on intakes and optics degrades data unless actively managed.
Our response to the environment above
316/duplex stainless, sealed marine connectors and sacrificial protection give a long service life in salt exposure.
Energy-dissipating mounts and protected intakes keep the bench operating through high-energy events.
Copper guards, UV and wiper systems on wetted optics hold marine fouling off the sensors.
The marine setting punishes anything that is not built for it. We specify wetted materials, connectors and anti-fouling around the chemistry being measured, so the station returns a calibrated, comparable record rather than a slowly corrupting one.
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.