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Hydra Aquatics BioPellet Reactor w/ 600 Grams of Brightwell Aquatics Katalyst Bioreactive Filtration Media
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Hydra Aquatics BioPellet Reactor w/ 600 Grams of Brightwell Aquatics Katalyst Bioreactive Filtration Media

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Item #: AZ214651P

$149.99
$149.99
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Hydra Aquatics BioPellet Reactor FR-30 Information The Hydra Aquatics Biopellet Reactor is a great piece of equipment used to boost biological activity in an aquarium with the use of biopellet media. The reactor works by pu...
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Hydra Aquatics BioPellet Reactor w/ 600 Grams of Brightwell Aquatics Katalyst Bioreactive Filtration Media Information



Hydra Aquatics BioPellet Reactor FR-30 Information

The Hydra Aquatics Biopellet Reactor is a great piece of equipment used to boost biological activity in an aquarium with the use of biopellet media. The reactor works by pushing a stream of water through an accelerator which agitates the media and puts it in motion within the reactor. This process is called fluidization. The efficiency of the media is increased it churns inside the reactor. The filtered water is then returned to your aquarium.

One of the greatest advantages the Hydra Aquatics Biopellet Reactor has over its competitors lies in its innovative design. Hydra Aquatics has solved the two most common problems that plague standard media reactors by incorporating an inverted conical bottom and a top-fed flow accelerator.

Most media reactors use a bottom-fed flow diffusion method through a plate. This smooth, constant flow is typically referred to as up-flow or reverse flow. Unfortunately, using this type of flow inside a media reactor usually causes lighter filter media to clump at the top and denser media to settle at the bottom. Using Hydra Aquatics inverted conical bottom and top-fed flow accelerator design, it is impossible for the media to clump together or settle completely at the bottom.

Using our flow accelerator technology combined with an inverted conical bottom we are able to create specific internal flow patterns. The flow within the reactor keeps media suspended at all times. We guarantee the best water-to-media contact as your media of choice is circulated for 100% full saturation. Flow can easily be controlled using a gate valve or at the pump.

Having proper media saturation and keeping media in suspension will greatly increase contact time of water-to-media. Reactor media that is at a standstill is less efficient as the saturation levels are lowered. With reactor media in full suspension, you are increasing surface area to water contact time which in turn gives you the best results for whatever media you are using. Hydra Aquatics Biopellet Media Reactor is efficiently designed to give you the most out of your choice of media.

Recommended Feed Pump: 600-1500 L/H (150-375 GPH)
Media: 50-600ml

Brightwell Aquatics Katalyst Bioreactive Filtration Media 600g Information

Overview
  • Bioactive filtration media, providing an ideal colonization substrate and a suitable source of organic carbon to beneficial microbes responsible for uptake of nitrate and phosphate.
  • Helps decrease latent organic material, and hence nitrate and phosphate concentrations, in aquaria, greatly simplifying and improving nutrient control relative to methods based solely upon using vodka or other alcohol/sugar solutions as organic carbon sources.
  • May be used with MicroBacter7 and/or as part of a low-nutrient approach to aquarium husbandry.
  • Improves water clarity through remineralization of latent dissolved organic compounds present in system.
  • Safe for use in all freshwater and marine aquaria, including planted and reef systems.
  • Made in the USA. Sold by mass, not volume; 1 g = ~1.6 ml of competing media.
Technical Background:
In all aquaria, it is prudent to establish a stable nutrient budget in which the rate of nutrient export is not greatly exceeded by the rate of nutrient input, and vice versa; in the proper physical and chemical conditions, the former imbalance leads to increased presence of nuisance organisms such as filamentous algae and cyanobacteria, whereas the latter leads to malnourished aquarium inhabitants. The nutrients of greatest concern to most aquarists are nitrate and phosphate, both of which require active removal and/or remineralization in aquatic habitats to ensure that they do not exceed concentrations that are deemed as safe for the ornamental organisms inhabiting those systems, or that would otherwise impact the appearance of the system, itself. KATALYST provides a static surface for colonization by beneficial microbes, while at the same time providing them with a source of organic carbon, which is required for the uptake of nitrogen and phosphorus compounds (including nitrate and phosphate, respectively).

In this fashion, KATALYST improves nutrient-uptake efficiency relative to systems employing only live rock, live sand, and/or inert plastic material as a substrate for microbial colonization. The colonization of KATALYST with the appropriate types of nutrient-remineralizing microorganisms, such as those found in MICROBACTER7, serves to deplete existing concentrations of dissolved organic material from the aquarium. Instructions and Guidelines: KATALYST should be housed in a media reactor, canister filter, or fluidized-bed reactor with a means of controlling water flow through the media bed, and with a pre-filter in place to restrict particulate material from entering the reaction vessel. Moderate water flow will discourage the accumulation of latent organic material in the media bed, itself, and will improve overall results.

Dissolved oxygen concentration and/or pH in the aquarium may temporarily decrease when new media is added; ensure that adequate aeration of water is employed at all times when using KATALYST, and monitor and adjust pH as necessary. In marine aquaria, maintain operation of protein skimmer at all times to ensure that adequate degassing and oxygenation of water is taking place. Systems with [NO3-] and/or [PO43-] <5 ppm and 0.02 ppm, respectively: employ ~1 g of KATALYST per 2 US-gallons of water in aquarium system. Add 1 ml MICROBACTER7 per 20 US-gallons in system daily for first 4 weeks to seed KATALYST media. In systems with elevated concentrations of these nutrients, employ up to twice the afore-mentioned mass and volume, respectively, of KATALYST and MICROBACTER7. Allow at least 4 weeks for media to become adequately colonized for significant changes in nutrient concentrations to become evident. When nutrient concentrations drop below the target values (user-defined), decrease the daily dosage of MICROBACTER7 to maintain these levels. Replenish KATALYST media as necessary to counter gradual dissolution (on the order of months) that is the result of microbial consumption of the material. The rate of media deterioration is largely related to the nutrient load in the system: the higher the rate of nutrient input, the more quickly the media will be consumed by microbes.

Caution: Keep out of reach of children. Not for human consumption.
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