シーユー・トピア Product Lineup

We would like to introduce a case study of the implementation of "Cu Energy" for an agricultural corporation. The agricultural corporation was facing the issue of using well water, which had poor cost-effectiveness. They consulted us about whether "copper ions could dissolve and detach scale to solve this problem," and we decided to conduct a demonstration. Ultimately, six demonstrations were verified by a third-party organization, and the agricultural corporation successfully shipped their products. [Challenges] - In recent years, the watering tubes and the subsequent irrigation tubes have been clogged with "scale," preventing effective irrigation, leading to the purchase of new watering hoses. - As a cost-reduction measure, they replace the "used watering hoses and tubes with new ones" twice a year. - The costs for replacing the watering tubes inside the greenhouse and cleaning the clogged hoses and tubes, as well as labor costs, have been rising year by year, resulting in poor cost-effectiveness. *For more details, please download the PDF or feel free to contact us.*

We would like to introduce a case study of the installation of the copper ion generation water treatment device 'Cu Energy' at a major chemical products company in the Tokai region. The company conducts regular maintenance every year. It has been operating normally for many years and demonstrating high effectiveness. By checking the condition and operating status of the copper electrodes, it is possible to maintain reliable effects over a long period. Our product has been implemented in various businesses, including hotels, shipbuilding and steelmaking, textiles, shopping centers, and hot spring facilities. 【Case Overview】 ■ Cooling Tower Before Installation - Rust observed on the outside, scale deposition on the inside - Algae growth in the lower water tank of the cooling tower, rust present on surrounding metal parts ■ Cooling Tower After Installation - No rust on the outside, no scale deposition on the inside - The lower water tank of the cooling tower is clean, and there is no rust on surrounding metal parts *For more details, please download the PDF or feel free to contact us.

We will introduce a case study that verified the energy-saving effects due to improved cooling efficiency from water quality enhancement. In the cooling tower of Company D's factory (100 tons of refrigeration), the power consumption of the compressor was measured and tracked from the time of trial introduction. By circulating copper ions, about half of the scale was removed after 120 days. The reduction in scale is proportional to the decrease in power consumption. Furthermore, it is estimated that after one year of operation, complete scale removal and approximately a 20% reduction in power consumption can be achieved. 【Case Summary】 ■ Measured Effects of Introduction - Scale reduction: 50% - Power consumption reduction: 10% ■ Continuing Effects of Introduction - Complete scale removal: 100% - Power consumption reduction: 20% *For more details, please download the PDF or feel free to contact us.

We would like to introduce a case where the copper ion generation water treatment device "Cu Energy" has led to a reduction in chemical costs and maintenance costs. In the case of a textile-related company, the copper ion water caused the "algae" to die off and the "scale" to dissolve, resulting in several blow treatments. After stabilizing the water quality, the blow treatments were reduced to a minimum, thereby lowering maintenance costs. In the case of a steel-related company, rust decreased and water quality improved within approximately four months of implementation. By continuously circulating copper ion water, it became possible to remove and suppress rust and corrosion inside the pipes, contributing to a reduction in the frequency of equipment updates and overall cost savings. [Case Overview for Textile-Related Company] ■ Issues Considered: Cooling tower wastewater environmental measures & maintenance cost reduction ■ Maintenance cost before implementation: Approximately 10 million yen/year ■ Maintenance cost after implementation: Approximately 5 million yen/year *For more details, please download the PDF or feel free to contact us.

We would like to introduce a case study of a solution using water treatment equipment at N Iron Works. The dark brown substance seen inside the cooling tower is called scale, which consists of calcium and magnesium. Once it precipitates, it is difficult to remove and can occur not only in the cooling tower but also inside the piping, reducing cooling efficiency and obstructing water flow. However, this issue can be resolved by using copper ions. Copper ions alone can address scale, rust, algae, and bacteria, and they have a minimal environmental impact. 【Effects and Features of Copper Ions】 ■ Copper ions alone can address scale, rust, algae, and bacteria ■ The mechanism of action is clear ■ Minimal environmental impact *For more details, please download the PDF or feel free to contact us.

We would like to introduce case studies of solutions using water treatment equipment at D Industry and O Pharmaceutical. D Industry experienced the occurrence of bright red rust inside their cooling tower, which caused the corroded metal to become brittle, posing a risk of damage accidents. O Pharmaceutical faced slime formation inside their equipment's tank, which not only obstructed water flow but also led to the proliferation of harmful bacteria. However, copper ions can effectively address rust and algae. The mechanism of action is clear and has been chemically proven. Please feel free to contact us if you have any inquiries. 【Effects and Features of Copper Ions】 ■ Copper ions alone can address scale, rust, algae, and bacteria ■ The mechanism of action is clear ■ Minimal environmental impact *For more details, please download the PDF or feel free to contact us.

We would like to introduce a case study of a solution using water treatment equipment at I Commercial. The company experienced algae growth in their cooling towers, which worsened cooling efficiency and obstructed water flow. Even after dying, the algae became food for microorganisms (various bacteria), creating an ideal environment for the proliferation of Legionella bacteria, which can easily reproduce and become airborne. However, this issue can be resolved by using copper ions. This method can be implemented independently, and the amount of copper ions discharged is extremely low, functioning at about 1/10 of the maximum limit set by water quality standards. 【Effects and Features of Copper Ions】 ■ Copper ions can address scale, rust, algae, and bacteria on their own. ■ The mechanism of action is clear. ■ Environmental impact is minimal. *For more details, please download the PDF or feel free to contact us.

"Cu Energy" is a water quality purification system that utilizes the "action of copper ions" for cooling water used in factories and building air conditioning. Since it does not use any chemicals, it has a low environmental impact and is a safe and secure water quality purification system that takes the environment into consideration. 【Cost Reduction with Three Zeros】 ■ Zero use of chemicals ■ Zero discharge of chemically treated water ■ Zero impact on the water environment In addition to reducing management costs, it also enables a reduction in the effort and time required for management, thus contributing to work style reform, labor shortages, and environmental improvement. *For more details, please download the PDF or feel free to contact us.