In-situ production of Chlorine Dioxide for water systems.
• A single product, ready to use with no onsite generation required.
• Produces formulated, sustainable Chlorine Dioxide in liquid form.
​
• Groundbreaking chemical buffering results in a long shelf life with no product degradation even at elevated temperatures and outdoor storage.
​
• High product stability. Minimal vapour evolution during
transport and storage under 45°C.
​
• Performance is not limited by pH with biocidal efficacy
maintained over a wide range of water pH.
​
• Complex oxidants inhibit the formation of harmful chlorinated by-products.
​
• No gassing from solution and minimises headspace and water line corrosion.
​
• The most effective oxidant in water treatment for the control of bacteria, biofilm, pathogens, fungi, and waterborne viruses.
Extended biocide release activity delivers superior results at lower dosage levels.
• Chlorine Dioxide is produced in situ by dilution in the target water stream via a simple dosing pump or an automated lo-touch system can be incorporated.
​
• An equilibrium is created where sodium chlorite is reproduced from the reduction of Chlorine Dioxide during its interaction with micro-organisms and other organics.
Operational cost reduction
High available biocide concentration for precision, lower chemical dosing requirement drives significant cost savings through:
​
• Reduced chemical expenditure
​​
• More efficient logistics and storage
​​
• Energy, water and maintenance efficiencies
​​
• Reduced system damage and corrosion
​
Key ESG Benefits:
​
• Significant increases in the amount of water that can be reused and recycled safely in virtually all applications.
​
• Significant operational cost reductions are delivered through lower chemical dosing requirements.
​
• This regenerative chemistry sustains the
formation of Chlorine Dioxide and reduces the chemical dosage requirement for more precise, safer treatment.
​
• Better system control at lower dosage results in reduced site visits for chemical deliveries.
​
• Significant reduction in gas emissions as a disinfectant by-product.
​
• Long shelf life allows for significant reduction in product testing and replacement reducing emissions from regular site visits.
​
• Reduction in chemical residuals in waste water reduces pollution levels in surrounding water table.
​
• Klarolaks can be applied safely into the target water stream and monitored remotely.
