Chemicals with safety and efficiency as keywords
We offer a wide range of chemicals and consumables to ensure optimal water quality and safe handling. The choice of chemicals is crucial to achieve effective treatment and comply with regulatory requirements.
Choice of Chemicals
Choosing the right chemical requires a written risk assessment, which is required by law. The risk assessment helps to choose the appropriate chemical and working method. When choosing a product, all handling risks must be considered, not just the chemical risks. Knowledge of the chemical, its use and reactions is necessary for a correct choice. Various factors such as water quality influence the choice of chemical. For more information and support in choosing a chemical and chemical safety, please refer to the Swedish Work Environment Authority's regulations (AFS 2011:19). You can also contact EnviroProcess for advice on safe chemical handling.
Flocculants and P-Flock
Optimise your flocculant consumption using our chemistry scale and the "P-flock" app for correct setting. P-flock is a concentrated flocculant, specifically developed for bathing water treatment. It helps to quickly flocculate and effectively separate organic contaminants in the filter system. With pre-hydrolysis and high basicity, P-flock is suitable for all types of bathing waters, even those with low alkalinity.
Important basic rules for good flocking
- Perform thorough mixing at a dosing point with high turbulence in the pipe.
- Reaction time before the filter should be more than 10 seconds for better results.
- Maintain a steady flow in the pipe after mixing, max 1.5 m/s.
- Continuous dosing around the clock.
- The result should be checked by turbidity meter, CODMn analysis and redox measurement.
Salt for chlorine production for pH adjustment and disinfection
To ensure effective disinfection and pH adjustment, we offer high-quality salts for chlorine production. The salt must fulfil the Biocides Directive (EU) 528/2012 and be designed according to EN 16370 "Salt for the electrochemical production of sodium hypochlorite using membrane cells" to avoid operational disturbances and by-products.