Is API Co2 Booster Safe For Shrimp?

One of the main reasons for poor plant development in aquariums is a lack of carbon. To support the photosynthetic process and convert light energy into new plant development, API(r) CO2 BOOSTER product delivers crucial liquid carbon to planted aquariums. Simple carbon compounds are supplied to aquarium plants by the API CO2 BOOSTER product, which also gradually releases CO2. The product can be used independently or with CO2 systems. Use is secure around freshwater fish and won’t change pH.

  • Is aeration and/or water circulation less effective for API CO2 BOOSTERTM product than they are for CO2 gas?
  • A gas or API CO2 BOOSTERTM?
  • Why may API LEAF ZONETM plant fertilizer only be dosed once every seven days although API CO2 BOOSTERTM product can be dosed daily?

The reason for re-dosing every 24 hours is that the API CO2 BOOSTER product chemically degrades to deliver carbon to plants in less than 24 hours. Over the course of 24 hours, the organic substance gradually degrades, enabling the plants to absorb what they require. To allow for a weekly dose, API LEAF ZONE plant fertilizer remains stable in the water until the nutrients are absorbed by the plants.

Can shrimp be used with API CO2 BOOSTERTM?

Shrimp can be used with API CO2 BOOSTER products without any problems. The recommended dosage should be followed.

  • Does the level of KH or any other water parameter affect the efficacy of the API CO2 BOOSTERTM product?

Not at all, no. The water’s chemical composition is not changing sufficiently to affect water quality measures.

  • Does the quantity of plants in an aquarium affect how much API CO2 BOOSTERTM product is needed?


I am aware that injected gas CO2 is not the best thing for shrimp, but would you be able to acquire enough liquid carbon to keep the plants healthy and developing if you use Excel or API as a co2 booster?

If I had to choose, I would chose Excel over a dose of continual CO2. Other fertilizers are OK in low doses, but I’ve heard a lot of horror stories with shrimp and Excel.


Using flourish with prawns and snails is totally acceptable. If my memory serves me well, you fill a tank to the first line with one cap for every 50 gallons, and each thread mark on the interior of the cap represents a fifth of a cap.

Although I haven’t used it, I think the API CO2 booster is just another glutaraldehyde product like Flourish Excel or Metricide. You should be alright if you start with a half dose and gradually increase it to a full dose. I had no problems using Flourish Excel in my shrimp tank.


I want to emphasize that liquid carbon, such as gluteraldehyde, WILL make your shrimp hazardous at a certain dose level. I must emphasize this. Your shrimp WILL DIE IF YOU OVERDOSE. This substance is poisonous and is used as a tissue fixative in biology labs. It is also a recognized carcinogen. If you dose normally or less, you should be fine, but your shrimp will eventually start to feel the effects of this thing. Don’t do it at all. If you’re keen on adding carbon, make some inexpensive DIY CO2 canisters or shell out cash for a CO2 system.

Liquid carbon: What is it?

Does pressured CO2 gas get replaced by liquid CO2? Many planted tank specialists concur that liquid carbon is a poor substitute for CO2 gas, despite the fact that it is frequently advertised as a source of carbon. Since it is simpler and quicker to directly access CO2 from the air, many aquatic plants actually prefer to develop with their leaves above the water. In order to aid their underwater plants, individuals therefore install sophisticated tanks that add extra CO2 gas to the water at concentrations between 10 and 30 ppm. Initial research has measured the amount of CO2 released from suggested liquid carbon dosages, and the results were noticeably less than pressured CO2. In reality, a typical aquarium produces about 3-5 ppm CO2 in the water, which is still higher than what liquid carbon appears to supply. This is due to good surface agitation and gas exchange utilizing an air stone or filter.

Although liquid carbon is sometimes advertised as a pressurized CO2 gas replacement, we find it to be more effective as an algal growth inhibitor.

What distinguishes liquid carbon from activated carbon? Liquid carbon is used in planted tanks while activated carbon is used for chemical filtering, despite the similarity in their names. A particular kind of filter medium known as activated carbon can effectively remove drugs, tannins, and other pollutants from water.

Fish are harmed by liquid CO2, right? When used as instructed, Easy Carbon is safe for aquarium fish, shrimp, and snails, though we can’t answer for other manufacturers.

Does shrimp require CO2?

Generally speaking, when a planted tank lacks sufficient SO2, plants are sure to suffer from stunted growth, which may negatively impact your shrimp. Let me go into further detail on this.

In a tank with shrimp, plants are crucial. They offer extra surface area, aeration, hiding areas, and chemical filtration.

The addition of more CO2 surrounding plants is comparable to the addition of more nitrogen to the soil. They begin to prosper. As a result, our shrimp are directly impacted by the health of plants. CO2 is not what shrimp require; they need strong plants.

Is shrimp safe to consume Easy Carbon?

Easy Carbon contains chemical substances that are known to limit the growth of algae in planted aquariums, making it a product designed to be an algae inhibitor. In turn, plants frequently develop more quickly and healthily as a result of less competition from algae for nutrients and carbon dioxide.

Dosing with Easy Carbon is simple. Easy Carbon is contained in one milliliter of each pump. Safe for Snails, Fish, and Shrimp.

What percentage of CO2 do shrimp produce?

According to environmental costs, a simple shrimp cocktail can be the most expensive dish at a normal restaurant, researchers suggested on Friday.

A 100-gram (3.5 ounce) dish of seafood “has an ecosystem carbon footprint of an amazing 198 kilograms (436 pounds) of CO2,” according to ecologist J. Boone Kauffman, if it is produced on a typical Asian fish farm.

One ton of carbon dioxide is produced by a one-pound (454-gram) package of frozen shrimp, according to Kauffman, an Oregon State University researcher who travels to Indonesia for studies.

He said to members of the American Association for the Advancement of Science that he created the comparison to aid the general public in understanding how decisions about land use affect the ecosystem.

According to Kauffman, 50 to 60 percent of shrimp farms in Asian nations are situated in tidal zones, primarily on removed mangrove forests.

In a paper made available to AFP, Kauffman noted that, excluding emissions from farm development, feeds, supplements, processing, storage, and shipping, “the carbon footprint of the shrimp from this land use is about 10-fold greater than the land use carbon footprint of an equivalent amount of beef produced from a pasture formed from a tropical rainforest.”

According to him, the farms are ineffective since they only produce one kilogram (2.2 pounds) of shrimp for every 13.4 square kilometers (five square miles) of mangrove, and the ponds they build are drained between three to nine years due to illness, soil acidity, and contamination.

Intact mangrove forests are important for protecting coastal ecosystems and populations from storms and tsunamis, like the Indian Ocean tsunami in 2004 that claimed the lives of almost 230,000 people, according to Emily Pidgeon of Conservation International.

The issue, according to her, is that the worth of intact mangroves is difficult to quantify and that the majority of shrimp farms are located in underdeveloped regions where conservation is difficult to afford.

Adding that Kauffman’s carbon measurements offer another another justification in favor of protection, she added, “It’s tough to find the funds to accomplish it, or the political will.”

The snappy shrimp cocktail estimate is a component of the relatively recent scientific and economic discipline known as ecosystem services, which use models to gauge the economic worth of forests, grasslands, streams, and even the air to human populations.

We shift the scale of greenhouse gas emissions from global to personal scales in order to understandably demonstrate how deforestation and land cover change contribute to global climate change, according to Kauffman.

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Is shrimp safe to use Excel?

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In your tank, Flourish Excel acts as a source of carbon dioxide to encourage plant growth. While this kind of material has a range of uses, it must always be treated carefully to prevent harming marine life.

There is no straightforward yes/no response to this query. It can either be safe for shrimp to consume or dangerous, depending on how you use it. It is safe for shrimp to receive when supplied properly. Although Flourish Excel’s manufacturer claims that it can be introduced to your tank at any time, it is advised that you do so as soon as the aquarium lights come on.

Flourish Excel is used by plants during photosynthesis. Plants photosynthesize in the presence of light and nutrition. The plants will release oxygen while absorbing carbon dioxide through their leaves, which is good for the shrimp in the tank.

You must learn how to use Flourish Excel, though, in order to protect your shrimp and the rest of your tank.