Product Introduction：

Liquid ammonia nitrogen remover is a chemical agent used to remove ammonia nitrogen from water. It commonly appears as a light yellow transparent liquid or a pinkish-brown turbid liquid. It rapidly decomposes on its own when heated and remains relatively stable under alkaline conditions. Its mainstream components are diverse, including oxidizing agents (such as sodium hypochlorite, hydrogen peroxide, etc.) that convert ammonia nitrogen into nitrates through oxidation; precipitants (such as magnesium chloride, disodium hydrogen phosphate, etc.) that generate magnesium ammonium phosphate precipitates with ammonia nitrogen; adsorbents (such as activated carbon, polyurethane, etc.) that adsorb ammonia nitrogen through their large specific surface areas; and metal ions (such as iron, zinc, etc.) that form stable complexes with ammonia nitrogen. Additionally, some agents employ composite formulas. For instance, sodium salicylate is used to neutralize ammonia nitrogen and reduce its solubility; calcium phosphate is utilized to precipitate ammonia nitrogen while simultaneously adjusting the pH value of the water body; and aluminum oxide inhibits the generation of ammonia nitrogen through acid-base reactions.

Product Advantages：

High treatment efficiency: Laboratory data show a removal rate of ≥96%, with a typical reaction time of 5–10 minutes. For example, in the treatment of a certain industrial wastewater with an influent ammonia nitrogen concentration of 200 mg/L, the level was reduced to below 5 mg/L after treatment, meeting discharge standards.

Low cost: Some products utilize pollutant-degrading microorganisms that reproduce and consume contaminants, thereby reducing wastewater treatment costs. Others require only small dosages yet deliver high removal efficiency, effectively lowering the per-ton treatment cost of wastewater.

Environmentally friendly: The reaction byproducts are mostly nitrates or precipitates, leaving no harmful residues. Some formulations use natural mineral-based ingredients that are biodegradable, minimizing ecological impact.

Multifunctional: In addition to effectively removing ammonia nitrogen from water, it also provides auxiliary benefits such as decolorization and COD reduction.

Strong recovery capability: It can rapidly recover from disruptions to nitrification caused by organic or inhibitory shock loads, excessive hydraulic loading, or sudden biomass loss. It also quickly rebounds from system failures induced by overloading or toxic substances.

Excellent stability: It enhances the stability of wastewater treatment systems, reducing both the frequency and severity of operational failures.

Easy to use: Simple to dose and operate.

Service Industries：

It is widely used across various industries involving water treatment, such as municipal facilities, chemical plants, landfills, steel mills, refineries, food processing plants, textile dyeing factories, pharmaceutical plants, river remediation, and landscape water treatment.

Specifically, in municipal wastewater applications, it can be employed for emergency treatment at urban sewage treatment plants. In industrial wastewater treatment, it is suitable for treating effluents from electroplating, printed circuit board manufacturing, and leather tanning processes. In agricultural wastewater management, it can be applied to treat livestock and poultry farming wastewater. In the food processing sector, it is effective for treating slaughterhouse wastewater, among other applications.