ICP-OES Pro Analysis
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ATI® ICP Laboratory Analyses
The foundation for every successful saltwater aquarium is correctly adjusted, near-natural water parameters. Deviating from this water composition is the most common cause of a variety of problems in the aquarium, such as algae growth or coral death.
At the same time, correctly measuring water parameters presents a major challenge. The highly precise, professional ATI® Laboratory Analyses offer you the advantage of determining key water parameters (e.g., calcium, magnesium, salinity, etc.) much more precisely and reliably than with standard droplet tests. Furthermore, you receive a comprehensive overview of a multitude of other relevant elements that can only be determined with professional laboratory analysis.
For this purpose, the ATI® laboratory uses a variety of highly specialized analytical instruments such as ICP-OES, ICP-MS, ion chromatographs, and titrators. The most suitable measurement method is used depending on the element.
The ATI® laboratory, headed by Dr. Ben Funk, draws on many years of experience in analytics. We guarantee reliable, reproducible analysis results and are always available to assist you with any questions you may have about the measurement results. Your water analysis is in the best hands with us.
At ATI®, you can choose from three types of laboratory analyses with different measurement scopes: Standard, Pro, and Ultimate MS.
| Parameter | ATI® Laboratory Analysis Standard ICP-OES | ATI® Laboratory Analysis Pro ICP-OES, IC, Titration | ATI® Laboratory Analysis Ultimate MS ICP-MS, ICP-OES, IC, Titration |
| Salinity | ✓ ICP OES | ✓ ICP OES | ✓ICP OES |
| Major Elements(without Fluorine) | ✓ ICP OES (high accuracy) | ✓ ICP OES (high accuracy) | ✓ ICP OES (high accuracy) |
| OES Trace Elements | ✓ ICP OES (medium detection limits) | ✓ ICP OES (medium detection limits) | ✓✓ ICP MS (extremely low detection limits down to the ultra-trace range) & ICP-OES |
| OES Pollutants | ✓ ICP OES (medium detection limits) | ✓ ICP OES (medium detection limits) | ✓✓ ICP MS (extremely low detection limits down to the ultra-trace range) & ICP-OES |
| Phosphorus/Phosphate | ✓ ICP OES (high accuracy) | ✓ ICP OES (high accuracy) | ✓ ICP OES (high accuracy) |
| Nitrate and Fluorine | X | ✓ Ion Chromatography | ✓ Ion Chromatography |
| Alkalinity (Carbonate Hardness) | X | ✓ Titration | ✓ Titration |
| Analysis of RO Water | X | ✓ ICP OES (high accuracy) | ✓ ICP OES (high accuracy) |
| MS Trace Elements* | X | X | ✓✓ ICP MS (extremely low detection limits down to the ultra-trace range) |
| MS Pollutants* | X | X | ✓✓ ICP-MS (extremely low detection limits down to the ultra-trace range) |
| Summary | Solid basic laboratory analysis for the price-conscious user | Comprehensive laboratory analysis with all important parameters | Comprehensive laboratory analysis including consideration of all pollutants and ultra-trace elements |
The parameters from the table include the following:
- Salinity in PSU
- Alkalinity / Carbonate Hardness
- Nutrients: nitrogen/nitrate, phosphorus/phosphate
- Quantitative elements: sodium, calcium, chloride, magnesium, sulfur, potassium, bromine, strontium, boron, fluorine
- OES trace elements: barium, beryllium, iron, iodine, lithium, molybdenum, silver, silicon
- OES pollutants: aluminum, antimony, bismuth, cadmium, lanthanum, thallium, titanium, tungsten
- MS trace elements*: Arsenic, chromium, cobalt, copper, manganese, nickel, rubidium, selenium, vanadium, zinc, tin
- MS pollutants*: Lead, neodymium, niobium, zirconium, indium, germanium, gallium, mercury, tellurium
*MS trace elements and MS pollutants – elements that can only be measured in the physiologically active range with ICP MS
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