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In a fresh fish shop, it is important to provide customers with fresh fish. In particular, maintaining the freshness of live fish and fresh fish directly impacts customer satisfaction and sales. To preserve freshness, it is crucial to keep the dissolved oxygen levels in the water high and to suppress the growth of microorganisms. An Air Reformer (AR) supports the maintenance of fresh fish by increasing the dissolved oxygen levels in the water and improving the water quality environment. 【Usage Scenarios】 - Live fish tanks - Live shrimp tanks 【Effects of Implementation】 - Preservation of seafood freshness - Stabilization of quality - Enhancement of product value

• Biofeed for Fisheries

In theme park exhibits, aquariums and water features are important elements that attract visitors' attention and enhance the appeal of the facility. Maintaining the health of the displayed organisms and ensuring high water clarity significantly affects the quality of the exhibit. An air re-former (AR) increases the dissolved oxygen levels in the water and improves water quality, providing a better environment for living creatures and maximizing the exhibit's attractiveness. 【Usage Scenarios】 - Aquariums - Ornamental fish displays - Ponds and aquariums within theme parks 【Effects of Implementation】 - Increased dissolved oxygen levels in the water - Improved water quality environment - Enhanced growth conditions for fish and shrimp - Activation of displayed organisms - Maintenance of high water clarity

• Biofeed for Fisheries

In fisheries and environmental education at universities and educational institutions, it is important for students to deepen their understanding of water quality management and ecosystems through experiments and research. In particular, maintaining water quality in tanks and experimental water areas is a crucial factor that influences educational effectiveness. If water quality deteriorates, there is a possibility of experimental failures and negative impacts on organisms. The Air Reformer (AR) supports fisheries and environmental education in educational settings by increasing the dissolved oxygen levels in water and improving the water quality environment. 【Usage Scenarios】 - Research laboratories in university departments of fisheries and environmental studies - Practical training facilities at aquariums - Educational ornamental fish breeding facilities 【Effects of Implementation】 - Stabilization of experiments due to improved water quality environment - Enhanced educational effectiveness through improved growth conditions for fish and shrimp - Increased efficiency in maintenance management by promoting the decomposition of leftover feed and organic matter

• Biofeed for Fisheries

In the seafood wholesale industry, maintaining freshness is a critical issue. In particular, quality degradation during long-distance transportation and storage can significantly diminish the value of products. To preserve freshness, it is important to maintain a high level of dissolved oxygen in the water and suppress the proliferation of microorganisms. An Air Reformer (AR) supports the maintenance of seafood freshness by increasing the dissolved oxygen levels and improving water quality. 【Usage Scenarios】 - Live fish tanks - Live shrimp tanks 【Benefits of Implementation】 - Preservation of seafood freshness - Stabilization of quality - Enhancement of product value

• Biofeed for Fisheries

In the live fish sales industry, maintaining freshness is extremely important and poses a significant challenge in inventory management. The deterioration of live fish quality directly leads to lost sales opportunities and decreased customer satisfaction. In particular, a lack of oxygen in the tanks is a major factor that harms the health of live fish and reduces their freshness. An air reformer (AR) increases the amount of dissolved oxygen in the water and improves water quality, helping to maintain the freshness of live fish and support the efficiency of inventory management. 【Usage Scenarios】 Live fish tanks Live fish transportation 【Benefits of Implementation】 Preservation of live fish freshness Reduction of inventory loss Improvement of customer satisfaction

• Biofeed for Fisheries

In managing the live fish tanks on fishing boats, maintaining freshness and providing fish in a lively state is a crucial factor that influences customer satisfaction. Deterioration of water quality in the tanks can harm the health of the fish, ultimately leading to a decline in the quality of the catch. The Air Reformer (AR) increases the dissolved oxygen levels in the water and improves water quality, thereby creating a better living environment for the fish in the tanks. This enables the maintenance of the fish's vitality and preserves their freshness. 【Usage Scenarios】 - Live fish tanks on fishing boats - Live fish transportation 【Effects of Implementation】 - Maintains fish vitality - Preserves freshness - Improves water quality

• Biofeed for Fisheries

In the field of environmental protection, the conservation of marine ecosystems, particularly the restoration of seagrass beds, is an important issue. Seagrass beds support marine biodiversity and play a role in absorbing carbon dioxide, but their functions can decline due to water quality deterioration and oxygen deficiency. The Air Reformer (AR) enhances the dissolved oxygen levels in the water and improves water quality, thereby creating a suitable growth environment for seagrass beds. This, in turn, promotes the growth of algae and contributes to the restoration of rich seagrass beds. 【Application Scenarios】 - Seagrass bed restoration projects - Coastal environmental improvement - Marine areas requiring water purification 【Effects of Implementation】 - Promotion of algae growth through water quality improvement - Enhancement of marine biodiversity - Increase in carbon dioxide absorption capacity

• Biofeed for Fisheries

In experimental environments at research institutions, water quality management can significantly impact experimental results. Particularly in experiments conducted in confined spaces such as aquariums and culture media, deterioration of water quality can compromise the reproducibility of experiments. Decreased dissolved oxygen levels and accumulation of organic matter can lead to abnormal proliferation of microorganisms and adverse effects on the experimental subjects. The Air Reformer (AR) contributes to improving the reliability of experiments by increasing the dissolved oxygen levels in water and enhancing the water quality environment. 【Use Cases】 - Biological experiments using aquariums - Microbial experiments using culture media - Various experiments requiring water quality management 【Effects of Implementation】 - Improved reliability of experimental data - Enhanced reproducibility of experimental results - Maintenance of a healthy growth environment for experimental subjects

• Biofeed for Fisheries

In the seafood processing industry, it is important to maintain the freshness of products and ensure quality. Particularly, processed seafood is prone to quality deterioration due to temperature changes and bacterial growth, making freshness preservation measures essential. The Air Reformer (AR) is equipped with a unique SSB catalyst that sends reformed air into the water, improving the water quality environment and supporting the preservation of seafood freshness. By increasing the dissolved oxygen levels in the water and promoting the natural self-purification action of water, it contributes to maintaining freshness. 【Usage Scenarios】 - Live fish tanks - Storage of processed products 【Benefits of Implementation】 - Preservation of seafood freshness - Improvement of water quality environment - Maintenance of product quality

• Biofeed for Fisheries

In the food processing industry, maintaining a cooling environment is crucial for product quality preservation. Particularly in environments where temperature management is challenging, issues such as decreased cooling efficiency and the occurrence of unpleasant odors arise. The Air Reformer (AR) enhances cooling efficiency by reforming air with its unique SSB catalyst and improving water quality. By increasing the dissolved oxygen levels in water and promoting its natural self-purification ability, it contributes to the improvement of the cooling environment in food processing. 【Usage Scenarios】 - Cooling water tanks - Food storage facilities - Cooling processes for processed foods 【Benefits of Implementation】 - Improved cooling efficiency - Suppression of unpleasant odors - Preservation of product quality - Reduction in power consumption

• Biofeed for Fisheries

In aquariums, water quality management is crucial for maintaining the health of the displayed organisms. In particular, the deterioration of water quality due to waste and leftover food not only harms the living environment of the organisms but also causes unpleasant odors. Proper water quality management is essential not only for the health of the organisms but also for providing a comfortable environment for visitors. The Air Reformer (AR) contributes to improving the water quality environment in aquariums by increasing the dissolved oxygen levels in the water and promoting the water's natural self-purification processes. 【Usage Scenarios】 - Display tanks in aquariums - Live fish tanks 【Effects of Implementation】 - Increased dissolved oxygen levels in the water - Improved water quality environment - Enhanced living conditions for organisms - Promotion of the decomposition of leftover food and organic matter

• Biofeed for Fisheries

In the live fish transportation industry, maintaining the freshness of live fish during long-distance transport is a significant challenge. Deterioration of water quality and lack of oxygen during transport can lead to the weakening or death of fish, greatly diminishing their commercial value. The Air Reformer (AR) increases the dissolved oxygen levels in the water and improves water quality, helping to maintain the vitality of live fish and reduce risks during transport. 【Usage Scenarios】 - Live fish transport trucks - Live fish carrying vessels - Fish tanks 【Benefits of Implementation】 - Improved survival rates of live fish - Maintenance of commercial value through freshness preservation - Reduction of transportation costs

• Biofeed for Fisheries

In the aquaculture industry, ensuring the amount of dissolved oxygen in the water is crucial for optimizing the growth environment of fish and shrimp. A lack of oxygen can lead to inhibited growth and increased mortality rates in fish, negatively impacting the profits of aquaculturists. The Air Reformer (AR) contributes to improving the aquaculture environment by reforming air with its unique SSB catalyst and increasing the amount of dissolved oxygen in the water. 【Usage Scenarios】 - Fish farming sites - Shrimp farming sites - Live fish tanks - Ornamental fish breeding facilities - Aquariums 【Benefits of Implementation】 - Increased dissolved oxygen levels in the water - Improved water quality environment - Enhanced growth environment for fish and shrimp - Promotion of the decomposition of leftover feed and organic matter - Reduced mortality rates in farmed fish

• Biofeed for Fisheries

In theme park exhibits, water features are an important element that attracts visitors' attention and enhances the appeal of the facility. When water quality deteriorates, it not only detracts from the landscape but also adversely affects the health of the exhibited organisms. Particularly in closed aquariums or ponds, water quality management becomes a challenge. The Air Reformer (AR) increases the amount of dissolved oxygen in the water and improves water quality, helping to maintain beautiful water features and enhance the living environment for the exhibited organisms. 【Usage Scenarios】 - Aquariums - Ornamental fish breeding facilities - Ponds and tanks within theme parks 【Effects of Implementation】 - Improvement of water quality environment - Enhanced living conditions for fish and shrimp - Maintenance of the aesthetic appeal of exhibits - Increased visitor satisfaction

• Biofeed for Fisheries

In research and education in the field of fisheries and aquaculture at universities, water quality management in experimental tanks and research facilities is crucial. In particular, deterioration of water quality and lack of oxygen can adversely affect the growth of the organisms being studied and hinder the acquisition of accurate data. The Air Reformer (AR) supports research and educational activities by increasing the dissolved oxygen levels in the water and improving the water quality environment. 【Usage Scenarios】 - Research laboratories in the Faculty of Fisheries - Experimental facilities in the Faculty of Biology - University-affiliated aquariums 【Effects of Implementation】 - Improvement of the growth environment for the organisms being studied - Increased reliability of experimental data - Provision of practical learning in education

• Biofeed for Fisheries

In the restaurant industry, especially in establishments that serve live fish, freshness management is extremely important. The quality of live fish greatly affects customer satisfaction and impacts the reputation of the establishment. Deterioration of water quality in live fish tanks can harm the health of the fish, leading to a decline in taste or even death. An Air Reformer (AR) increases the dissolved oxygen levels in the water and improves water quality, helping to maintain the freshness of live fish and support the provision of high-quality live fish. 【Usage Scene】 Live fish tank 【Benefits of Implementation】 Maintaining the freshness of live fish Preserving fish health Reducing odors in the tank

• Biofeed for Fisheries

In the hotel industry, managing live seafood is crucial for providing customers with fresh seafood, and water quality management plays a key role in this. Specifically, the deterioration of water quality due to waste and leftover feed from the seafood in the tank can harm their health and lead to unpleasant odors. The Air Reformer (AR) improves water quality by using its unique SSB catalyst to modify the air and increase the dissolved oxygen levels in the water. This enhances the living environment for the seafood, maintains freshness, and allows for the provision of safe and delicious meals to customers. 【Usage Scenarios】 - Live seafood tanks within hotels - Restaurants serving live fish - Storage of seafood 【Benefits of Implementation】 - Improvement of water quality in the tank - Preservation of seafood freshness - Reduction of odors - Provision of high-quality meals to customers

• Biofeed for Fisheries

In the wastewater treatment of cruise ships, consideration for the environment and efficient water quality management are required. In particular, effective treatment in limited space and compliance with strict regulations to prevent marine pollution are important. Improper wastewater treatment can lead to negative impacts on the marine environment and potential legal risks. The Air Reformer (AR) supports water quality improvement in wastewater treatment by reforming air with its unique SSB catalyst and increasing the dissolved oxygen levels in the water. 【Usage Scenarios】 - Wastewater treatment systems for cruise ships 【Benefits of Implementation】 - Improvement of water quality environment - Promotion of organic matter decomposition - Odor reduction

• Biofeed for Fisheries

In the field of fisheries research, water quality management is crucial for accurate data acquisition. In particular, maintaining the dissolved oxygen levels in experimental tanks and promoting the decomposition of organic matter significantly affect the reliability of experimental results. The Air Reformer (AR) is an air reforming technology using SSB catalysts that increases the dissolved oxygen levels in water and improves the water quality environment. This enables researchers to obtain accurate data in a more stable experimental environment. 【Usage Scenarios】 - Experiments on the breeding of fish and shrimp - Experiments related to water pollution - Biological research 【Effects of Implementation】 - Improved reliability of experimental data - Maintenance of the health of experimental organisms - Increased efficiency of experiments

• Biofeed for Fisheries

In the aquaculture industry, temperature management is crucial for maintaining the quality of seafood. Sudden changes in water temperature can cause stress to seafood, potentially leading to loss of appetite and illness. An Air Reformer (AR) supports the improvement of water quality in fish tanks by increasing the dissolved oxygen levels in the water and promoting the natural self-purification process of the water, thereby creating a better growing environment for seafood. 【Usage Scenario】 Live fish tanks 【Benefits of Implementation】 Improvement of the growing environment for fish and shrimp Reduction of mortality rates in farmed fish

• Biofeed for Fisheries

In the food processing industry, maintaining a cooling environment is crucial for product quality preservation. Particularly in environments where temperature management is challenging, issues such as decreased cooling efficiency and the occurrence of unpleasant odors arise. The Air Reformer (AR) enhances cooling efficiency by reforming air with its unique SSB catalyst and improving water quality. By increasing the dissolved oxygen levels in the water and promoting the water's natural self-purification ability, it contributes to the improvement of cooling environments in food processing. 【Usage Scenarios】 - Cooling water tanks - Food storage facilities - Cooling processes for processed foods 【Benefits of Implementation】 - Improved cooling efficiency - Suppression of unpleasant odors - Preservation of product quality - Maintenance of food freshness

• Biofeed for Fisheries

In aquariums, water quality management is crucial for maintaining the health of the displayed organisms. In particular, the deterioration of water quality due to waste and leftover food not only harms the living environment of the organisms but also causes unpleasant odors. Proper water quality management is essential not only for the health of the organisms but also for providing a comfortable environment for visitors. The Air Reformer (AR) contributes to improving the water quality environment in aquariums by increasing the dissolved oxygen levels in the water and promoting its natural self-purification processes. 【Usage Scenarios】 - Display tanks in aquariums - Live fish tanks 【Benefits of Implementation】 - Increased dissolved oxygen levels in the water - Improved water quality environment - Enhanced living conditions for organisms - Promotion of the decomposition of leftover food and organic matter

• Biofeed for Fisheries

In live fish transportation within the fishing industry, it is important to maintain the freshness of the fish and reduce mortality rates during transport. Oxygen deficiency and deterioration of water quality can increase stress in fish, potentially leading to quality degradation and death. An air reformer (AR) contributes to maintaining the vitality of live fish and improving the survival rate of fish during transport by increasing the dissolved oxygen levels in the water and improving water quality. 【Usage Scenarios】 Live fish transport vehicles Live fish transport vessels 【Effects of Implementation】 Preservation of fish freshness Reduction of mortality rates during transport Suppression of water quality deterioration

• Biofeed for Fisheries

In the aquaculture industry, ensuring the amount of dissolved oxygen in the water is crucial for optimizing the growth environment for fish and shrimp. A lack of oxygen can lead to inhibited growth and increased mortality rates in fish. The Air Reformer (AR) contributes to improving the aquaculture environment by reforming air with its unique SSB catalyst and increasing the amount of dissolved oxygen in the water. 【Usage Scenarios】 Fish farms, shrimp farms, live fish tanks 【Effects of Implementation】 Increased dissolved oxygen levels in the water, improved growth environment for fish and shrimp, reduced mortality rates in farmed fish.

• Biofeed for Fisheries

The Air Reformer (AR) is a device equipped with a unique SSB catalyst that improves the water environment by reforming air. Air that passes through the SSB catalyst inside the device is transformed into a state with energy, and by sending that air into the water, it supports the improvement of water quality. In aquaculture, the accumulation of leftover feed and waste significantly affects the water quality and oxygen levels, impacting the growth environment of fish. The Air Reformer (AR) contributes to improving the aquaculture environment by increasing the dissolved oxygen levels in the water and promoting the water's natural self-purification ability. Benefits in the fisheries and aquaculture fields: - Increase in dissolved oxygen levels in the water - Improvement of water quality - Enhanced growth environment for fish and shrimp - Promotion of decomposition of leftover feed and organic matter - Reduction in mortality rates of farmed fish Implementation scenes: - Fish farming facilities - Shrimp farming facilities - Live fish tanks - Ornamental fish breeding facilities - Aquariums

• Biofeed for Fisheries

At golf courses, it is essential to maintain beautiful grass and consistently provide the best conditions. In particular, promoting grass growth and protecting it from pests and diseases is crucial. The Air Reformer (AR) aims to create an optimal growth environment for grass by incorporating air modified by the SSB catalyst into water, thereby supporting healthy grass growth. 【Usage Scenarios】 - Improvement of water quality for golf course grass - Promotion of grass growth - Measures against pests and diseases 【Effects of Implementation】 - Promotion of grass growth - Improvement of grass quality - Reduction in the use of pesticides and fertilizers

• Biofertilizer for Agriculture

In the field of urban greening, it is essential to promote the healthy growth of plants and maintain beautiful landscapes. In particular, it is important to maximize the effects of fertilizers and support the healthy growth of plants. The Air Reformer (AR) aims to create an optimal growing environment for plants by incorporating air modified by the SSB catalyst into water, thereby maximizing the effects of fertilizers. 【Application Scenarios】 - Improvement of water quality in the fertilizer manufacturing process - Promotion of crop growth - Increase in yield and sugar content 【Effects of Implementation】 - Promotion of crop growth - Increase in yield - Improvement of crop sugar content

• Biofertilizer for Agriculture

In the mining industry, improving soil quality and efficient resource utilization are required. In particular, the regeneration of land after mining and the reduction of environmental impact are important. The Air Reformer (AR) aims to enhance the soil environment and promote soil improvement by incorporating air reformed by the SSB catalyst into water. 【Usage Scenarios】 - Regeneration of land after mining - Improvement of soil environment 【Effects of Implementation】 - Improvement of soil quality - Effective use of resources - Reduction of environmental impact

• Biofertilizer for Agriculture

The energy industry demands efficient energy use. In particular, improving thermal efficiency is essential for cost reduction and minimizing environmental impact. The Air Reformer (AR) aims to enhance thermal efficiency by incorporating air reformed by the SSB catalyst into water. 【Application Scenarios】 - Improvement of heat exchanger efficiency - Enhancement of boiler combustion efficiency 【Effects of Implementation】 - Improvement of thermal efficiency - Reduction of fuel consumption

• Biofertilizer for Agriculture

In the field of environmental protection, improvements in water quality during the fertilizer manufacturing process and waste reduction through the promotion of crop growth are required. It is particularly important to maximize the effectiveness of fertilizers and support the healthy growth of crops. The Air Reformer (AR) aims to create an optimal growing environment for crops by incorporating air reformed by SSB catalysts into water, thereby maximizing the effectiveness of fertilizers. 【Usage Scenarios】 - Improvement of water quality in the fertilizer manufacturing process - Promotion of crop growth - Increase in yield and sugar content 【Effects of Implementation】 - Promotion of crop growth - Increase in yield - Improvement of crop sugar content

• Biofertilizer for Agriculture

In the chemical industry's raw material refining process, improving water quality is essential. In particular, using water with fewer impurities can enhance product quality and manufacturing efficiency. The Air Reformer (AR) improves water quality by incorporating air that has been reformed by the SSB catalyst into the water, thereby supporting the efficiency of raw material refining. 【Usage Scenarios】 - Water quality improvement in fertilizer manufacturing processes - Promotion of crop growth - Increase in yield and sugar content 【Effects of Implementation】 - Promotion of crop growth - Increase in yield - Improvement in crop sugar content

• Biofertilizer for Agriculture

In the biofuel industry, efficient resource utilization and sustainable production are required. In particular, improving the yield and quality of the raw materials crops is a crucial factor that influences the production efficiency of biofuels. The Air Reformer (AR) aims to create an optimal growing environment for crops by incorporating air reformed by the SSB catalyst into water, maximizing the effectiveness of fertilizers. 【Usage Scenarios】 - Improvement of water quality in the fertilizer manufacturing process - Promotion of crop growth - Increase in yield and sugar content 【Effects of Implementation】 - Promotion of crop growth - Increase in yield - Improvement of crop sugar content

• Biofertilizer for Agriculture

In the food processing industry, there is a demand for improving the quality of raw crops. In particular, creating an optimal growing environment for crops and enhancing both yield and sugar content are essential for improving product quality. The Air Reformer (AR) aims to optimize the growing environment by incorporating air modified by the SSB catalyst into water, maximizing the effectiveness of fertilizers. 【Application Scenarios】 - Improvement of water quality in the fertilizer manufacturing process - Promotion of crop growth - Enhancement of yield and sugar content 【Effects of Implementation】 - Promotion of crop growth - Increase in yield - Improvement of crop sugar content

• Biofertilizer for Agriculture

In the fisheries industry, improving the growing environment is essential for the stable supply of aquatic products. In particular, water quality management significantly impacts the quality and yield of aquatic products. The Air Reformer (AR) aims to improve water quality and create a suitable growing environment for aquatic products by incorporating air modified by the SSB catalyst into the water. 【Usage Scenarios】 - Improvement of water quality in aquaculture ponds - Promotion of aquatic product growth - Increase in yield 【Effects of Implementation】 - Promotion of aquatic product growth - Increase in yield - Improvement in quality

• Biofertilizer for Agriculture

In the livestock industry, reducing feed costs and maintaining the health of livestock are important challenges. In particular, there is a demand to enhance the digestibility and absorption efficiency of feed and to promote the growth of livestock. The Air Reformer (AR) aims to improve the quality of drinking water for livestock and enhance feed efficiency by incorporating air modified by the SSB catalyst into water. 【Usage Scenarios】 - Improvement of drinking water quality in livestock barns - Promotion of livestock growth 【Effects of Implementation】 - Improved feed efficiency - Reduction of livestock production costs

• Biofertilizer for Agriculture

In the agricultural sector, it is essential to promote crop growth and improve yield and quality. In particular, maximizing the effectiveness of fertilizers and supporting the healthy growth of crops is crucial. The Air Reformer (AR) aims to create an optimal growing environment for crops by incorporating air reformed by the SSB catalyst into water, thereby maximizing the effectiveness of fertilizers. 【Use Cases】 - Improvement of water quality in the fertilizer manufacturing process - Promotion of crop growth - Increase in yield and sugar content 【Effects of Implementation】 - Promotion of crop growth - Increase in yield - Improvement in crop sugar content

• Biofertilizer for Agriculture

In experiments conducted at research institutions, establishing a highly reproducible environment is crucial. Particularly in experiments involving plants and microorganisms, subtle differences in air composition and water quality can significantly impact the results. The Air Reformer (AR) aims to enhance the quality of the experimental environment by modifying the air using its unique SSB catalyst. The modified air, when incorporated into water or culture media, helps create an optimal growth environment for the experimental subjects, supporting the acquisition of more accurate and reliable experimental results. 【Usage Scenarios】 - Plant physiology experiments - Microbial culture experiments - Environmental impact assessment experiments - Water quality analysis experiments 【Effects of Implementation】 - Improved reproducibility of experimental results - Increased reliability of experimental data - Enhanced experimental efficiency - Improved quality of research

• Biofertilizer for Agriculture

In the biomass power generation industry, there is a demand for stabilizing fuel quality and improving power generation efficiency. In particular, the diversity of biomass resources used as fuel and the degradation of quality during storage and transportation are critical issues that affect power generation efficiency. The Air Reformer (AR) applies air reforming technology to support the reforming of biomass fuel. The reformed air can promote the decomposition of fuel and potentially enhance combustion efficiency. This contributes to improved power generation efficiency and stable electricity supply. 【Usage Scenarios】 - Biomass fuel storage facilities - Fuel supply lines - Power generation plants 【Effects of Implementation】 - Stabilization of fuel quality - Improvement of power generation efficiency - Enhancement of combustion efficiency

• Biofertilizer for Agriculture

In the transportation industry, it is important to maintain the quality of products and preserve their freshness. Particularly in long-distance transport or environments with significant temperature fluctuations, the deterioration and spoilage of products pose major challenges. The Air Reformer (AR) supports the preservation of product freshness during transport by modifying the air with its unique SSB catalyst and adjusting the conditions of water and the environment. The modified air suppresses the oxidation and spoilage of products, reducing the risk of quality deterioration. 【Usage Scenarios】 - Transportation of fresh food - Transportation of refrigerated and frozen goods - Transportation of fruits and vegetables 【Effects of Implementation】 - Maintenance of product value through freshness preservation - Reduction of waste loss - Improvement of customer satisfaction

• Biofertilizer for Agriculture

In the warehouse industry, improving the air environment is crucial alongside temperature and humidity management to maintain the quality of stored items. Particularly for fresh food, agricultural products, and other stored goods, removing harmful substances from the air and maintaining appropriate humidity levels are essential. An inadequate air environment can promote mold growth and decay, potentially diminishing the value of stored items. The Air Reformer (AR), equipped with a unique SSB catalyst, supports the preservation of freshness by improving the air environment. 【Usage Scenarios】 - Food warehouses - Refrigerated warehouses - Produce storage facilities - Other warehouses where freshness preservation is necessary 【Benefits of Implementation】 - Preservation of freshness of stored items - Maintenance of quality - Reduction of waste loss - Extension of storage period

• Biofertilizer for Agriculture

In plant factories, environmental control is crucial to ensure stable quality and yield. In particular, managing temperature, humidity, CO2 concentration, and water quality significantly impacts crop growth. Traditional environmental control systems require these elements to be adjusted individually, which poses challenges in terms of labor and cost. The Air Reformer (AR) optimizes the growing environment for plants by improving air quality and adjusting water and environmental conditions. 【Usage Scenarios】 - Greenhouse cultivation - Hydroponic cultivation - Large-scale facility cultivation 【Benefits of Implementation】 - Promotion of crop growth - Increase in yield - Improvement in crop sugar content - Strengthening resistance to diseases - Reduction in pesticide and fertilizer usage

• Biofertilizer for Agriculture

In seedling companies, improving seed germination rates and promoting early growth are essential for efficiently producing high-quality seedlings. Issues such as uneven germination and slow growth can lead to decreased production efficiency and variability in quality. The Air Reformer (AR) utilizes air modified by SSB catalysts to promote seed germination and support early growth. 【Application Scenarios】 - Seedling facilities - Seed treatment 【Benefits of Implementation】 - Increased germination rates - Promotion of early growth - Cultivation of uniform seedlings

• Biofertilizer for Agriculture

In the fertilizer manufacturing industry, there is a demand to promote crop growth and improve yield and quality. It is particularly important to maximize the effectiveness of fertilizers and support the healthy growth of crops. The Air Reformer (AR) aims to create an optimal growing environment for crops by incorporating air reformed by the SSB catalyst into water, thereby maximizing the effectiveness of fertilizers. 【Application Scenarios】 - Improvement of water quality in the fertilizer manufacturing process - Promotion of crop growth - Increase in yield and sugar content 【Effects of Implementation】 - Promotion of crop growth - Increase in yield - Improvement of crop sugar content

• Biofertilizer for Agriculture

In fisheries, water quality is a crucial factor that influences both catch volume and quality. Particularly in aquaculture and closed water bodies, issues such as eutrophication and oxygen deficiency leading to water quality deterioration have become serious problems. When water quality worsens, it can result in poor growth of seafood, the onset of diseases, and even mass die-offs. The Air Reformer (AR) promotes water purification by reforming air with its unique SSB catalyst and incorporating it into the water. This improves the growth environment for seafood, contributing to increased catch volume and enhanced quality. 【Usage Scenarios】 - Aquaculture farms - Fish pens - Closed water bodies 【Effects of Implementation】 - Promotion of seafood growth through improved water quality - Activation of seafood through oxygen supply - Reduction of disease risk - Increase in catch volume

• Biofertilizer for Agriculture

In hydroponics, adequate oxygen supply to the roots is essential for healthy crop growth and increased yield. A lack of oxygen can lead to root rot and poor growth, resulting in reduced harvests. The Air Reformer (AR) enhances the oxygen concentration in water by supplying air that has been reformed by the SSB catalyst, thereby improving the growing environment for crops. 【Usage Scenarios】 - Hydroponic cultivation facilities - Nutrient solution cultivation systems 【Effects of Implementation】 - Promotion of crop growth - Increase in yield - Strengthening of disease resistance

• Biofertilizer for Agriculture