Even in "alkaline springs" and bathing facilities where numerous bathers excrete "sweat (ammonia)," it effectively disinfects Legionella bacteria without reducing its antibacterial efficacy, in a simple, safe, and reliable manner.
Inconsistent disinfection methods such as chlorine, chlorine dioxide, and isocyanuric acid-based chlorine agents gradually lead to the emergence of chlorine-resistant bacteria, which eventually become ineffective against standard concentrations of disinfectants. "Encrypted disinfection" is a unique technology developed by Calfa Chemical that makes it difficult for bacteria to develop resistance against various attack patterns. While some facilities change the types of disinfectants every few days using 2 to 3 different kinds, CALFA SPAC's "encrypted disinfection" technology achieves this with just "one type." By incorporating such complex attack patterns, from the bacteria's perspective, it becomes an extremely difficult puzzle, requiring an extraordinarily long time to develop resistance (solve the puzzle). This complex attack pattern is what "encrypted disinfection" is all about. It is a unique disinfection technology from CALFA SPAC that is not found in other disinfectants. We encourage you to give it a try.
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basic information
○ Strongly suppresses the generation of "resistant bacteria" ○ Usable in a wide pH range (6.0-10.0) ○ Outstanding "deodorizing effect" ○ Environmentally friendly "biodegradable" ○ Long-term storage possible ○ Handling is "safe and easy" ○ Significantly reduces "metal corrosion" compared to chlorine ○ Greatly suppresses the decrease in bactericidal power due to combined chlorine ○ Removes biofilm and suppresses generation by the inclusion of protein-decomposing enzymes ○ Since it dissolves over time, the effect lasts for a long time (Even after fully dissolved, natural enzymes leave "bactericidal components" in the water for an extended period) ○ No need for new equipment or facilities (chemical dosing machines) (No costs for breakdowns or maintenance are required) ○ Efficiently captures nitrogen (N) in water, maximizing the residual "free chlorine." (As a result, it can significantly reduce the "amount of chlorine used.")
Price information
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Applications/Examples of results
Inconsistent disinfection methods such as chlorine, chlorine dioxide, and isocyanuric acid-based chlorine agents gradually lead to the emergence of chlorine-resistant bacteria, which eventually become ineffective against standard concentrations of disinfectants. "Encrypted disinfection" is a unique technology developed by Calfa Chemical that makes it difficult for bacteria to develop resistance against various attack patterns. While some facilities change the types of disinfectants every few days, using 2 to 3 different types, CALFA SPAC's "encrypted disinfection" technology achieves this with just "one type." By incorporating such complex attack patterns, it becomes an extremely challenging puzzle for the bacteria, requiring an extraordinarily long time to develop resistance (solve the puzzle). This complex attack pattern is what "encrypted disinfection" is all about. It is a unique disinfection technology from CALFA SPAC that is not found in other disinfectants. We encourage you to give it a try.
Company information
Calfa Chemical Co., Ltd. has developed an environmentally friendly cooling tower water treatment agent called "CALFA BAS" (Calfa Bus), which is "phosphorus-free" and "nitrogen-free"! Using amorphous solid water treatment technology recognized in the environmentally advanced EU, it solves cooling tower issues (such as silica and calcium scale buildup, slime adhesion, and reduced heat exchange) without the need for equipment or machinery! 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. This 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.
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