The NSS system has responded to the voices of facility managers.
The NSS system has responded to the voices of facility managers. ● I don't want to use hydrogen peroxide because it's a hazardous substance and it would be a big problem if it exploded. ● Specialized contractors are expensive, so I want a cleaning agent that we can use ourselves. ● Since it's an alkaline spring, I'm worried about the instability of the effectiveness and duration of chlorine disinfection. ● There are many concerns from customers about the hygiene of the hot water, such as with Legionella bacteria. ● I'm worried that using acidic agents could damage the pipes and equipment, so I can't remove scale. ● I feel like fuel costs and electricity bills are gradually increasing. ● I also want to regularly clean the storage tank and water supply pipes.
Inquire About This Product
basic information
We will solve the problems of circulation-type bathing facilities in one go. Safety measures that you can implement yourself. ● The highest risk for bathing facilities is the generation of bacteria and biofilm, as well as the risk of Legionnaires' disease infection. Severe Legionnaires' disease can, in the worst-case scenario, lead to death. ● Additionally, mineral scale can cause blockages and clogs in filters, pipes, and pumps. This gradually worsens the heat exchange rate, leading to unnecessary fuel costs. When scale accumulates in filters and pipes, it also puts excessive strain on pumps, which will gradually increase electricity costs. The CALFA NSS (Calfa N.S.S.) system solves both of these problems at once.
Price information
-
Delivery Time
Applications/Examples of results
● By incorporating high-grade proteolytic enzymes extracted from natural substances, we decompose biofilms attached to circulation equipment. The "foam" generated by CALFA NAC acts as a carrier, lifting biofilm bacteria and flushing them out into the water. ● CALFA SAP, a cleaning aid for CALFA NAC, generates even finer "foam" that interacts with water + CALFA NAC components, facilitating ion exchange and transforming into a cream-like "foam" of micro-particles. Additionally, to prevent a rapid reaction in a short time, we have improved the coating of enzymes with natural substances to create a time lag. It also has a high bleaching capability and disinfects bacteria. It removes minerals (scales) that adhere to the equipment. It eliminates all heat exchange inhibiting substances, including organic matter (bacteria, biofilms) and inorganic matter (calcium, magnesium, insoluble sulfur). Consequently, the heat exchange rate is optimized, contributing to significant energy savings.
Company information
Calfa Chemical Co., Ltd. has developed the environmentally friendly cooling tower water treatment agent "CALFA BAS" (Calfa Bas) that is "phosphorus-free" and "nitrogen-free"! Using amorphous solid water treatment technology recognized in the environmentally advanced EU, it solves cooling tower problems (such as silica and calcium scale buildup, slime attachment, and reduced heat exchange) without the need for equipment or machinery! CALFA BAS (Calfa Bas) contains no "phosphorus" or "nitrogen" at all. Therefore, there is no need for "concentration measurement devices or systems" to measure residual amounts of "phosphorus" or "nitrogen." Additionally, actions such as diluting with water to meet "total water quality regulations" are unnecessary in themselves. [ISO 14001 compliant] Installation is simply placing it at the bottom of the cooling tower. That's all. It significantly achieves savings in water and energy! Some users in factories and large hotels have realized savings of several million yen in electricity costs over six months. By simply reducing power consumption (kWh) by 30%, the carbon dioxide emissions from power suppliers are also reduced by 30%, contributing to the mitigation of global warming, making the optimization of thermal efficiency essential.
![Air conditioning chemical cleaning agent "Kuniron" [Limited to 10 people! Sample gift]](https://image.mono.ipros.com/public/product/image/84a/2000155536/IPROS6105915805133763756.jpg?w=280&h=280)
