new to salt...

  • We are currently upgrading MFK. thanks! -neo
You need more "basics" - salwater life needs stability - ph of 8-8.5 - salt doesn't evaporate, freshwater top off to keep stable salinity - w/c's of at least 10% weekly for stable buffering capacity Yes, yes, and yes.- increased water circulation as calcium, magnesium, and salt can fall from solution Unless he's planning on freezing his water solid, precipitation is hardly a concern. I'd be 10x more worried about the buffer solution et al precipitating out in their containers than in the tank. Besides, circulation wouldn't prevent that anyways.- lighting for corals , LED or 10,000K as they generate some of their own food (photoplankton) There's more than one optional lighting source for corals (and what you've listed was only one lighting option and a light color? Intentional?) T5's (my favorite), Power Compacts, Metal Halide, along side LED. LED is the most expensive, followed by Halide, but the put out the best quality light. T5's and PC are about the same price but T5's are considerably better IMHO and a 6+ bulb configuration is satisfactory for pretty much any coral in all but the deepest of tanks. And some combination of 10,000, 14,000, 16,000K lighting with an actinic back up is usually the coral light color of choice. The specific configuration depends on whether you want growth or color or some intermediate.- A heater is a must, salinty fluxates with tempature changes, Benifical Bacteria(BB) grows faster in temps of 78-80. More surface area for BB, your tank should have at least 1/3 it's total volume as pourous calcium rock either live or base. A test kit is a must as cycling saltwater tanks takes 4-8 weeks after that corals and inverts need specific calcium, magnesium, alkaline, and super low phosphate parameters. Some corals and inverts cannot survive in water with alot of dissolved protiens - hence for corals a good potien skimmer is a must.

With 1 Live rock - 2 fish and 2 hermits ,uncycled tank, inadaquet BB filtration, poor water circulation, sub-standard lighting, and no heater your "basically" lookin' at an Algae, Parasite, Harmful Bacterial, and Poisonous gas breeding ground that cannot support marine life. Maybe take the fish and hermits back and start over - sorry if this isn't what you wanted to hear but I call'm like I see'm.
Some comments.
 
also just noticed your other post. thanks.


corrals dont give back to the tank besides looking good??

i guess more details questions for now would be the calcium mangnisum and buffering. could someone break that down on what they do and general 411 on that??
 
im in it to hear all opinions. thanks for the info.


so protien skimmers removes dissolved protiens in the water from food or what not that are to much to corrals. okay a protien skimmer is starting to make more sence on what it does. do corrals eat particals that are floating thru the water??

whats the theory behind a refugium (sorry if i butchered that spelling really bad)

where does the calcium and magnesium come from?? what do they contribute to??

thats all i can think of for now. if i know why things work it makes it easier to understand how i need to go about things.

Protien Skimmers aren't limited to dissolved protiens they can remove some solids as well. Dissolved protiens can come from food but also from aquatic life itself in the form of decompostion. They also add oxygen to the water.

There are many types of corals - some do eat dissolved matter, others eat microalgaes, microbacterias, and microplanktons to name a few food sources. It's not so much "what" they eat as to the gases generated from physical decompostion of matter IE; Nitrate. Too much dissolved protiens can cause unhealthy rises in Nitrate, in other cases to much protiens can cause obnoxious algae blooms that attach themselves to corals preventing them from opening to feed as well as rob it from there source of light.
Phosphates are also generated from decompostion this can prevent corals/inverts from processing calcium.

There are many types of refrigiums - they are basically a "refugee" tank for other types of aquatic life and flora still using the same water source as the "show" tank. Some refrigiums are used to grow Nitrate eating algae while others are used to grow food sources like copapods and others still to raise new born fish.

Most calcium and mag come from the salt source - some corals absorb it and use it to grow as do shrimp, crabs, clams, mussels etc... as well as the colorful coraline algae. Other sources of calcium are Live rock, Agronite, and either liquid or powder suppliments.
 
if you are looking at ordering live rock or other live or dry goods take a look at premiumaquatics.com Thier Manado live rock is off the charts and way cheaper than your average LFS live rock. I would wager that the live rock in my tank is nicer and more porous than 95% of other tank owners anywhere and it all came from thier stock.
 
for less expensive lighting and protein skimmers also take a look at aquatraders.com

I would suggest getting all of your equipment up and running and not stringing it out as it can be hard to get motivated to do once everything is going despite the drastic benefits. Do some searching on here and you will find all of the information that you could ever need.
 
that puts things into a clearer perspective, thanks.


alot of this stuff is over my head but it gives me a starting point for my research.


any and all info/tips is appricated.
 
thanks, ill have to look into that for the rock. it would cost about 350$ at my lfs to get all the live rock i need.
 
thanks for the added info.


what is buffer solution, what exactly is it doing?


Some Fish keeping PH basics - and before anyone gets nit-picky about PH being a negetive decimal logarithm of the hydrogen ION activity within solution and it's corralation to carbondioxiode emissions, sulfate and flouride IONs, and their relation to the oceans carbonate system - This is a BASIC overview.

PH is a Hydrogen Ion measurement system - Nuetral PH is 7 @ 77 degrees- PH lower than 7 has more Hydrogen ions and called Acidic. PH Higher then 7 has less Hydrogen Ions and is called Alkyline. Natrual Seawater for the most part is PH 8-8.3 - in the "wild" PH is basically governed by numerous outside sources like Tannic acid leach from flora lowering the PH value or a single water source feeding a sulfer rich enviorment raising the value. In aquaria PH is generally giverned by the water source you use to fill or change out your aquarium. The most imporatant thing is that it is stable - not fluxuating suddenly. Things like temperature and sunlight or lack there of also raise and lower PH as well as an over abundance of decomp.

Buffering solutions come in both liquid and solid - they are used to raise or lower the PH value of the water source. My tapwater is PH-8, after combining with Red Sea Salt Pro which contains good levels of Mag ,Calcium, and other minerals, my already alkyline water raise to a stable PH -8.5 with lights on and stable temps of 75. Some ppl aren't as fortunate, their water source can be so acidic they need to raise the PH or the opposite too High in Alkalinity they need to lower it.
 
okay thanks.

now that you spelled it out for me i realised what your talking about. i think i was a little confussed on the comment buffering compacity but i asked my question wrong. my bad. so keep it to 10% water changes so the buffers can do there job and not overwhelm the tank?? is that what thats getting at??


on a side note, dont try and break up crushed corral to try and make it more sand like. it just turns into powder and is making a big mess in the tank. wish i would have waited till i could have just got more marine sand now. the tank is gonna need a gravel vacumming but i have been trying not to mess with it to much while its setting up.
 
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