東日本イワタニガス Product Lineup

Shortening the breeding period, increasing stocking density, and improving productivity are possible! We propose an optimal method for supplying oxygen gas. "Oxygen Fighter" is a high-concentration oxygen dissolution device born from the innovative idea of sending water into oxygen gas. It achieves a dissolved oxygen concentration of over 40 ppm, which is far higher than the natural environment's dissolved oxygen level of 14.16 ppm. With a breeding system that utilizes minerals and beneficial microorganisms, it leads to healthy rearing, improved growth rates, and better survival rates. 【Features】 ■ Increases dissolved oxygen concentration at the bottom of the water ■ Contributes to aquaculture ■ HIG/NIG breeding system using minerals and beneficial microorganisms ■ Healthy rearing ■ Improved growth rates *For more details, please refer to the PDF document or feel free to contact us.

The "High Concentration Oxygen Dissolution Device" enhances the dissolved oxygen concentration at the bottom of the water, contributing to aquaculture. This leads to improved feed intake and faster growth, allowing for a reduction in the farming period. It is also effective in addressing issues with vibriosis and other diseases. It enables increased stocking density and productivity. 【Features】 ■ Improved feed intake ■ Supports high-density farming ■ Efficient oxygen dissolution ■ Achieves dissolved oxygen concentrations exceeding 40 ppm *For more details, please refer to the PDF document or feel free to contact us.

In the shrimp farming industry, there is a constant demand for improving the growth rate and survival rate of shrimp. Particularly, as farming density increases, the concentration of dissolved oxygen in the water decreases, leading to challenges such as inhibited growth and a higher risk of disease outbreaks. Our oxygen fighter for aquaculture enhances the dissolved oxygen concentration at the bottom of the water, promotes shrimp growth, and contributes to shortening the farming period. 【Usage Scenarios】 - Promoting growth in shrimp farms - Oxygen supply in high-density farming environments - Reducing the risk of disease 【Effects of Implementation】 - Improved feed intake - Increased growth rate - Shortened farming period

In the eel farming industry, improving yield is an important challenge. Eels are sensitive to deteriorating water quality and oxygen deficiency, which are major causes of reduced yield. Our high-concentration oxygen dissolution device increases the dissolved oxygen concentration at the bottom of the water, supporting the healthy growth of eels. It contributes to improved feed intake, accelerated growth, and reduced risk of disease, thereby enhancing yield. 【Usage Scenarios】 - Oxygen supply in eel farming ponds - Growth promotion through water quality improvement - Reduction of disease risk 【Effects of Implementation】 - Improved feed intake - Shortened growth period - Measures against biliary and juvenile issues - Increased stocking density and productivity

In the freshwater fish farming industry, a sufficient supply of oxygen in the water is essential for maintaining fish growth and health. Oxygen deficiency can lead to stunted growth, disease outbreaks, and even mass mortality. Our oxygen fighter for aquaculture increases the dissolved oxygen concentration at the bottom of the water, addressing these challenges. 【Usage Scenarios】 - Eel farming - Shrimp farming - Salmon farming 【Benefits of Implementation】 - Improved feed intake - Shortened farming period due to accelerated growth - Measures against stunted and deformed fish - Increased stocking density and productivity

In shrimp farming, high-density rearing is essential for improving productivity, but a lack of dissolved oxygen in the water increases the risk of growth delays and mortality. Particularly in high-density rearing environments, oxygen supply becomes a challenge. Our "High-Concentration Oxygen Dissolution Device" enhances the dissolved oxygen concentration at the bottom of the water, supporting the healthy growth of shrimp. It contributes to improved feed intake, accelerated growth, and reduced risk of disease. 【Usage Scenarios】 - Oxygen supply in high-density rearing environments - Shortening of farming period due to growth promotion - Reduction of disease risk 【Effects of Implementation】 - Improved feed intake - Faster growth - Increased rearing density and productivity