New environmental benchmark! Silicone defoamer empowers green water treatment



In the field of water treatment, the foam of aeration tank and membrane separation system not only affects the treatment efficiency, but also may cause secondary pollution. Traditional defoamer has many disadvantages such as toxic residue and biological inhibition. iota silicone defoamer, with "zero toxicity, full degradation" as the core, redefines the new standard of water treatment defoamer!


First, the ecological dangers of water treatment foam
Municipal sewage: foam carrying pathogens spread, increasing public health risks;


Industrial wastewater: oil/salt foam is difficult to degrade, threatening aquatic ecosystems;


Membrane treatment system: Foam clogs the aperture and membrane replacement costs increase by 200%.


2. Green innovation of iota products
Biodegradability > 99% : completely decomposed into CO₂ and H₂O within 28 days, no ecological toxicity;


No phosphorus and no nitrogen formula: avoid water eutrophication, in line with GB 18918-2002 Class A standard;


Synergistic effect: Compatible with activated sludge flora, COD removal rate increased by 8%-12%.


Iii. Empirical data of municipal sewage treatment plants
Project background: One day to treat 100,000 tons of sewage plant, aeration tank foam height over 1.5 meters for a long time.
Solution: Add defoamer (0.5ppm) with intelligent drip system.
Comparison of results:


Indicators before use after use
Foam height 1.2-1.8 m ≤0.3 m
Power consumption 0.65 yuan/ton 0.58 yuan/ton
Sludge settlement ratio 35% 28%
Effluent TP 0.45mg/L 0.38mg/L
Fourth, the whole life cycle cost advantage
Although the unit price of Aiyota is 15% higher than that of mineral oil products, the comprehensive benefits are significant:


Dosage saving: the added amount is reduced by 40% under the same effect;


Equipment protection: non-corrosive, extend the life of the pump valve for more than 3 years;


Compliance costs: Avoiding the risk of environmental fines, saving more than 500,000 yuan per year.