The Trojanuvswiftect system is ideal for solving the problem of smell in municipal drinking water, especially for odor treatment caused by seasonal algae. Chemicals released when algae die, such as soil-olsin or dimethylisocamphanol, can produce odors such as earthy, musty, or grassy in drinking water, along with the release of harmful algal toxins. Traditional treatment methods for these odor substances, such as activated carbon, are often difficult to remove completely. In contrast, the Trojanuvswiftect system not only meets the needs of drinking water, but also effectively removes these seasonal odors.
Key product features of TrojanuvSwiftect include:
Compact structure and high hydraulic efficiencyThe system requires less floor space than conventional ozone plants or contact cells, reducing installation investment costs. Its reactor design allows for full maintenance from one side, making it suitable for space-constrained environments and increasing installation flexibility.
Full sterilization validation: Its disinfection performance has been rigorously verified by an independent third party to ensure an efficient disinfection process. In the UV oxidation of Trojanuv, disinfection and contaminant control are carried out simultaneously.
Sophisticated hydrogen peroxide dose control system: By controlling the hydrogen peroxide dose, lamp power, and on/off state in real time, the system optimizes UV oxidation while reducing ongoing operating costs.
Ideal for treating seasonal contaminants in drinking waterThe reactor has two modes of operation – Disinfection Only and Disinfection + Contaminant Control – which can be disinfected all year round and, if necessary, seasonal environmental contaminants.
In summary, the TrojanuvSwiftect system provides an effective, cost-effective and reliable solution for water utilities by effectively addressing seasonal odors in municipal drinking water through its advanced technology and flexible design. Through the application of this system, the quality of drinking water can be significantly improved, consumer demand for clean, odorless water can be met, and the necessary decision support can be provided to the relevant authorities.
Technical Specifications: