Ocean Direct Download

i had 3 bags of the caribsea fiji pink live sand that has a noticeable amount of water in it. I added a bag of the carib direct thinking it would be similar; boy was I wrong. It had tons of big chunks, lots of crushed coral pieces, and shells. I ended up having to sift thru all of the sand with two different sized strainers to get back to the uniform grain size of my original three bags.

As dry as it is, I'm not sure it's as live as carib sea's other offerings are. On the bright side, I was able to separate two extra grades of sand from the carib direct bag. One is a larger grained crush coral (about 4 lbs) that i'm gonna use in my refugium, and about 1 lb of shells and rock rubble that i use to attach frags to.

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Hey guys. I just had a quick question about the caribsea ocean direct live sand. This is the one that supposedly has 1000x more benificial bacteria. Is this a good choice for my 38 gallon reef setup? I will be adding live rocks as well to my system. Any other reccomendations are greatly appreciated!

Our team based in Puerto Varas is in constant relationship with all the Chilean producers.Sourcing, negotiation, purchasing, quality control but also direct sales outside Europe, are the keywords of their daily activity.

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The received sound intensity of bottom-mounted line array varies as the submerged sound source moves in the direct arrival region, which resulting from interference between the direct and surface-reflected propagation paths, modulates with the target depth. In this work, the Fourier integral method from McCargar and Zurk [J. Acoust. Soc. Am. 133, EL320-EL325 (2013)] has been improved for depth estimation with a horizontal line array, and the matched sound intensity structure method from Zheng, Yang, Ma, and Du [J. Acoust. Soc. Am. 148, 347-358 (2020)] is introduced as a comparison. The two methods are verified in a deep ocean experiment.

In an ongoing effort to improve Arag-Alive and increase ease of use, the Bio-Magnet Clarifier is no longer in a packet inside the bag. Bio-Magnet Clarifier is now added directly to the packing solution. This will eliminate looking through the substrate for a packet and makes Arag-Alive even easier to use.

This live sand utilizes Sea Breathe laser technology which preserves real live sand with its own original bacteria. Every grain of Ocean Direct is coated with bacteria and encapsulated by capillary action in a thin film of real ocean water that is open to the atmosphere for unparalleled gas exchange. Every breathable bag of Ocean Direct is alive with up to 1000 times more beneficial bacteria than other preservation methods. Each bag includes a packet of Bio-Magnet clarifier to reposition free-floating bacteria to where they are most active; sand beds, live rock surfaces, and to biological filtration media. Ocean Direct provides a thriving, natural aquarium in minutes! The 5 pound bag of Ocean Direct Live Oolite has a typical grain size between 0.25 mm and 1.0 mm and features an average density of 96 pounds per cubic foot.

Direct Funding Project Awards are one of a suite of competitive calls under the Our Shared Ocean Programme that will address specific ocean, climate and sustainable blue economy related challenges faced by SIDS; support the building of scientific and technical capacity to address such challenges; and promote the exchange of knowledge and expertise between Irish institutions and their counterparts in SIDS to underpin longer-term cooperation.

Every bag of Ocean Direct is alive and breathing with up to 1000 times more beneficial bacteria than other preservation methods. Every grain of Ocean Direct is coated with bacteria and encapsulated by capillary action in a thin film of real ocean water. Want more info?

Besides, say the researchers, the concentration of the gas in seawater is over 100 times higher than in air. So removing carbon dioxide from oceans should be less expensive and energy-intensive than direct air capture, which is slowly gaining traction globally.

A vacuum chamber removes carbon dioxide from the water as it passes through into the second cell. In the second cell, a reverse voltage soaks up the protons, turning the acidic water back to alkaline, so it can be released back into the ocean.

These carbon dioxide removal modules could be installed on cargo ships plying the oceans, or on platforms located near offshore wind farms or floating solar islands, the researchers say. The system could also be integrated with processes such as desalination that already have installed facilities to handle seawater. The captured carbon dioxide could be injected directly into geologic structures under the seabed for long-term storage, or could be collected on land to make fuels or chemicals.

A simple, clever twist in solar tower design produces power 24/7A simple, clever twist in solar tower design produces power 24/7Unlike conventional unidirectional towers, which rely on hot air rising, the new design combines the upward and downward flow of air, more than doubling power output

Carbon capture/removal is expected to play a crucial role in climate change mitigation. Apart from capturing CO2 directly from the industrial emission sources, the toolbox is now extended to develop technologies to remove CO2 directly from the atmosphere. Latest development is to target the green transformation by developing and maturing promising technologies that remove and permanently store CO2 from the atmosphere thus generating so-called negative emissions. These are also referred to as climate-positive technologies. This article reviews the studies which have been performed on the available technologies for ''direct CO2 removal from seawater'', also known as ''direct ocean capture (DOC)".

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Much of the discussion around carbon removal has centered around air capture, but traction is also building around ocean capture that would pull CO2 from the high seas. A prominent emerging player is Captura Technologies, which has gained financial backing from Equinor and Saudi Aramco through a recent series A financing round. The company believes it can bring down costs fast, its CEO Steve Oldham tells Energy Intelligence in an interview. "The big advantage of ocean-based carbon removal is the fact that the ocean already exists, it's really big, it's a proven carbon absorber, and it's available to everybody for free," Oldham says. His previous job was CEO of Canada's Carbon Engineering, the firm Occidental Petroleum picked to develop its grand DAC ambition.

CaribSea Ocean Direct Live Sand 40 lbs. Simply Natural - Enjoy this real Caribbean live sand in a breathable bag with no added chemicals or special processing. Simply Effective - Ocean Direct is different than all other live sand products on the market. This live sand utilizes patent pending Sea Breathe laser technology which preserves real live sand with its own original bacteria. Every bag of Ocean Direct is alive and breathing with up to 1000 times more beneficial bacteria than other preservation methods. Every grain of Ocean Direct is coated with bacteria and encapsulated by capillary action in a thin film of real ocean water. The thin film is open to the atmosphere for unparalleled gas exchange. This results in high counts of natural and beneficial bacteria with no noxious buildup of metabolic by products. Each bag includes a packet of Bio Magnet clarifier to reposition the free floating bacteria to where they are most active; sand beds, surfaces of live rocks, and to biological filtration media. Ocean Direct provides you with a thriving, natural aquarium in minutes. Simply Perfect - Ocean Direct supplies the perfect union of physics and biology. Ocean Direct's Original Grade is Caribbean live sand with its natural particle breakdown; an overall fine material with smooth oolitic grains on the lower end of the spectrum, increasing to small bits of real reef rubble on the high end. This grade, rich in texture and soft color, is perfect for most any marine aquaria, but especially suited for burrowing fish and invertebrates eager to use the largest bits for burrow construction. This natural rubble also recreates the natural habitat of decapods, copepods, sponges and other natural reef foods. This is the product we use in our 120 gallon experimental reef tank, and it has performed flawlessly in a very high flow environment. This material often has reef rubble in it, but about 77% of the material by weight is less than 1 mm in size (most of that being smaller than .60 mm!) e24fc04721