AML Oceanographic Logo

AML Oceanographic

Company Type
Equipment & Instrumentation
AML Oceanographic Logo

+1 250 656 0771

Z3535FS
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Company Snapshot
Company
AML Oceanographic
Headquarters
Sidney, Canada
Founded
1974
Company Type
Private
Company Size
11-50 employees
Regions
North America
Industries
Coastal EngineeringFisheries & AquacultureMarine Renewable EnergyMarine Science & TechnologyOffshore ConstructionOffshore Oil & GasOffshore Wind EnergyPorts, Harbours & TerminalsSubsea Cables & Pipelines
Media

About Us
AML Oceanographic is a top provider of hydrographic and oceanographic sensing systems, including the world's only automated real-time underway profiling solution. Supported by over 40 years of experience, we help survey organisations around the globe reduce data collection costs while improving data quality. The pioneer of time-of-flight sound velocity, we are known for our field-swappable Xchange™ sensors and modular SVP, CTD, and multiparameter X•Series instrumentation. Our award-winning UV biofouling control reduces maintenance requirements of in-situ deployments by preventing marine growth on critical surfaces. Through proven technologies and outstanding service, we are committed to the success of our customers. We stand behind our promise, "We Make it Easy,"​ with financial guarantees. Visit our website to learn more.
 
Services & Activities
Expertise
Data & CommunicationHydrography & GeophysicsMeasurement & InstrumentationOceanographyTesting & Calibration
Case Studies
Fugro Germany Marine mobilised the Moving Vessel Profiler System (MVP200) as part of the survey equipment aboard the Survey Vessel Fugro Discovery in order to meet the client's requirement to perform a sound velocity cast at least every two hours. Working on behalf of the Norwegian Hydrographic Service on the MAREANO 2017 Project, the Fugro Discovery ... Moresurveyed an area of 3,220 km² in the Barents Sea. During 16 operational days, 130 of 150 Conductivity, Temperature and Depth (CTD) Profiles were automatically taken using the Moving Vessel Profiler (MVP) system in water depths up to 400 m.

The MVP System proved itself to be very reliable, robust and relatively easy to operate. The capability to perform CTD cast while the vessel is underway not only saves a lot of time and labour but contributes to increased Multibeam data quality and significantly increases daily and overall production.

Paul Rybinski – Party Chief
MV Fugro Discovery Fugro Germany Marine GmbH
The CTD Profiles were verified and applied instantly to the EM712 Multibeam Echosounder acquisition software (Kongsberg SIS). With an average survey speed of 9 knots, the MVP towfish equipped with an AML Micro CTD was constantly towed behind the vessel; casts were performed with a vessel speed between 4 and 8 knots (depending on the desired profile depth). The MVP System proved itself to be very reliable, robust and relatively easy to operate. The capability to perform CTD cast while the vessel is underway not only saves a lot of time and labour but contributes to increased Multibeam data quality and significantly increases daily and overall production. CTD casts are performed regularly or as soon as the environmental conditions change due to fluctuation of surface sound velocity for example; The CTD profiles are applied immediately without the need to stop data acquisition.

During the MAREANO survey campaign, the Fugro Discovery worked in areas where drift ice was present. When surveying in vicinity to isolated ice bergs or drift ice, the sound velocity in the upper water column was changing rapidly and the MVP system was used advantageously to ensure that the Multibeam Echosounder (MBES) was frequently updated with the correct sound velocity and absorption coefficients while the vessel was under­way constantly acquiring bathymetric data.
Background The Integrated Mapping for the Sustainable Development of Ireland's Marine Resource programme, INFOMAR, is Ireland's national marine mapping programme. It is the successor to the Irish National Seabed Survey (INSS), and is a joint venture of the Geological Survey of Ireland (GSI) and the Marine Institute (MI), funded by the Department of ... MoreCommunications, Climate Action and Environment.

The overarching objective of the INFOMAR programme is to create a range of integrated seabed mapping products for the entirety of Ireland's offshore waters. In order to achieve this, INFOMAR deploys a range of survey vessels, from small craft operating in the near shore areas to ocean going research vessels such as the RV Celtic Explorer and RV Celtic Voyager.

The use of the MVP allowed vessel speed to be maintained, reduced the number of line turns required during the survey, and is estimated to have increased the survey coverage and efficiency by 12%.

Thomas Furey
INFOMAR Joint Programme Manager, Marine Institute of Ireland

The Celtic Sea

During the last two years, INFOMAR offshore mapping focused on the SE Celtic Sea, an area of importance for shipping, and of significant economic value for fisheries having been designated in 2003 as a Biologically Sensitive Area by the European Commission.

The Celtic Sea is a complex area from an oceanographic perspective with a transition from stratified to mixed water occurring in the eastern extent towards the entrance to the Irish Sea. It tends to be more stable and stratified however with uniform thermocline development and regular seasonal and tidal variability in the central area.

Objectives
During 2017 survey planning, to better control sound velocity variability in the water column in this challenging area and to improve multibeam data integrity, it was decided to recommission the MVP200 system, which had not been utilised for several years. The specific objectives were to:

Increase survey efficiency

Allow better sound velocity controls on the echo sounders and improve overall data quality

Add value to the data set for research collaboration in an important fisheries ground. More specifically, to investigate the nature of internal waves and variability of the thermocline.

With advance instrumentation calibrations and lab support on planning and engineering requirements to recommission the MVP200 provided by AML engineers, followed up by onsite support during mobilisation, the MVP200 was fully operational prior to vessel departure for survey.

The hydrographic survey took place between the 21st of July and the 5th of August, with the core Irish scientific team augmented by two international research groups, as part of Ireland's Atlantic Ocean Research Alliance endeavour on collaboration. Prof. John E. Hughes Clarke led a team from the Centre for Coastal and Ocean Mapping (University of New Hampshire), and students joined from the BEAMS programme in the University of Charleston.

A specific focus of the research led by Prof. Clarke is to define methodologies to image and automatically extract the thermocline variability from the underway acoustic imagery (EK60 or Multibeam Water Column (WC) data). The use of the MVP was critical in supporting this research in order to directly measure the location of the top and bottom of the thermocline for comparison with its acoustically imaged depth at the various operational EK60 frequencies. Related research activity also focused on multispectral backscatter analysis, and use of the onboard ADCP to define tidal current regimes.

Equipment

To facilitate the extent of research undertaken in parallel with the core mapping activities, a complex instrumentation array were configured and synchronised in order to avoid acoustic interferences. In summary the following acoustic array was used:

Multibeam Echosounders: EM1002 (95 kHz), EM302 (30 KHz) + WC, EM2040 (200 KHz) + WC

Singlebeam Echosounder: EK60 (18, 38 and 120 kHz)

ADCP: Ocean Surveyor (75 kHz)

Sub-Bottom Profiler: ECHOES3500 Chirp (1 to 10 KHz)

Survey Results

The MVP was deployed off the starboard aft side of the vessel using a boom to keep it as far away as possible from the magnetometer cable. The MVP sensor was deployed almost continuously at survey speed of 7.5 to 8 knots. The recovery messenger was deliberately located so that the sensor would sit at ~4.5 to 5.5m at normal tow speed. This matches the depth of the EM302 array. The MVP was routinely launched to ~10m off the bottom every ~half an hour. As the survey consisted of ~2 hour lines, this typically provided 4 to 5 profiles during each survey line.

In total, over 4000 km of survey line acoustic data were acquired and over 500 MVP casts were taken in 14 days. The use of the MVP allowed vessel speed to be maintained, reduced the number of line turns required during the survey, and is estimated to have increased the survey coverage and efficiency by 12%.

The frequency at which MVPs were taken meant that the sound velocity control for the echo sounders was greatly enhanced.

The preliminary results on thermocline studies indicate a strong correlation between the EK60 data, Multibeam WC data, and the MVP data. With hydrographic effort and accuracy requirements anticipated to rise in the future, an increasing need to better understand oceanographic variability to underpin ecosystem and climate studies, and finally with technology scale down, multi-sensor MVP data acquisition will likely become routine in future ocean mapping initiatives.
Events
Ocean Business, 9-11 April 2019, National Oceanography Centre (NOC), UK. Firmly established as one of the most important international events in the ocean technology calendar, Ocean Business 2019 is FREE to attend and is expected to attract more than 5,000+ visitors from over 60 countries.... More

At the very heart of Ocean Business 2019 is a three-day exhibition of over 360 companies, bringing together the world's leading manufacturers and service providers in the industry. More than just a static exhibition, Ocean Business 2019 provides visitors with an opportunity to test-drive equipment and systems, with over 180 hours of live, free to attend training and demonstration sessions, on vessels, at the dockside, in the test tank and in seminar rooms.

In addition, Ocean Business 2019 offers a selection of associated events from several key organisations in the industry, a two day technical conference and Ocean Careers, a three day event providing advice on career opportunities within the ocean technology, marine science and offshore industries.

#oceanbiz
This September the Global Wind Summit in Hamburg is the biggest and most important meeting of the wind industry worldwide. It combines the world’s leading expo for wind energy - WindEnergy Hamburg and the global conference of WindEurope to create a high-powered, unique platform for business, networking and information - onshore and offshore. These ... Moretwo top events, the expo and the conference, will be held side by side from 25 to 28 September 2018 at the Hamburg Messe site.

Exhibitors, visitors and conference participants are expected from some 100 countries. In nine exhibition halls more than 1,400 exhibitors will be present and some 35,000 trade visitors are expected. The WindEurope Conference, to be held inside the exhibition, features more than 500 speakers and presenters, providing a first-class programme on the issues facing the global wind industry for round about 2,000 delegates.
Oceanology International, 13-15 March 2018, ExCeL, UK. Oceanology International, held in London in its 49th year, has firmly established itself as the world leading ocean technology marine science exhibition and conference. Every edition, Oceanology International brings together the latest technologies and thought leaders worldwide.... More

Attracting visitors from a variety of industries, including oil & gas, marine renewables and maritime defence, Oceanology International gives the opportunity for buyers and suppliers to do business in one location. Oceanology International offers structured networking opportunities to help suppliers establish relationships and secure business on a global scale.

The next show will take place from 17-19 March 2020 in London.
Connections
ECHO81 is a trusted equipment provider specialising in hydrographic and geophysical operations. The company was founded to provide the industry with comprehensive solutions to ensure customer satisfaction and ongoing productivity. We are also recognised for our integrity and commitment to client service. Your priority is our priority!... More

ECHO81 offers a full-suite of services, including equipment sales and rentals, software, training, and technical support.

So if you have a question, require a new piece of kit, or need to learn how to use the one you have, give us a call! We have the in-house expertise to get you up and going.

Our services and support are available globally.
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Phone
+1 250 656 0771
Head Office
2071 Malaview Avenue West, Sidney, British Columbia V8L 5X6, Canada