クラレトレーディング Product Lineup

The "Aqua Green DCS Series" is an energy-saving air cooler manufactured by Aquaistar Co., Ltd., utilizing groundwater. It supplies cooler air over a wider area compared to existing evaporative air coolers, with minimal changes in humidity. With low power consumption and no heat discharge, it enables improvements in factory working environments and reductions in energy costs. It also contributes to demand management during the summer by cutting peak power consumption. 【Features】 - Greater cooling effect than evaporative air coolers (groundwater temperature + approximately 8°C) (discharge temperature may vary depending on the environment of the usage location) - Even when groundwater cannot be used, similar effects to groundwater can be achieved with the use of a dedicated chiller (cooling water circulation device) in combination with city water or industrial water. - Reasonable installation and running costs (eligible for subsidies) - Proven track record and extensive know-how in groundwater utilization - Cooling not only for heat mitigation for people but also for machinery (such as compressor rooms) *Demo units are available for installation, allowing you to experience the cool air (free of charge). Please feel free to contact us for more details. For specifications, please download the PDF and take a look.

In the construction industry, outdoor work is common, and working in environments with a high risk of heatstroke is essential. Especially during the summer, working in high-temperature and high-humidity conditions not only threatens the health of workers but also increases the risk of decreased work efficiency and labor accidents. Energy-efficient and effective heat countermeasures are crucial for ensuring both the safety and productivity of workers. Our groundwater cooling fan utilizes the constant temperature of groundwater to supply cooler air over a wide area compared to traditional evaporative coolers, contributing to heat countermeasures at construction sites. 【Usage Scenarios】 - Heatstroke prevention for workers at construction sites - Cooling for break rooms and changing rooms - Temperature management during concrete curing 【Benefits of Implementation】 - Reduces the risk of heatstroke for workers - Improves work efficiency - Reduces costs through energy savings - Contributes to demand management

To improve the work efficiency of factories, heat prevention measures are essential. In high-temperature environments, employees' concentration and work efficiency decline, and the risk of heatstroke increases. Particularly in manufacturing sites, cooling machinery is also necessary, and the rising energy costs become a challenge. Our groundwater cooling air conditioner utilizes the constant temperature of groundwater to supply cooler air over a wide area compared to existing evaporative coolers. It has high energy-saving performance and contributes to reducing energy costs. 【Usage Scenarios】 - Manufacturing factories - Warehouses - Workplaces 【Effects of Implementation】 - Reduced risk of heatstroke for workers - Improved work efficiency - Reduced energy costs - Increased operational rate through machinery cooling

In the warehouse industry, proper temperature management is essential to maintain the quality of stored goods. This is particularly important for products that are sensitive to temperature changes, such as food and precision equipment, where the performance of air conditioning systems becomes crucial. Inadequate temperature management can lead to product deterioration and quality decline, potentially resulting in significant losses. Our groundwater cooling system utilizes the constant temperature of groundwater to provide stable cool air, effectively managing the temperature within the warehouse and contributing to the maintenance of product quality. 【Usage Scenarios】 - Food warehouses - Precision equipment warehouses - Pharmaceutical warehouses - Storage of products requiring temperature management 【Benefits of Implementation】 - Maintenance of product quality - Cost reduction through energy savings - Contribution to demand management during summer months

In the agricultural sector, properly managing the growing environment of crops is a crucial factor that influences both yield and quality. In particular, high temperatures during the summer can lead to poor crop growth and the occurrence of pests and diseases, potentially negatively impacting profits. In response to this challenge, our groundwater cooling system effectively utilizes the temperature-stabilizing properties of groundwater to cool the growing environment of crops. This helps reduce heat stress on crops and promotes healthy growth. Additionally, it can be operated in an energy-efficient manner, contributing to reduced running costs. 【Application Scenarios】 - Temperature management in greenhouses - Temperature and humidity control in plant factories - Environmental improvement in seedling cultivation facilities 【Benefits of Implementation】 - Promotion of crop growth and increase in yield - Reduction of pest and disease risks - Cost savings through energy efficiency

In the sports industry, heat management is crucial for maintaining athlete performance and ensuring safety. The risk of heatstroke increases, especially during outdoor competitions and training. Proper heat management protects athletes' health and helps maintain their competitive abilities. Our groundwater cooling fan utilizes the constant temperature of groundwater to supply cooler air than traditional evaporative cooling fans. It also minimizes humidity changes, providing a comfortable environment that supports athlete performance. 【Usage Scenarios】 - Outdoor stadiums - Training grounds - Rest areas - Team benches 【Benefits of Implementation】 - Reduced risk of heatstroke - Maintenance of athlete performance - Provision of a comfortable environment - Improved concentration and motivation

In learning environments such as school classrooms and gymnasiums, measures against summer heat are crucial. Effective heat mitigation strategies are necessary to reduce the risk of decreased concentration and heat-related illnesses. Particularly, with the rising electricity costs of air conditioning, energy-efficient and effective solutions are an urgent issue. Our groundwater cooling system utilizes the constant temperature of groundwater to provide cooler air than traditional evaporative coolers. It achieves a comfortable learning environment while minimizing power consumption. 【Usage Scenarios】 - Classrooms - Gymnasiums - Libraries - Staff rooms 【Benefits of Implementation】 - Increased learning effectiveness due to improved concentration - Reduced risk of heat-related illnesses - Cost savings through energy efficiency - Health management of students in a comfortable environment

In an office environment, maintaining concentration is a crucial factor that affects work efficiency. Particularly during the summer heat, employees' concentration can decline, potentially leading to decreased productivity. Traditional air conditioning systems are expensive to operate, and energy-saving measures are being sought. Our groundwater cooling system effectively lowers room temperature by utilizing the constant temperature of groundwater, providing a comfortable environment. It also has high energy-saving performance, contributing to cost reduction. 【Usage Scenarios】 - Office - Conference Room - Break Area 【Benefits of Implementation】 - Improved concentration - Realization of a comfortable working environment - Cost reduction through energy savings

In restaurant kitchens, the rise in heat and humidity due to cooking can lead to decreased work efficiency and increased risk of food poisoning. Particularly during the summer, the kitchen environment can be harsh, making employee health management a crucial issue. Our groundwater cooling system utilizes the constant temperature of groundwater to efficiently cool the kitchen. It has high energy-saving performance and contributes to reducing electricity costs. 【Usage Scenarios】 - Kitchen - Cooking area - Backyard 【Benefits of Implementation】 - Lowers the temperature in the kitchen, improving the work environment - Reduces the risk of heatstroke for employees - Cost reduction through energy savings

In theme parks, providing a comfortable experience for visitors is essential. Especially during the summer, the risk of heatstroke increases while waiting for attractions or participating in outdoor events. Creating a comfortable environment is crucial for enhancing customer satisfaction. Our groundwater cooling fan utilizes the constant temperature of groundwater to supply cooler air over a wider area than traditional evaporative coolers. By providing a comfortable space while reducing power consumption, we contribute to improving visitor satisfaction. 【Usage Scenarios】 - Attraction waiting lines - Outdoor event spaces - Rest areas 【Benefits of Implementation】 - Reduced risk of heatstroke - Increased visitor satisfaction - Cost savings through energy efficiency

In hospitals, it is important to provide a comfortable healing environment for patients. Especially during the summer, appropriate heat countermeasures are required to consider the risks of heat stroke and the impact on health. The electricity costs of air conditioning systems can also be a significant burden. Our groundwater cooling units utilize the constant temperature of groundwater to supply cooler air than existing evaporative coolers. They have high energy-saving performance, reducing electricity costs while improving comfort for both patients and staff. 【Usage Scenarios】 - Patient rooms - Waiting rooms - Rehabilitation rooms - Staff stations 【Benefits of Implementation】 - Improved patient comfort - Reduced risk of heat stroke - Lower air conditioning costs - Contribution to energy savings

In data centers, cooling IT equipment such as servers is a crucial challenge for achieving stable operation and energy efficiency. Overheating of equipment can lead to performance degradation and system downtime, which can significantly impact business continuity. Additionally, traditional air conditioning systems consume a lot of power, contributing to high operational costs. Our groundwater cooling system utilizes the constant temperature of groundwater to achieve efficient cooling and address these challenges. 【Usage Scenarios】 - Server rooms - Cooling for data centers - Compressor rooms 【Benefits of Implementation】 - Reduction in operational costs through energy savings - Stable operation of equipment - Demand management through peak power consumption reduction

In the construction industry, outdoor work is common, and heatstroke prevention during the summer is an important issue. Effective heat prevention measures are essential to protect the safety and health of workers. Traditional measures have faced problems such as insufficient effectiveness or high costs. Our groundwater cooling air conditioner utilizes the constant temperature of groundwater to supply cooler air over a wide area compared to evaporative coolers. It consumes less power and contributes to reducing energy costs. 【Usage Scenarios】 - Construction sites - Outdoor work areas - Break rooms 【Benefits of Implementation】 - Reduced risk of heatstroke - Improved work efficiency - Cost reduction through energy savings