The Large Volume Water Transfer System (WTS-LV) collects a single suspended particulate sample in situ onto 142mm filter media. Collection studies include particulate trace metals and hydrothermal vent sampling. Flow rates and filter porosity support a range of specimen collection needs. Up to 45,000L of seawater can be pumped and filtered (high capacity model).
• Maximum depth: 5,500m (Standard and Bore Hole models)
(5,000m Dual Filter and High Capacity models).
• Number of samples: Single event sampler.
•Models: Standard system, Dual Filter (separately metered, modular 142mm vertical intake filter holders for parallel filtration), High Capacity (30Ah high capacity battery for 3 times the battery power), Bore Hole (configured to fit through a 30cm hole in the ice).
• Options: 4L/min, 8L/min or 30L/min pump heads, 3-tier filter holder for an additional level of pre-filtering, 293mm filter holder, trigger start (time synchronizes multiple samplers) and vertical intake filter holder.
Up to 25-hour mission duration
Speeds up to 4.2 knots
Increased module payload capacity
Search and recovery
Hydrography
Deep sea mineral exploration
Marine & Fisheries research
The Parflux Sediment Trap collects the export flux of settling particles in oceans and lakes. The wide collection funnel features a hexagonal grid top. The Sediment Trap stores samples in...
Read moreThe Imaging FlowCytobot (IFCB) uses a combination of flow cytometric and video technology to capture high resolution (up to 1 μm) images and optical data of suspended particles in-flow, from...
Read moreThe McLane Moored Profiler (MMP) vertically profiles the water column at 25cm/sec, traveling along a fixed wire carrying an array of sensors. Profiling depth, time intervals, and pressure stops are...
Read moreGlobal Innovation, Local Expertise: The SeaBat T51 R and BlueZone Partnership
In a field where accuracy is everything, the SeaBat T51‑R emerges as the ultimate tool—pairing Teledyne’s world‑leading innovation with BlueZone’s trusted regional expertise. As hydrographic surveying demands higher accuracy,...
Read MoreThe Future of Mine Warfare: Faster Detection, Safer Operations, Greater Coverage with Kraken SAS
Faster Mine Detection. Safer Naval Operations. For decades, naval mines have remained one of the most effective and affordable maritime threats. Capable of disrupting sea lines of communication, delaying...
Read MoreA Legacy of Defence Support. A Future of Service Capability.
From mine warfare systems to advanced oceanographic sensors, Australia’s underwater capability relies on more than cutting-edge technology; it depends on the expertise that keeps it operational. In an environment...
Read More