キッツ Official site

The "Pure Cleanser" using AOP technology will change nutrient solution recycling!

【Barriers to Recirculation in Nutrient Solution Cultivation】 ■Risk of Pathogen Proliferation ■Cost of Disposing of Nutrient Solution ■Impact of Residual Chemicals *For more details, please download the PDF or feel free to contact us.

For water quality management in chemical industries, pharmaceutical factories, and cosmetics manufacturing plants! Achieve purity maintenance and strengthen compliance.

**Three Limitations of Conventional Wastewater Treatment** ■ Limitations of Biological Treatment: "Recalcitrant organic matter" that cannot be decomposed by microorganisms remains, preventing a decrease in COD (Chemical Oxygen Demand). ■ Limitations of Coagulation and Sedimentation: Insufficient removal of highly soluble organic matter and color components, resulting in treated water not meeting standard values. ■ Increase in Operational Costs: The need for large amounts of chemicals to treat unreacted substances and the substantial costs associated with the disposal of excess sludge. *For more details, please download the PDF or feel free to contact us.*

Achieving advanced water quality management to avoid the "total loss risk" in land-based aquaculture!

For more details, please download the PDF or feel free to contact us.

Suppressing chlorine odor while thoroughly eliminating the risk of infections from Legionella and other bacteria!

**Concerns in the Operation of Reclaimed Water and Gray Water** - Unpleasant chlorine odor and discoloration: Excessive chlorine input for disinfection can lead to chlorine odors in restrooms and user discomfort due to residual water color. - Proliferation of microorganisms, including Legionella: Stagnation in gray water storage tanks can lead to bacterial growth and cause pipe blockages. *For more details, please download the PDF or feel free to contact us.*

Introducing a water treatment device equipped with AOP technology that decomposes organic matter and bacteria with powerful oxidation without using chemicals!

【Benefits of Introduction】 ■Realization of cost reduction and reduction of environmental impact (GX) *For more details, please download the PDF or feel free to contact us.

By controlling excessive chemical input, it directly leads to the reduction of processing costs and the suppression of sludge generation!

**Serious Concerns Faced by Wastewater Management Personnel** ■ Residual Non-biodegradable COD and TOC: Non-biodegradable organic matter that cannot be decomposed by biological treatment remains, leading to instability in meeting discharge standards. ■ Unpleasant Odors and Color: The specific odors and discoloration remaining in treated water pose barriers to environmental considerations and reuse. ■ Excessive Use of Chemicals and Increased Sludge: The large amounts of oxidants and coagulants used for treatment lead to rising chemical costs, and the disposal costs of the subsequently generated sludge also increase. *For more details, please download the PDF or feel free to contact us.*

A water treatment solution that balances "safety" and "productivity" in food factories!

**Features of Sterilization and Purification by Pure Cleanser** ■ Oxidizing power over 20 times that of chlorine: Generates OH radicals through the synergistic effect of ozone, ultraviolet light, and photocatalysts, demonstrating powerful oxidizing capabilities. ■ Strong inactivation effect: Breaks down organic matter that promotes bacterial growth, preventing the development of resistant bacteria. ■ Powerful sterilization mechanism using AOP (Advanced Oxidation Process) technology without chemicals: Sterilizes without the risk of chemical residues, allowing for safe sterilization in food manufacturing facilities. *For more details, please download the PDF or feel free to contact us.*

Introducing Pure Cleanser, ideal for water quality management in pools and hot spring facilities!

**Desperate Concerns of Facility Operators** ■ Risk of Legionella Bacteria: "Biofilm" that develops in complex plumbing systems becomes a breeding ground for bacteria, necessitating thorough countermeasures. ■ "Chlorine Smell" and "Skin Irritation": The unique odor from combined chlorine and irritation to the eyes and skin are lowering user satisfaction. ■ Rising Costs: The burden of water and heating fuel costs associated with frequent water changes (blowing) to prevent water quality deterioration. *For more details, please download the PDF or feel free to contact us.*

"Chemical-free" water quality management solution for cooling towers!

**Challenges of Cooling Water Faced by Management Personnel** ■ Proliferation of Legionella bacteria: The risk of serious health hazards to the surrounding environment from bacteria contained in mist (aerosols) that disperse from cooling towers. ■ Occurrence of algae and slime: Adhering to pipes and packing materials, leading to reduced heat exchange efficiency, nozzle clogging, and even corrosion. ■ Scale issues: Concentration and adhesion of components in the water significantly diminish cooling capacity. *For more details, please download the PDF or feel free to contact us.*

Contributing to significant cost reduction by reducing the load on the heat exchanger and maximizing the overall energy efficiency of the system!

**Invisible Risks Faced by Heat Exchangers** ■ Decrease in thermal efficiency (thermal conductivity): Even a slight adhesion of 1mm of slime can significantly reduce heat exchange efficiency, leading to a substantial increase in energy costs (electricity and fuel expenses). ■ Frequent cleaning maintenance: To restore reduced thermal efficiency, regular high-pressure cleaning or chemical cleaning is necessary, resulting in significant cleaning costs (outsourcing fees, labor costs, chemical costs). Additionally, equipment downtime associated with cleaning puts pressure on production schedules. ■ Risk of equipment corrosion: Localized corrosion (crevice corrosion) beneath biofilms can lead to pipe damage and shorten equipment lifespan. *For more details, please download the PDF or feel free to contact us.*

It decomposes additives and organic pollutants brought in from the cleaning items, fundamentally preventing the "decay" of water!

【Cleaning】 ■Product quality defects (stains, unevenness): Bacteria and organic matter remaining on the product surface from the cleaning water can cause stains after drying, poor adhesion of plating, and uneven appearance. ■High water and wastewater costs: Frequent water replacement (complete water change) is necessary to maintain water quality, putting pressure on management due to water bills and wastewater treatment costs. ■Clogging of pipes and nozzles: "Biofilm (slime)" produced by proliferating bacteria can clog circulation pumps and shower nozzles, reducing equipment operating rates. *For more details, please download the PDF or feel free to contact us.

Safe to use even in cleaning processes for precision parts and food that are sensitive to residual chemicals!

Main Issues Arising from the Recirculation of Cleaning Water ■ Microbial and Bacterial Growth: As the water is recirculated, the temperature rises, and organic matter from the cleaning items serves as a nutrient source for bacteria, leading to proliferation that causes unpleasant odors and product contamination. ■ Contamination Brought into Clean Rooms: If the shower water is contaminated, it can significantly reduce the cleanliness of the entire clean room through mist (aerosols). ■ Clogging of Nozzles and Increased Maintenance: Proliferated bacteria form "slime (biofilm)," which can cause clogging of shower nozzles and corrosion of piping. *For more details, please download the PDF or feel free to contact us.

We will maintain the transparent water scenery and protect the brand value of the facility!

**Problems Solved by Pure Cleanser** - Massive outbreaks of blue-green algae: Algae proliferate due to sunlight, causing the water to become green and impairing the landscape. - Water turbidity and unpleasant odors: Accumulation of organic matter reduces transparency and generates unpleasant smells. - High cleaning and water replacement costs: Frequent water changes and manual cleaning are necessary to maintain the landscape. - Restrictions on chemical use: The use of strong disinfectants is hesitated in public spaces or ponds with living creatures. *For more details, please download the PDF or feel free to contact us.*

From reactive maintenance to preventive maintenance. Enhancing equipment operating efficiency and improving safety.

【Reference Work Content】 ■ Judgment of good or bad driving condition ■ Check of driving noise, vibration, etc. ■ Confirmation of operation of functional parts ■ Check for water leaks ■ Tightening of screws in various parts *For more details, please download the PDF or feel free to contact us.

Achieving water quality improvement through powerful sterilization and organic matter decomposition using an oxidation treatment method!

【Features of Disinfection】 ■ Oxidizing power more than 20 times that of chlorine ■ Directly destroys cells and does not create resistant bacteria ■ Breaks down organic matter that promotes bacterial growth ■ Effectively disinfects even in environments where chlorine is less effective (such as alkaline hot springs) *For more details, please download the PDF or feel free to contact us.

Reduce the hassle and risks of drug management, contributing to sustainable factory operations!

【Solving These Concerns】 ■ Difficulty in managing the concentration of sodium hypochlorite, leading to inconsistencies ■ Struggling with chlorine odor and other unpleasant smells ■ Wanting to reduce the amount of water used for cooling and circulating ■ Using a large amount of water in the rinsing process and wanting to reduce water usage and wastewater ■ Aiming to lower water supply and drainage costs ■ Looking to strengthen environmental and ESG compliance *For more details, please download the PDF or feel free to contact us.

Contributing to the digital transformation of maintenance operations through state diagnosis and early fault detection from valve monitoring information using proprietary sensing, IoT, and AI technologies.

【Specifications】 - The IoT sensor can be easily retrofitted to existing valves (compatible with products from other manufacturers). - The IoT sensor is explosion-proof, can be installed outdoors with an IP65 rating, and does not require a power supply due to solar power generation (solar power can also support indoor lighting). - The monitored valves include rotary valves such as ball valves and butterfly valves (automated valves with on/off control using pneumatic actuators). - Wireless communication between the IoT sensor and gateway uses LoRaWAN. - Monitoring information is managed on a cloud server. - Monitoring data can be accessed anytime and from anywhere via a web terminal. - Monitoring information is updated with each closing operation.

Achieving miniaturization with next-generation design. High-durability, high-functionality pneumatic actuator.

The BX series offers three types: double-acting (BX), spring return (BXS), and manual operation with spring return (BXSW). The output torque ranges from 14.0 to 4047 N·m for the BX at a supply pressure of 0.4 MPa, and up to 4826 N·m for the BXS(W), making it suitable for a wide range of valve sizes. The sizes are subdivided into ten levels from 0 to 9, enabling optimal actuator selection. In the single-acting type, a spring is stored within the cylinder, achieving up to 43% weight reduction and up to 64% volume reduction compared to conventional models. The standard specifications include a temperature range of -20°C to +80°C, a standard operating pressure of 0.4 MPa, compatibility with ISO5211 flanges, and a NAMUR standard switch mounting seat. With its high durability structure and extensive lineup, it flexibly accommodates various process conditions.

PFA lined valve series with chemical resistance, corrosion resistance, and high sealing performance.

This series offers a lineup of diaphragm valves (15A to 100A), butterfly valves (50A to 600A), and ball valves (15A to 100A) according to their applications. The diaphragm valves can handle a maximum operating pressure of 1.0 to 1.2 MPa and a temperature range up to 152°C. The butterfly valves are based on JIS 10K and can also accommodate ASME Class 150, making them suitable for large diameter piping. The ball valves are flange type and comply with JIS 10K/Class 150, featuring a straight flow path structure that minimizes pressure loss. The main materials used include PFA lining for the wetted parts, modified PTFE for the diaphragm, and high-performance PTFE (HyperTite) for the ball seat material. In addition to manual operation, they can also be automated with air actuators, allowing for flexible adaptation to various process conditions.