Stay ahead in a rapidly changing world. Subscribe to Aquaseen, our monthly look at the critical issues facing global businesses.
2025 Aquaseen, Inc
Chemicals such as hydrogen peroxide, ozone, and chlorine-based products like sodium hypochlorite can cause several side effects, especially when used in high concentrations. In cases of high microbial loads or antimicrobial resistance (AMR), higher chemical concentrations may be required, which can pose significant challenges to the water system.
1) Antimicrobial Resistance (AMR):
Chlorine, commonly used for water disinfection and system flushing, may need to be used in higher concentrations when microorganisms become resistant to standard levels.
2) Formation of By-products:
If the chlorine reacts with natural organic particles in water, it may form harmful by-products such as trihalomethanes (THMs).
3) Increase Waste Water:
After chlorine use for the water system and RO membranes disinfection, the water may need to be disposed of if the residual chlorine level exceeds acceptable limits.
This leads to increased water consumption and conflicts with the principle of water saving.
4) Need for Dechlorination:
When chlorine is used in high concentrations, the residual level in the final water must not exceed regulated limits.
This necessitates the use of Dechlorination agents, such as sodium metabisulfite, to reduce chlorine levels before distribution.
5) Damage to RO Membranes and Water System Components:
Corrosion in RO systems is a common issue that affects the system's durability and performance. The use of chlorine by time leads to damage of system parts, leaks, and a shortened RO membrane lifespan thus increases maintenance costs or the need for replacement.
Additionally, exposing the water system to changes in pH can affect system components such as pipes, tanks, and pumps.
6) Impact on Water Quality:
Chlorine added during water treatment can alter the water’s characteristics, including color, taste, and odor.
7) Safety and Handling Challenges:
Using chlorine in water treatment poses significant environmental and occupational risks. As a strong bleaching agent, chlorine can harm employees, as direct exposure can cause respiratory irritation, skin burns, and eye irritation, requiring PPE.
Using AquaSEEN™ WaterSEEN Disinfectant assists in addressing several common challenges faced by water stations, including water system corrosion and damage to RO membranes.
Microorganisms cannot build up resistance to AquaSEEN™ WaterSEEN.
Unlike traditional chlorine-based treatments, AquaSEEN™ WaterSEEN doesn’t react with organic particles to form harmful by-products like trihalomethanes (THMs).
This makes AquaSEEN™ WaterSEEN an environmentally friendly and human-safe alternative for disinfection for traditional chemical disinfection solutions.
AquaSEEN™ WaterSEEN, as a free rinsing solution, will assist in reducing wastewater and integrate with water-saving principles.
Because of its neutral pH, AquaSEEN™ WaterSEEN will not cause corrosion to the water system and RO membranes, even if used at its full concentration range.
