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Building future shrimp farming with integrated circular ponds; innovative solutions to global challenges

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20 Jan 2024 4:00 PM
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The vannamei shrimp cultivation industry is experiencing rapid development in line with increasing market demand for fishery products. In an effort to meet growing needs, industry players are actively seeking innovative solutions, and one method that is starting to gain attention is the application of circular pools.

In the midst of a dynamic shrimp farming landscape,Where efficiency and optimal density being crucial factors, circular pools emerge as a promising solution to overcome these challenges. The circular design of the pond creates an environment that supports shrimp growth more effectively, allows for better management, and provides a solution to growing market demands.

Future challenges of shrimp farming

1. Shrimp disease challenges

One of the main problems in shrimp farming is the spread of disease which can significantly harm production. Viruses, bacteria and parasites can spread quickly in aquaculture ponds, causing major losses. Innovative solutions to overcome these challenges involve the adoption of sound water management technologies in aquaculture systems.

The application of advanced water management technology can help minimize the risk of spreading disease in shrimp cultivation ponds. Temperature monitoring systems, pH sensors, and automatic water purification are effective preventive measures to maintain optimal environmental conditions for shrimp. With this innovation, shrimp farmers can improve the health of shrimp populations, reduce losses due to disease, and overall, increase shrimp farming productivity.

2. Water resource challenges

The availability of adequate water sources is a critical aspect in sustainable shrimp cultivation. This factor becomes increasingly important considering climate change which can result in a decrease in water quality, threatening the sustainability of shrimp production. In facing this challenge, innovative solutions are the key to ensuring the operational continuity of the shrimp farming industry.

Technology for efficient water use is a crucial first step in overcoming the availability of water resources. Implementing smart, water-saving irrigation systems, as well as advanced water management technologies, can help optimize the use of these resources.

Apart from that, better waste management is also an important aspect. By utilizing innovative waste processing technology, shrimp farmers can reduce negative impacts on water quality while supporting sustainable farming practices. The integration of a recirculating water system becomes a complete solution, enabling efficient water reuse, maintaining water quality, and making a positive contribution to the sustainability of shrimp production.

3. Productivity challenges

Factors such as water quality, cultivation systems, feeding management, and disease monitoring have a crucial role in determining productivity in shrimp farming. Good water quality is the main foundation for shrimp growth and health. An effective cultivation system, including a pond design that meets the shrimp's needs, is also very important to influence productivity. Round ponds, for example, with their innovative designs can help create conditions that support optimal shrimp growth.

In the midst of the current situation, where competition is getting tighter and market demands continue to grow, increasing productivity is a must for players in the shrimp farming industry. Proper and efficient feeding management is also a determining factor. Strict disease monitoring is also important to prevent the spread of diseases that can harm shrimp production. By maintaining a balance between these factors, shrimp cultivation can be directed towards increasing sustainable productivity.

Advantages of using a round pond

1. Easy ammonia waste management

The circular design of shrimp cultivation ponds brings significant innovation by creating a more regular water flow pattern. This advantage helps reduce the possibility of waste buildup in the pool. An organized water flow pattern efficiently directs waste to the center of the pond, creating a cleaner environment and supporting better management of ammonia waste.

With a circular pond design that promotes a regular water flow pattern, shrimp farmers can optimize environmental conditions for cultivation. Developing an efficient flow pattern is a strategic step to overcome the problem of waste accumulation, thus making it easier to manage ammonia waste and in turn improving the overall health and growth of shrimp.

2. Dissolved oxygen is more evenly distributed

The round shape of shrimp farming ponds brings significant benefits by increasing water flow along the edges. This effect creates vertical and horizontal mixing of the water layers, optimizing contact between the water and the atmosphere. Thus, the round design effectively increases the oxygen solution in the pond, creating a more conducive environment for shrimp growth.

The importance of even distribution of oxygen in a circular pond is further strengthened by the use of a root blower for vertical oxygen injection. This technology makes an additional contribution in improving oxygen distribution throughout the pond, ensuring that every part of the shrimp farming environment gets an adequate oxygen supply. Thus, circular ponds not only provide benefits in terms of water flow, but also actively improve water quality and environmental conditions to support optimal shrimp growth.