API AMMONIA 130-Test Freshwater and Saltwater Aquarium Water Test Kit

Product Information

Ammonia is also monitored in aquariums and fish farming applications because of its toxicity to fish. Ammonia is toxic to aquatic life, and the aquaculture industry frequently measures and controls its concentration to keep fish and shellfish alive. Regulatory requirements mandate ammonia testing and monitoring for diverse industries to protect downstream aquatic environments. Examples include wastewater, landfill, acid mine drainage and animal feeding operations where ammonia is measured in effluent, leachate, and unintended discharges. Environmental groups often test for ammonia in water bodies as part of their monitoring program to help them assess trends associated with other aquatic health indicators. Ammonia that has not bonded with chlorine during chloramination disinfection is referred to as free ammonia (both NH 4 + and NH 3). At a neutral pH and ambient temperature, almost all free ammonia exists as NH 4 +. As the pH and temperature increase, the amount of NH 3 increases and the amount of NH 4 + decreases. When chloraminated water is released, free ammonia levels increase as monochloramine reacts with various organics and bacteria in the distribution system water, satisfying the chlorine demand. Increased free ammonia levels indicate the onset of nitrification. A sudden drop in free ammonia suggests that nitrification is in process and nitrite is being formed. The free ammonia value is useful in determining the amount of free chlorine needed to increase the monochloramine residual at a booster station. The free ammonia level can be reduced by adding free chlorine at a ratio of 5:1 as Cl 2:N to guide the process and help minimize nitrification potential. Total Ammonia When the concentration of ammonia is high enough, it can alter the smell and taste of water. In industrial applications, high concentrations of ammonia can cause corrosion in pipes.

Simply run the water, open the test tube gently (do not twist the cap), and allow the water to dilute and rinse the contents out of the test tube. Avoid getting the contents of the test tube on your skin. We highly recommend testing your aquarium or pond water regularly, to ensure it remains a safe and healthy home for your fish. Testing of levels such as pH, ammonia, and nitrite can help you determine whether you may be overfeeding, and alert you to any potential issues early, when they are more easily treatable. If your water tests show that any of your water parameters are very high or very low, it is important to take steps to correct conditions for fish health and wellbeing. Monitoring the water chemistry of the aquarium or pond will allow you to catch problems before they develop. The test measures both ammonium ions and dissolved ammonia in e.g. groundwater and surface water, seawater, drinking water and aquarium water. The test kit contains the easy to use colour card.Ammonia is an inorganic form of nitrogen that contains hydrogen. It is a plant nutrient often found naturally in water at low levels due to the decomposition of organic plant or animal matter. Higher concentrations in surface waters are toxic to aquatic life. Both the Nessler and salicylate methods are based on a reaction with molecular ammonia in a basic solution. If the original sample contained ammonium ions, the basic reagents would convert it to molecular ammonia and then it will react and contribute to the final test result. However, these simple ammonia tests do not include the ammonia that is in organically bonded amino groups. A true total ammonia test would include chloramines and require heating the sample in an acidic solution to digest the organic ammonia. This kit therefore measures total ammonium in solution. At physiological pH, nearly all ammonia will exist as ammonium in solution. When the pH is low, the reaction is driven to the right, and when the pH is high, the reaction is driven to the left. In general, at around room temperature, at a pH less than 6.0, the proportion of ammonium-N plus ammonia-N as NH3 is very-very low and as NH4+ is very-very high. At a pH around 8.0 (the assay buffer pH), the proportion as NH3 is 10 percent or less. Laboratory methods measure ammonium-N plus ammonia-N. It is very difficult to directly determine the activity of aqueous ammonia, so instead the surrogate of ammonium-N plus ammonia-N is used.

P210: Keep away from heat, hot surfaces, sparks, open flames and other ignition sources. No smoking.The chemical equation that drives the relationship between ammonia and ammonium is: NH3 + H2O ↔ NH4+ + OH- Ammonia exists in water as either the ammonium ion (NH 4 +) or the non-ionized ammonia (NH 3). Non-ionized ammonia is toxic to fish, while the ammonium ion is non-toxic, except at extremely high concentrations. At neutral pH 7 and ambient temperature, almost all the ammonia exists as NH 4 +. As the pH and temperature increase, the amount of NH 3 increases and the amount of NH 4 + decreases. Analytics and Sample Preparation > Test Kits and Photometric Methods > Areas of Application > Agriculture > Ammonium

K-1503 and K-1523 Vacu-vials: 2 month limit on supply is recommended, however refrigeration can extend shelf-life. Analytics and Sample Preparation > Test Kits and Photometric Methods > Areas of Application > Waste Water > Ammonium Ammonia in groundwater is normal, due to microbiological processes. However, the presence of ammonia nitrogen in surface water usually indicates domestic pollution. Excess ammonia can damage vegetation and is incredibly toxic to aquatic life, especially at elevated pH and temperature levels. Aqua Ammonia Analytics and Sample Preparation > Test Kits and Photometric Methods > Base Parameters from A to Z > AmmoniumCategories Analytics and Sample Preparation > Test Kits and Photometric Methods > Areas of Application > Drinking Water > Ammonium Analytics and Sample Preparation > Test Kits and Photometric Methods > Areas of Application > Aquaristics > Ammonium Total ammonia is the sum of both NH 3 (ammonia, the un-ionised form) and NH 4 + (ammonium, the ionised form). Total ammonia is what is measured analytically in water. Ammonia toxicity is influenced by pH and temperature, whereby an increase in either will convert more NH 4 + to NH 3, thereby increasing toxicity. Is it correct for the #2 bottle in the API AMMONIA TEST KIT to have a slightly bigger hole in the spout than the #1 does? I’m concerned my test kit isn’t accurate because of this. Analytics and Sample Preparation > Test Kits and Photometric Methods > Areas of Application > Electroplating > Ammonium