Horiba HC-200NH Ammonium (NH₄⁺) Analyzer – Save 10%–30% Aeration Tank Energy Consumption in Wastewater Treatment Systems
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The Horiba HC-200NH Ammonium (NH₄⁺) analyzer provides a proven solution for reducing aeration tank energy consumption by 10%–30% in wastewater treatment systems.
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The Horiba HC-200NH Ammonium (NH₄⁺) analyzer provides a proven solution for saving 10%–30% of the energy consumption of aeration tanks in wastewater treatment systems.
Accurate monitoring of Ammonium (NH₄⁺) concentration plays an important role in wastewater treatment operations. Notably, Horiba offers an NH₄⁺ analyzer model that not only delivers high measurement accuracy but also helps wastewater treatment plants significantly reduce annual electricity consumption—specifically by optimizing the energy used in aeration tanks.
Two Reasons to Choose the Horiba HC-200NH for Wastewater Treatment Systems
The HC-200NH NH₄⁺ analyzer by Horiba is a continuous, automatic analysis device with many outstanding features for effective Ammonium concentration monitoring. There are two main reasons why the HC-200NH model attracts attention and is chosen for installation in wastewater treatment systems.
1. Horiba HC-200NH: High-Accuracy NH₄⁺ Analysis
The HORIBA HC-200NH NH₄⁺ analyzer can monitor NH₄⁺ within a 0–25 mg/L range with high accuracy. The device uses an ion-selective electrode method designed to control aeration during wastewater treatment processes.
In addition, the HC-200NH model offers several user-friendly features, including:
- Sensor chip degradation diagnostic function
- Reduced maintenance costs thanks to sample adjustment functionality
- Display 150% larger than the previous version for improved visibility
- Non-volatile memory
- Independent output range settings
- Side-by-side temperature display
- Ability to simultaneously measure dissolved oxygen when connected to a DO sensor
The Horiba HC-200NH is capable of providing up to two water quality measurements (when connected to NH₄⁺ and DO sensors), which are commonly required in most wastewater treatment plants.






