The OP's tank is done initially cycling. He added the bacteria. It's done and over. The bacteria is there. It's present and consuming waste from the clownfish.
As far as exactly how much ammonia is absorbed by the carbon, I don't know, I don't have a lab. Plus not every carbon surface is the same. Air phase carbon (what you were citing) is completely different than carbon used for aquariums. Believe whatever you want, but I can assure you the people I cited know what they're talking about.
So essentially my dear boy, "because it's on the internet, it must be true". I have no qualms about permanent. My job is troubleshooting. Finding the cause and FIXING it. Not patching it. That right there says you do not like to research. "I don't know, I don't have a lab". Do you have carbon? Can you buy ammonia? Do you have a test kit? Albeit it won't be an ICP grade test, are you not capable of performing this test? I'd be kind to help you out, except I'm currently four hours away from my house and testing supplies. Though I will need to the next time I am at home and buy pure ammonia. This topic has actually arisen several times in the last few weeks. I have yet to see someone else taking your standpoint. But I am curious to see the results, and if Randy has any input or knowledge to the cause and effectiveness. Unlike yourself, I don't simply take someone's word. Yet there are grades of respecting their knowledge and verifying it yourself.
Let me give you two definitions. Qualitative: "relating to, measuring, or measured by the quality of something rather than its quantity. (of an adjective) describing the quality of something in size, appearance, value, etc. Such adjectives can be submodified by words such as very and have comparative and superlative forms."
Quantitative: "1. that is or may be estimated by quantity.
2. of or pertaining to the describing or measuring of quantity."
"The OP stated he's been testing." "The material will not normally remove MUCH ammonia from the water." Using qualitative, this could be based vs 100 ppm or 1,000,000. It could also be based upon the flow. "Not much" compared to 1,000,000 COULD be 1,000 ppm. Then again it could be 0.1 ppm. It's all relative. Though when placing a fish in a solution with 0.1 vs 1,000 ppm, your outcome will vary drastically.
Quantitatively, showing the efficiency with different flows would show the actual effectiveness. Basic scientific paper requirements and recommendations for writing a paper.
Now that we have reached elementary english, you have still failed to respond to how you know, for a fact, that, "The OP's tank is done initially cycling. He added the bacteria. It's done and over." I would like to see the detailed analysis, including the proof.
The funny thing my dear boy, I do intend to test, Though from your statements, I have a feeling you do not, at the time of me writing this, have a plan to also test. You are simply following, "Because it's on the internet, it must be true. They can't lie". The irony here, I have no issue admitting I'm wrong, or that I do not know something. I've admitted it on here several times in fact. You can look at my previous posts with your extra time.
Though I must also admit that I can curious about the exact differences in your statement of "Air phase carbon (what you were citing) is completely different than carbon used for aquariums." They are indeed designed for different applications, but what are the significant ("completely different") differences you speak of?
Certainly an entertaining conversation. :thumbsup: