To get started with your water treatment, it is essential to gather some preliminary data. First, you need to determine your annual chlorine usage with this straightforward calculation:
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Sodium Hypochlorite 14%: Multiply the total liters used by 1.2 to convert it to kilograms. Then, multiply the result by 14% to find your yearly chlorine consumption in kilograms. Finally, divide your annual chemical expenses, which include any costs related to pumps, containers, or environmental fees, by the kg figure above to ascertain your cost per kg of pure chlorine.
Calcium Hypochlorite 70%: Take the total kilograms of calcium hypochlorite used in a year, multiply by 70% to arrive at your yearly pure chlorine consumption in kg. Divide your total annual costs for calcium hypochlorite, including delivery and environmental disposal fees, by the total chlorine kg to calculate your cost per kg of pure chlorine.
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Hyprolyser: This innovative system requires 3.3-3.5 kg of salt, 5 kW of electricity, and 170 liters of water for each kilogram of chlorine it generates. The market cost for salt averages around £6.00 per 25 kg, often lower. Calculate your water and energy expenses based on your utility rates. Typically, using Hyprolyser to produce chlorine costs approximately £1.70 per kg at average market rates for salt, electricity, and water.
All dosing equipment mandates some scheduled upkeep, and when comparing costs, it is crucial to include expenses related to your existing chlorination method. Factor in yearly maintenance call-outs, spare parts, PPE consumables, and COSHH management time.
With electrochlorination systems generating a mere 0.6% chlorine solution (non-hazardous), the typical costs tied to health and safety, training, PPE consumables, and COSHH management are markedly minimized.
If you are keen on learning more about our electrolytic sodium hypochlorite generator, don’t hesitate to reach out for expert guidance!
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