Pale yellow sodium acetate

Specification: 58-60% content, yellow granules
Advantages for wastewater treatment: 1. Shortens acclimation time, enabling bacterial strains to reduce the lag phase and quickly adapt to new environments. 2. Enhances tolerance to adverse external conditions such as salinity, temperature, and pH fluctuations. 3. Increases load capacity; rich nutrients boost bacterial metabolic activity, accelerate the synthesis of new cellular material, improve the growth rate of denitrifying bacteria, and enable handling of high loads. 4. Currently, the external carbon source reverse denitrification process is under construction or operation in many wastewater treatment plants in China. Although methanol is recognized as a low-cost external carbon source, its toxicity limits its use. Sodium acetate is increasingly being adopted as a substitute carbon source—it is non-toxic, non-flammable, and non-explosive. Sodium acetate liquid offers flexible concentration levels and can be tailored to the user’s specific process requirements. IV. Other advantages of sodium acetate as a carbon source: In treating municipal wastewater, studies have examined the effects of sludge age (SRT) and external carbon sources (sodium acetate solution) on nitrogen and phosphorus removal. Using sodium acetate as a supplemental carbon source, denitrifying sludge is acclimated, and the pH increase during denitrification is controlled within a 0.5 range using buffer solutions. Denitrifying bacteria can adsorb CH3COONa excessively, so when using CH3COONa as an external carbon source, the effluent COD can be maintained at a low level. Currently, achieving Grade I discharge standards in all urban and county wastewater treatments requires the addition of sodium acetate as a carbon source. Additionally, our company produces solid sodium acetate with 58-60% content, also used in wastewater treatment. Manufacturers can purchase solid sodium acetate and prepare liquid sodium acetate of varying concentrations according to their needs.