Rockland Scientific System / Package
Nemo Turbulence Mooring
Streamlined syntactic-foam turbulence mooring for high-flow tidal channels, carrying a MicroRider 1000, ADCP and ADV.
Description
Nemo was developed with Dalhousie University's Ocean Acoustics Lab to capture turbulence microstructure in high-flow environments such as tidal channels. The streamlined syntactic foam buoy uses a passive fin and yoke for stability and orientation into the flow.
Key features
- Nose-mounted MicroRider 1000
- Upward- or downward-facing ADCP and an ADV
- Battery for at least 14 days of continuous measurements
- Deployed in flow speeds up to 5m/s
Applications
Turbulence characterization for tidal energy research and other high-flow sites.
Specifications
| Flow speed | up to 5m/s |
|---|---|
| Endurance | at least 14 days continuous |
More from Rockland Scientific
- Rockland Scientific VMP-250
- Rockland Scientific VMP-500
- Rockland Scientific VMP-6000
- Rockland Scientific MicroCTD
- Rockland Scientific MicroRider
- Rockland Scientific MicroRider-G
- Rockland Scientific MicroPod
- Rockland Scientific MicroPod-EM
- Rockland Scientific FloatRider
- Rockland Scientific WISKER
- Rockland Scientific Measurement Services
- JFE Advantech Instruments (North American distribution)
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