Search the EPA Research Database
Project Search Result
Project Code [INF/17/003]
This information is correct as of today and is updated from time to time by the EPA to reflect changes in the management of the project. Please check back regularly for updates.
Project title
Next generation of Autonomous Upper Ocean Profiling Platform
Primary Funding Agency
Marine Institute
Co-Funding Organisation(s)
n/a
Lead Organisation
National University of Ireland Galway (NUIG)
Project Abstract
The aim of this proposal is to develop the next generation of the Air Sea Interaction Profiler (ASIP-NG). This unique instrument is an enhancement of the successful ASIP, which was developed over 10 years ago. ASIP-NG will provide faster, cheaper, and better ocean observations to address critical issues related to climate change and ocean renewable energy, delivering:
- Increase Ocean Observation Capacity: Most ocean profilers measure the water column as they descend. ASIP-NG is unique in that it profiles from below, ascending through the water column and resolving processes from the mixed layer depth to the air-sea
interface. ASIP-NG can also be deployed in a moored configuration for measurements at ocean observatories and in a tidal environment. ASIP-NG is also autonomous allowing it to profile to a pre-programmed depth and specific intervals.
- Technological Enhancements: ASIP-NG will have a radically designed profiling operation using a buoyancy engine which will allow it to change its density by moving oil from an internal reservoir to an external inflatable bladder. This will allow it to descend, ascend, or
assume neutral buoyancy at any depth. ASIP-NG will also possess much improved battery technology using lithium-ion chemistry for longer deployment times. There will be a upgraded data acquisition system which can acquire data from analogue or digital sensors.
- Multidisciplinary Sensor Suite: ASIP-NG will be equipped with improved physical sensors as well as additional sensor technology
ocean biochemistry. This will open up possibilities to advance the national observational capacity to both marine energy and biological
marine resources:
- Cyclops optical sensors to quantify primary production and biochemical compounds in the water (PAR, Fluorescence, CDOM/FDOM).
- Honeywell Durafet pH-sensor for ocean acidification measurements.
- Holograpic imaging system: in-line holographic camera to obtain images of plankton for quantification and species determination.
- Nortek Vector 3D-current meter
Grant Approved
�199,599.00
Research Theme
Ireland's Future Climate, its Impacts, and Adaptation Options
Initial Projected Completion Date
30/11/2019