McLane Sediment Trap

McLane Sediment Trap

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 individual sample bottles. Sampling is pre-programmed or adaptively triggered from an on-shore device.

• Maximum depth: 7,000m (10,000m deep model available).
• Number of samples: 13 or 21 of 250mL or 500mL.
• Models: Standard models collect 13 or 21 samples, the Mk8-13 model is half the size of standard models and collects 13 samples of 250mL or 500mL.
• Options: Wet Sample Divider (WSD-10) to split wet samples, Ethernet communication, tilt sensor, and pressure sensor.

Key Features

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

Mark 78 Sediment Trap Datasheet

Download(1 MB)

Mark 8 Sediment Trap Datasheet

Download(1 MB)

WSD 10 Datasheet

Download(1 MB)

Product Enquiry

    Product Enquiry


    Related Articles

    EverClean: Revolutionising Hull Cleaning with Robotic Precision

    Hull cleaning just got smarter—meet EverClean, the robotic game-changer saving ships up to 20% in fuel costs while keeping divers out of harm’s way    BlueZone Group recently had the...

    Read More

    Navigating Futures: BlueZone Inspires Students at Hunter Defence Expo

    Showcasing Marine Defence Capabilities, Empowering STEM Students Through Hands-on Engagement and Industry Collaboration   This month, BlueZone Group had the opportunity to attend The Hunter Defence Industry Expo, a 2-day...

    Read More

    From Shipwrecks to Shorelines: The Multi-Disciplinary Power of StarFish Side Scan Sonar

    From shallow water environmental surveys to deepwater archaeological exploration   Blueprint Subsea’s ‘StarFish’ side scan sonar delivers high-resolution, compact underwater imaging that’s redefining shallow water survey capabilities for marine professionals...

    Read More