6.26.2014
How to Do Two-Part Dosing in the Marine Aquarium
What Chemicals Are Involved in Two-Part Dosing?
The Basic Equipment for
Two-Part Dosing
How to Dose Your Marine
Aquarium Tank
Why You Need Reverse Osmosis for Your Aquarium
The Basics of Aquarium Reverse Osmosis Units
Maintenance of a ReverseOsmosis Unit
Do Not Use
Pure Reverse Osmosis Water
Choosing the Right Water Pump for Your Saltwater Aquarium
Aside from the aquarium itself, probably the next most important piece of equipment you need for your saltwater setup is a proper water pump. Without a quality pump, your saltwater aquarium lacks good water circulation that keeps the organisms happy and the filters working. Also, the water pump is used to give power to your filtration system, and possibly other devices, such as your protein skimmer. A good water pump makes life a lot more comfortable for your marine livestock.
Types of Fish Tank Pumps
The two most common marine water pumps in use today are the inline water pump and the submersible water pump. The inline water pump tends to be the more powerful of the two, and can move more gallons of water through your system per hour. Inline pumps are set up outside of the aquarium with inlet and outlet hoses.
The submersible water pump, goes directly into your aquarium, and therefore is easier to install, because you don’t have to worry about installing a bulkhead into your filtration system. Submersible pumps are also quieter to run, since the water around the pump absorbs much of the operating noise. These pumps draw water from the filter and then send the water back through the aquarium.
Whichever pump you choose, make sure it’s rated for the corrosive saltwater environment of your aquarium.
Choose the Pump That Fits Your Situation
One key item to consider when buying a marine water pump is heat dispersion. Because the submersible sits in the actual aquarium, the pump is water cooled, and the heat from the pump operations gets released directly into the water, which may make life uncomfortable for your aquarium residents. To combat this increase in water temperatures, you will probably need to install chillers to control water temperatures. The inline pump is air cooled, so operations generated heat dissipates outside of your tank of water.
If you decide on an inline pump, you need to consider which type of inline pump works best for your aquarium. The inline pressure configuration usually puts the pump in front of a canister filtration system. Because of the location, an aquarium pump in this situation can receive tremendous backwash from the filter. In this case make sure you buy an inline pump strong enough to handle the additional pressure.
The other inline pump configuration is referred to as the inline free-flow, whereby the pump is located behind the filtration device. Because inline pumps in this position receive very little pressure, they can transfer larger volumes of water with less effort than the inline pressure configuration.
Pay Attention to Gallons Per Hour (GPH) Rating
Regardless of whether you choose a submersible or an inline pump for your saltwater aquarium, you need to have a model that is powerful enough to both run some of your other equipment, like chillers and protein skimmers, as well as give you the proper amount of gallons per hour (GPH) for your aquarium and its residents.
To figure out the amount of GPH you need, multiply the total number of gallons your aquarium holds by five. This gives you the minimum GPH for your setup. Because the GPH rating listed on the side of every pump is based on the ideal situation of your head height located at zero feet, you should consider moving up to the next larger size of pump than your aquarium technically needs. With an oversized aquarium pump, you can always do some basic plumbing work to install ball valves that allow you to reduce water flow. However, if your pump is at the minimum GPH for your aquarium, and your setup requires more than your pump can give, your only alternative is to buy another, larger pump.
Where’s the Spare?
Because a water pump is such a critical piece of equipment for your marine aquarium, it helps to have a backup plan in case your pump ever stops working. Some people keep a spare pump on hand to pop into place, when things go wrong. Another alternative is to make sure the store or company you bought the pump from has an extra pump you can borrow immediately until yours returns from the manufacturer in a few weeks.
Shop our 4th of July Sale
Today starts our 4th of July Sale. Save up to 40% on name brand such as RLSS, Aquafx and more. Earn 10x Rewards points on Reef Octopus Skimmers and Neptune Systems Controllers.
5.28.2014
Why you need a Refractometer
As a marine aquarium keeper, it’s your job to maintain an environment as close to what your organisms are accustomed to as possible. Unless your livestock came directly from Utah’s Great Salt Lake, too much salinity in your water can be harmful. However, not enough salinity also can make your fish or coral uncomfortable. This is where a piece of equipment called a refractometer comes in handy.
What Is a Refractometer?
Because a refractometer can determine the salinity of your aquarium water, it is a tool worth having on hand, especially if you have a reef aquarium. A refractometer is a piece of equipment that measures the speed of light passing through a liquid, in this case through a sampling of seawater from your aquarium. The more particulates there are in the water, the slower light travels through the water. Depending on where the light falls on the refractometer’s built-in scale determines the salinity in your marine aquarium. This also allows you to measure the specific gravity of your seawater. The specific gravity is the density of salt in your aquarium water as compared to fresh water.
The determination of salinity is based on the index of refraction. For example, if you use your refractometer in a vacuum, such as in outer space, the device’s index scale should read 1.0000. The index for pure water is 1.3330. For seawater at 35 parts per thousand (ppt), the index reading should be 1.3394. If your refractometer reads higher or lower than 1.3394, then you may need to adjust the chemical composition of your aquarium water.
What to Look for When Purchasing a Refractometer
When buying a refractometer, make sure the one you choose is specifically for seawater use(Look into our Deepwater Refractometer). Many refractometers on the market are manufactured only to measure the salinity of sodium chloride solutions. These types are referred to as brine or salt refractometers. They are good for measuring the saltiness of Aunt Sally’s blue ribbon pickles, but, as you know, a marine aquarium contains more than just sodium chloride, such as trace elements, calcium, carbonates and magnesium. A seawater refractometer takes these into account.
You also want a refractometer that, once calibrated, automatically takes water temperature into consideration in the reading. Without this automatic temperature compensation (ATC), your reading can be misleading, since warmer water expands slightly, allowing light to pass through more easily. This means your tank of warm water may appear to have less salinity than is actually present.
Other handy aspects of a good refractometer include a dual scale that measures both specific gravity and parts per thousand, and an eyepiece you can adjust in order to clearly read the scale.
How to Read a Refractometer
First, open the cover to the refractometer’s prism. Using a clean pipette, take a sample of aquarium water and place a drop or two onto the prism plate, then close the cover. Hold the refractometer to the light and look through the eyepiece, adjusting the eyepiece until you can clearly see the scale. One side of the scale measures the salinity of the water in parts per thousand, which for seawater should read 35 ppt. The other side of the scale lets you know the specific gravity, which is 1.3394 for seawater.
As you look through the eyepiece, you will notice that the top part of the scale is blue, while the bottom portion of the scale looks white. Your reading should be taken at the spot where the blue and white meet on the scale.
For the serious marine aquarium person, a refractometer can be a great addition to your tool box, because you can receive more accurate readings than from the traditional hydrometer. But, the refractometer does need to be calibrated in order to give you an accurate reading. Follow manufacturer’s instructions to properly calibrate your particular refractometer.
4.11.2014
Deepwater Aquatics HOB by JNS now IN Stock
Deepwater Aquatics HOB by JNS
Overview
The Deepwater HOB Skimmer by JNS utilizes the unique ConeS bubble chamber. The unique shape of the bubble chamber is designed for mixing of air and water to eliminate the turbulence in the skimmer. By eliminating turbulence you greatly enhance the efficiency of the protein skimmer.
The Deepwater HOB skimmer is rated for aquariums up to 75 gallons and is light enough to be used on smaller nanos or even rimless aquariums. All Deepwater Skimmers are made with high quality cell cast acrylic and engineered to outperform its competitors and deliver the performance you need for a reef or marine fish aquarium.
Functionality
Our unique larger slanted collection cup design ensures maximum removal of unwanted orgranics. Package the collection sup with our new ConeS designed bubble plate and Shark 1.0 pump, you now have one of the best performing HOB skimmers on the market.
Noise Cancellation
We know aquariums can be noisy, we combat this by mounting the pump within the skimmer and including an air silencer to keep noise to a minimum.
Easy Setup
The Deepwater HOB is extremely easy to set up and maintain for beginners to advanced users. The collection cup is removable so it makes cleaning a breeze.
Specifications
Deepwater Aquatics HOB Skimmer by JNS
Dimensions
L7.9" x W4.2" H14.5"
Pump
Shark 1.0
Power Consumption
11 Watts
Outlet Size
3/4"
Volume Rating
up to 75 Gallons
4.04.2014
Choosing LED Lighting for your aquarium
Choosing LED Lighting for your aquarium
Whether you’ve had a saltwater aquarium for many years, or you are a newcomer to the world of aquariums, one critical aspect of your aquarium setup is the lighting. Not only does good lighting make your aquarium look outstanding, but it also can be crucial to the life and growth of any organisms you decide to raise.
The latest way to light up an aquarium is with LED bulbs, both because of their longevity and small carbon footprint, and because of the wide variety of spectrum options and intensity now available in LED bulbs. Below are some tips on how to choose the right LED lighting for your particular aquarium setting.
Consider the Organisms You Support
The types of organisms you raise in your saltwater aquarium can help you determine what kind of LED lighting you need. For example, if you have clams, coral or some types of plants that grow at somewhat deeper ocean depths, these organisms have adapted to the blue and white wavelengths of light, and the choice of LED bulbs should reflect this.
For aquarium setups with vast amounts of plants, blue and red wavelengths are the most crucial for the plants to effectively photosynthesize and live healthy lives. But with LEDs, you can also literally have your cake and eat it, too, because they allow you to create a natural looking light that mimics both sunlight and moonlight, while providing your organisms what they need for a proper environment.
Choose the Color for the Effect You’re Looking for
Once the light needs of your organisms are met, you get to play with a whole spectrum of colors, depending on the way you want to present your aquarium. Most advanced LED systems these days allow you to choose your spectrum and come with multiple colors installed from the factory such as the Aqua Illumination Hydra.
For example, if you want a true realistic water shimmer in your aquarium, concentrate more on white LED channels that give your setup an appearance of being in the sunlight.
LED lights in the blue spectrum, such as actinic LED bulbs, can really bring out the details and beauty of your living coral reef. LED lights that enhance the color of the water from the warmer end of the spectrum are very good for bringing out the best in livestock when all your aquarium holds is fish.
Other Considerations When Choosing LED Aquarium Lighting
In the case of LED lights for saltwater aquariums, the best rule of thumb is to buy the best system of lighting you can afford, and any LED lighting system you buy may have a hefty price tag. But the more expensive LED lighting systems from a well-known manufacturer will carry better custom support, features and warranties.
One important consideration when choosing the correct LED lights is to calculate the amount of heat given off by the bulbs. LED lights emit much lower amounts of heat than the traditional fluorescent or Metal Halide bulbs, which means that LEDs do not contribute to the heating of the water, which in turn may eliminate the need for a chiller. But the LED bulbs do release heat upward and out of the aquarium. The heat doesn’t harm your aquarium organisms, but it can reduce the lifespan of your LED bulbs, so consider adding a fan if you plan on having a large array of LED lights in your saltwater aquarium.
Below you can see a list of our best selling LED systems
- Aqua Illumination – Click here for PreBuilt Packages for standard tanks
- Ecotech Marine
- Maxspect Razor