Rockland Scientific International

AUV completes 4000-m Dive with RSI Turbulence Sensors

Fri, 03 Sep 2010 08:00:00 GMT

Ponta Delgada, August 30, 2010. IFM-GEOMAR successfully completed eleven dives with their AUV Abyss, carrying a customized version of the Rockland Scientific MicroRider sensor package. Principle Investigator Prof. Torsten Kanzow and his AUV team visited a hydrothermal field, known as Lucky Strike, west of the Azores.

Rockland signs Sea and Land Technologies Pte. Ltd. as ASEAN distributor

Fri, 14 May 2010 08:00:00 GMT

Rockland Scientific has signed an exclusive representation agreement with Sea and Land Technologies Pte. Ltd. (SALT), Singapore, to distribute RSI’s entire line of turbulence measurement instrumentation in all countries of the Association of Southeast Asian Nations (ASEAN), mainly Singapore, Malaysia, Indonesia, Brunei, Thailand, Vietnam and Philippines.

SALT has extensive technical expertise and a wide customer base throughout south-east Asia. SALT specializes in supply, system integration, service & support of high technology equipment, serving the ASEAN and the Asia Pacific countries for over 27 years. It's Survey Division supplies instrumentation and data acquisition solutions for environmental studies, oceanography, hydrography, and coastal monitoring studies.

RSI designs and manufactures high-accuracy oceanographic instrumentation for physical oceanography and limnology, with focus on small-scale turbulence measurements. Scientists in fourteen countries currently use their innovative equipment to study ocean circulation, ocean-atmosphere interaction, and nutrient transport.

Rockland Scientific International Inc.
Media Contact:
Fabian Wolk, VP Sales & Marketing
520 Dupplin Road, Victoria, B.C., Canada V8Z 1C1
Tel: +1-250-370-1688, Email: fabian@rocklandscientific.com
www.rocklandscientific.com

Sea and Land Technologies Pte. Ltd.: enquiry@sea-landtech.com.sg, www.sea-landtech.com.sg

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Imbros Inc. to represent RSI in Australia

Wed, 12 May 2010 08:00:00 GMT

Rockland Scientific Inc. is pleased to announce that it has entered an exclusive agreement with Imbros Inc. to distribute RSI's turbulence measurement instrumentation in Australia. Imbros has an extensive customer base in the Australian oceanographic instrumentation market, and its technical expertise and renowned customer service make Imbros an excellent partner for RSI.

Imbros has been operating in Australia since 1985, supplying the oceanographic instrumentation market in academic research, industry, and government. Imbros represents a variety of leading-edge instrumentation manufacturers, such as Seabird Inc. and Nortek-AS. "This is exactly the kind of technological synergy we are looking for in our representatives. Imbros will be able to evaluate our customers' requirements and offer them effective measurement solutions," said Rolf Lueck, President and CTO of RSI.

Rockland Scientific designs and manufactures high-accuracy oceanographic instrumentation for physical oceanography and limnology, with focus on small-scale turbulence measurements. RSI is an industry leader for in-situ turbulence measurements and their innovative instruments are used by researchers in fourteen countries. The latest development is the MicroSquid, a reliable plug-and-work system for eddy flux measurements.

For further information on RSI instrumentation, contact info@rocklandscientific.com or info@imbros.com.au.

XMP tested at DIMES

Mon, 15 Feb 2010 08:00:00 GMT

WHOI scientist, Dr. Lou St. Laurent, reports the successful launch of the Expendable Microstructure Profiler, XMP during the DIMES experiment that is currently under way in the Southern Pacific. The XMP reached a depth of 3800 m and showed a noise level of dissipation below 10^-10 W/kg.

Four additional XMP casts are planned for deployment in Drake passage later on during this cruise. For cruise updates, visit the cruise progress log by clicking here. For more information on the XMP, click here or send us an email (info_at_rocklandscientific.com).

The XMP used on this cruise features a new deployment system, shown in the pictures below. The expendable portion of the profiler (black, lower section) is connected to a launch platform (grey, upper section) that contains a spool of fibre optic wire through which the XMP communicates the data to the ship-board data acquisition system. The launch platform is connected to the ship by a Kevlar-reinforced cable. After deployment, the XMP separates from the launcher, which remains floating at the surface and feeds out the fibre optic wire.

2009 Year End

Thu, 24 Dec 2009 08:00:00 GMT

Rockland Scientific wishes all its clients and suppliers a Happy Christmas season and a successful year 2010.

We're closing our office between December 25 and January 3. Looking forward to seeing you again in the New Year.

RSI Expansion Plans for 2010

Wed, 25 Nov 2009 08:00:00 GMT

Rockland Scientific International is a growing company that enjoys an increasing demand for its technology and services. As part of our expansion plans for 2010 we intend to make our products available to customers in the Pacific Rim, South Asia, and India.

We are in the process of establishing a representative network in this area. Our focus for 2010 is on Australia, New Zealand, Singapore, Malaysia, Brunei, China, Taiwan, Korea, and India. We hope to announce the full list of representative offices following the Oceanology International Exhibition in early March 2010.

IFM GEOMAR Completes Successful Mission with Turbulence Glider

Fri, 20 Nov 2009 08:00:00 GMT

Marcus Dengler and his team recovered their "Turbulenzgleiter," a Webb Slocum glider carrying an RSI microRider turbulence module, near the equator west off Liberia.This was the first mission for this glider-microRider and it completed without a hitch.

Weak Mixing linked to the Risk of Uncontrolled Gas Eruption in Lake Kivu

Fri, 28 Aug 2009 08:00:00 GMT

Swiss limnologists Alfred Wüest and his colleagues are conducting a study at Lake Kivu, Rwanda, to assess the potential of uncontrolled gas eruptions and the possibility of harvesting methane gas from the lake so it can be used for power generation. The team will conduct a field experiment at Lake Kivu using a customized VMP-500 to study the astonishing double-diffusive regime that causes the gas entrapment.

The VMP-500 for this study was modified to descend at an extremely slow rate of 0.1 m/s. Typical descent rates are 0.8 m/s. The slow descent will allow the scientists to resolve thermal microstructure to study the double diffusive processes, as well as the velocity microstructure to study the turbulent mixing rates.

For more information on this research project refer to the EAWAG website at this link >>>.

Further references:

Schmid et al., 2005: Weak mixing in Lake Kivu: New insights indicate increasing risk of uncontrolled gas eruption, GGG, Vol 6(7), Q07009, doi:10.1029/2004GC000892.

Lueck, 2009: Testing of the EAWAG VMP-500 at Harry Lake. RSI Application Note AN-017.

Meet us at these Upcoming Conferences

Tue, 25 Aug 2009 23:43:03 GMT

Physical Processes in Natural Waters, 13th Workshop. September 1 - 4, 2009. Palermo, Italy. Details >>>

Warnemünde Turbulence Days. September 14 - 17, 2009. Vilm, Germany. Details >>>

Ocean Obs '09. September 21 - 25, 2009. Venice, Italy. Details >>>

CERF 2009 Estuaries and Coasts. November 1 - 5, 2009. Portland, Oregon. Details >>>

AGU/ASLO Ocean Sciences. February 22 - 26, 2010. Portland, Oregon. Details >>>

Rockland Scientific International has a YouTube Channel

Sat, 22 Aug 2009 04:21:29 GMT

Rockland Scientific now has a YouTube channel. This channel will be updated with informational videos about our instruments. Click here to check it out.