Getting the Hang of Great Marine Scientific Equipment for Rental

Posted by Allison Smith on January 13th, 2021

You don’t need to have years of experience in your belt in the ocean industry in order to be a great part of an ocean engineering expedition. Whether it be determining the position of your boat to the seafloor or telling whether or not you may be facing a storm, marine scientific equipment can be the flashlight for your team in the cave of underwater exploration. Whether it be testing the depth of the waters that you’re working in, checking up on the velocity of the currents of the water you’re occupying, or being able to have eyes underwater on the seafloor, ocean equipment for rent can be the difference-maker in your overall ocean engineering performance. However, as you may know, if you work in marine operations and engineering, knowing how to operate these machines is a highly necessary skill when it comes to boarding a boat or manning a computer onshore. 

So without further ado, let’s look at a particularly fascinating piece of ocean engineering machinery – the acoustic doppler current profiler. The current profiler is unique because it is positioning equipment that is not used to measure the position of a static, concrete object. Rather, it tracks the course of water traveling through the oceans at particular depths and heights of the ocean. It can be incredibly useful in telling a team how far they are from massive currents, and if those currents will derail their desired project. With a doppler current profiler, you can effectively discern the patterns of the water moving around your general area, and even out to a particular radius around your boat. You don’t have to be surprised when a storm comes with meteorological technology, and you don’t have to be surprised by rises in waves or currents if you can see the speeds of the water in your vicinity.

Having a Haul of Ocean Survey Equipment to Get the Most Out of Your Ocean Engineering Expeditions

In essence, ocean survey equipment is following an acoustic beacon that the machine itself produces. Using this beacon, those working in the technical team on the boat or even on the shores can follow this acoustic beam around, even finding the ways that speeds up or slows down in certain columns of water. Within these columns of water, certain portions will be more or less conducive to sonar feedback. The areas that respond quickly will give you the ability to flexibly continue or pause your experiments, and the areas that don’t respond quickly may raise a red flag that you need to pay attention to. 

Let’s face it: marine scientific equipment is not the easiest, most recognizable form of technology. In fact, to most this scientific machinery will seem foreign, and nearly impossible to understand. But if you break down the processes of these machines into simple steps, using concepts that are familiar in their basic components, then understanding the whole of the process becomes a lot easier. With the help of an acoustic doppler current watcher, you can use soundwaves within the water to see how your boat is doing in the waters. With winches and cranes, you can lower and raise items in and out of the ocean that may be key for your team to conduct its business.

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Allison Smith

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Allison Smith
Joined: September 13th, 2019
Articles Posted: 9

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