Once a fish keeper has graduated from simply having a couple of tanks in the lounge room the thoughts of expansion begin. Why not use all or part of the garage or the garden shed to house the fish? This is the logical progression, but the decisions to be made at this point should not be rushed. The setting up of a fish room can be the most important thing in this hobby. It is often the design and layout of the room that ultimately leads to success or failure, and if you will stay in the hobby for a lifetime or burn out within a year.
How large or small the area you use for the room depends on a number of factors. Things like location, available space, type of fish to be kept and budget will all govern the size of the room. Needless to say, the room will never be big enough. The construction of the room itself varies depending on the skills of the owner and if the building is to be constructed from scratch or simply converted (e.g. an existing garage). The external shell is relatively unimportant - brick, tin, fibro, weatherboard and just about any other building material are suitable.
Windows and skylights are good to provide natural light to your fish room, but they can also be the point of greatest heat loss. All glass openings must be double glazed. Suitable windows can be purchased or easily made by the handyman. The basic principle must be known to take advantage of this technology. It works like this: the air trapped between the two sheets of glass acts as a barrier to the heat, much the same way as a diver's wet suit. The two sheets of glass must be close together (i.e. about 15 mm) and the air must be sealed in between the sheets. If the air is not sealed between the sheets, or the gap is too large, then it won't work and all the effort is wasted. Doors should fit well in the jam and have a draft excluder fitted underneath.
A door closer is also a good idea, to make certain that it is not left ajar.
Heating is the major running cost in keeping fish when away from tropical areas. So once you have worked out the best way to keep the heat in, the next step is to work out the best way to generate the heat. Firstly the most costly way to heat your tanks is individual aquarium heaters in all tanks, so this should be avoided. Heating the whole room is therefore the best. Gas is the most cost effective energy to heat the room, however, some heater designs are much better than others.
Models with a "Power flue" are superior to all others. These units draw air from outside and then return the exhaust gas back outside. The next best are any other flued models. Other models without flues should be avoided. Your local gas supplier should be consulted to ensure your choice is safe for your application. Reverse cycle air conditioners are the next most cost effective . The best way to run them is for only 3 one hour sessions in a 24 hour period. This can be accomplished by using an electronic timer purchased from a hardware shop. The correct times and settings for the air conditioner will be achieved by monitoring the tank temperature in the room each night, and then again in the early morning before the lights come on, and finally in the middle of the day. This will avoid you being in the room when the heater is on, and avoid heat loss from you coming and going from the room.
So, now your building is complete and you are ready for the tanks. The amount of planning you do here will directly influence the amount of time you spend on maintenance and the amount of water you can have in the room. My personal preference is to have wide tanks to maximize the amount of water per unit area. I also believe in having overflows in the tanks and some degree in automation in the area of water changing. My fish rooms have long racks or stands that suit tanks of equal width and height. The lengths of tanks can vary depending on needs.
For example the bottom and middle rows can be 18 inches high and the top row 24 inches high. Having your stands set up this way is the most efficient way to maximize total water capacity and all commercial fish rooms are done in this manner. Most people use either wood or steel to make their stands. Both materials must be painted to ensure long life.
Lighting in the fish room is usually less important than in a display tank in the lounge room. I have always designed my rooms as a cost saving exercise. So I only use ceiling lights above the aisles between the tanks. I have a couple of regular aquarium lights that can be moved to a specific tank if necessary.
At this point I will give you an example of one of my rooms. The building is approximately 30 feet long and 9 feet wide (about the same as a garage for two cars, one behind the other). There are about 60 tanks from 40 liters to 1,800 liters, and the total capacity is 13,000 liters. All tanks except the two largest tanks (1,800 and 800 liters) are on air operated aquarium filters, including four 5x2x2 tanks. The total average energy costs $4.50 / week in gas and $11.50 / week in power.I consider this to be a very cost effective room for the large amount of water.
In conclusion, think carefully before you start, look at other people's fish rooms, ask other society members how their rooms are set up, and if they have any problems with their rooms and how they can be rectified.
Please try not to make the same mistake more than once. Remember, planning ahead will make your room neater, much more functional, and more enjoyable for you and your fish.
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