Nurturing seaweed beds with the power of nature.
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
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basic information
**Features** - Air reforming system using SSB catalyst - Long operation time with low power consumption - Compact design for easy installation - Wide range of applications including aquaculture, water treatment, and environmental facilities **Our Strengths** Our company develops a diverse range of businesses from IT solutions to unit houses, web sales, and welfare services, allowing us to respond flexibly to customer needs. As part of our commitment to environmental issues, we contribute to the restoration of seagrass beds through the Air Reformer (AR).
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Applications/Examples of results
Fish farming Marine fish farming Freshwater fish farming Ornamental fish farming Supports the healthy growth of fish through improvements in water quality. Shrimp farming Black tiger shrimp Vannamei shrimp, etc. Prevents oxygen depletion after feeding, leading to an expected increase in survival rates. Live fish tanks and aquaculture facilities Live fish tanks Aquaculture market tanks Aquariums Supports the stabilization of water quality and reduction of fish stress. Examples of water environment improvement achievements Increase in dissolved oxygen levels In conditions where dissolved oxygen levels hardly change with normal aeration, it has been reported that aeration using AR increased dissolved oxygen levels by approximately 53 times. Reduction in mortality rates of farmed fish Oxygen depletion, which is likely to occur during feed digestion, has been improved, and a decrease in mortality rates of farmed fish and shrimp has been confirmed. Water quality improvement Promotion of decomposition of leftover feed and waste Reduction of BOD and COD Enhancement of water self-purification Reduction of unpleasant odors Stabilization of the water environment is expected to improve aquaculture conditions.
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Company information
Total proposals from various construction projects to IT consulting. A unit house that can be completed just by connecting the desired buildings. Introduction and operation of a web sales system for acquiring new customers. Currently expanding operations in day services and various other businesses.
