My non-traditional thoughts and actions.
I would never consider running less than 12 hours of light a day; typically, I run 16 hrs. p/day. I squeeze every bit of fast growth possible from my plants. Indeed, I pay for most (and usually all) of my hobby supplies from selling and trading fish and plants to local plant stores and hobbyists. These supplies I gain are tanks, stands, filters, food, meds, etc. Or, in other words, my hobby costs are next to none!
I believe the greatest benefit of injecting Co2 is causing the PH to lower towards the acid (I believe plants are more responsive to obtaining carbon from decaying vegetable materials.) Indeed, I have had the best luck with plants (and, therefore, the least algae problems) with a PH of ~6.8. I further believe that the greatest benefit one realizes from Flourish Excel is its' algaecidal properties. SeaChem cannot state the algaecidal properties of Excel, for some, as yet, unexplained reason(s) (patents perhaps?)
Personally, I have found that hydrogen peroxide is great for removing/stopping algae blooms/growth. I typically run 1ml p/gal in tanks with algae problems. I run this peroxide treatment for days, even weeks. At times, I have used 1.5ml p/gal, or even higher. Some fish show distress at the 1ml and higher doses, I then run .5ml p/gal in those tanks (you will find some plants can be damaged also, main ones which come to mind are vals); and, the period of treatment at these low doses can turn into months, if peroxide is used alone.
Here is an example of my handling of algae:
Earlier this year, I went on vacation. When I came back from vacation, family business kept me busy for a couple of months. A thirty-five gallon tank of mine developed severe algae problem. I removed the algae from the front and side glass with a scraper. I vacuumed the gravel. I cleaned the filter and replaced the media. I lowered the PH to 6.8. I began using 35ml of hydrogen peroxide p/day, introduced into the intake of the filter--so as it would be gently dispersed into the water column. I used Flourish Excel as per SeaChems instructions, adding it a couple of hours after the peroxide (peroxide is quickly reduced to oxygen and simple water in the aquarium.) Within a couple of weeks, only mere traces of algae could be seen on glass, ornaments, plants and the green water was completely gone. I ceased all treatments when not even a trace of algae could be found in the tank.
Long ago I gave up homebrew methods of Co2 injection. I then went to a large Co2 cylinder and continued the injecting, until I became tired of this also. Now, I use Metricide in place of Flourish Excel to prevent/control algae (I found a very cheap source which is local to me), and introduce carbon to the water column. Currently, I am using a 'green manure' system of providing carbon in a more natural way to the water column. This involves dissolving plant material(s) (such as grass clippings) with hydrochloric and sulfuric acids. Then buffering the resulting 'soup' with calcium hydroxide to near neutral PH. I then inject this 'soup' into the water column to provide carbon (nutrients and micro-nutrients are also being provided by this.) I think this is very close to natural; in that, nature provides the most carbon to aquatic plants, in the wild, in the form of decaying vegetable matter.
And, I like to experiment and refine my methods; I am sure you can tell. If my eyes tell me something, I am quick to find out if they are correct.
Regards,
TA
ok thanks everyone!
I would never consider running less than 12 hours of light a day; typically, I run 16 hrs. p/day. I squeeze every bit of fast growth possible from my plants. Indeed, I pay for most (and usually all) of my hobby supplies from selling and trading fish and plants to local plant stores and hobbyists. These supplies I gain are tanks, stands, filters, food, meds, etc. Or, in other words, my hobby costs are next to none!
I believe the greatest benefit of injecting Co2 is causing the PH to lower towards the acid (I believe plants are more responsive to obtaining carbon from decaying vegetable materials.) Indeed, I have had the best luck with plants (and, therefore, the least algae problems) with a PH of ~6.8. I further believe that the greatest benefit one realizes from Flourish Excel is its' algaecidal properties. SeaChem cannot state the algaecidal properties of Excel, for some, as yet, unexplained reason(s) (patents perhaps?)
Personally, I have found that hydrogen peroxide is great for removing/stopping algae blooms/growth. I typically run 1ml p/gal in tanks with algae problems. I run this peroxide treatment for days, even weeks. At times, I have used 1.5ml p/gal, or even higher. Some fish show distress at the 1ml and higher doses, I then run .5ml p/gal in those tanks (you will find some plants can be damaged also, main ones which come to mind are vals); and, the period of treatment at these low doses can turn into months, if peroxide is used alone.
Here is an example of my handling of algae:
Earlier this year, I went on vacation. When I came back from vacation, family business kept me busy for a couple of months. A thirty-five gallon tank of mine developed severe algae problem. I removed the algae from the front and side glass with a scraper. I vacuumed the gravel. I cleaned the filter and replaced the media. I lowered the PH to 6.8. I began using 35ml of hydrogen peroxide p/day, introduced into the intake of the filter--so as it would be gently dispersed into the water column. I used Flourish Excel as per SeaChems instructions, adding it a couple of hours after the peroxide (peroxide is quickly reduced to oxygen and simple water in the aquarium.) Within a couple of weeks, only mere traces of algae could be seen on glass, ornaments, plants and the green water was completely gone. I ceased all treatments when not even a trace of algae could be found in the tank.
Long ago I gave up homebrew methods of Co2 injection. I then went to a large Co2 cylinder and continued the injecting, until I became tired of this also. Now, I use Metricide in place of Flourish Excel to prevent/control algae (I found a very cheap source which is local to me), and introduce carbon to the water column. Currently, I am using a 'green manure' system of providing carbon in a more natural way to the water column. This involves dissolving plant material(s) (such as grass clippings) with hydrochloric and sulfuric acids. Then buffering the resulting 'soup' with calcium hydroxide to near neutral PH. I then inject this 'soup' into the water column to provide carbon (nutrients and micro-nutrients are also being provided by this.) I think this is very close to natural; in that, nature provides the most carbon to aquatic plants, in the wild, in the form of decaying vegetable matter.
And, I like to experiment and refine my methods; I am sure you can tell. If my eyes tell me something, I am quick to find out if they are correct.
Regards,
TA