Denmark: Advanced technology in aquaculture and development cooperation with Vietnam

The country is not only a leader in seafood production and exports, but is also a model for applying advanced, sustainable technologies in the industry. Danish aquaculture technology has contributed greatly to reducing environmental impact, increasing production efficiency and improving product quality. 

This article will delve into the advanced technologies that Denmark is applying, as well as the cooperation between Denmark and Vietnam in this field.

The role of aquaculture in the Danish economy

The aquaculture industry plays an important role in the Danish economy, not only contributing to employment but also promoting exports and economic growth. Denmark is one of the leading seafood exporters in Europe, with a high annual output and a wide variety of products. 

Danish seafood products are exported to many countries around the world, especially demanding markets such as the EU and the US. This not only brings high profits but also affirms Denmark's position in the global market.

Denmark – A model of sustainable development in aquaculture

Denmark is considered a model for sustainable aquaculture. The country has achieved remarkable results in reducing the environmental impact of its aquaculture industry, while striking a balance between economic development and environmental protection. 

Denmark's sustainable aquaculture models not only help protect natural resources but also contribute positively to the lives and livelihoods of local communities. This achievement is not only the result of applying advanced technology but also the long-term sustainable development strategy of the Danish government.

Advanced technology in Danish aquaculture

Recirculating aquaculture system (RAS)

Recirculating aquaculture systems (RAS) are one of Denmark's outstanding advanced technologies in the field of aquaculture. RAS technology allows water to be reused during the farming process, helping to save water resources and minimize environmental pollution. Thanks to the ability to strictly control environmental factors in the system, RAS technology not only increases productivity but also improves the quality of aquatic products. In Denmark, RAS technology has been widely applied in the farming of pangasius and other aquatic species, bringing high economic efficiency and contributing greatly to sustainable development. In Vietnam, RAS technology is being researched and tested, with the hope of helping to improve the productivity and quality of aquatic products in tropical climates.

The operating principle of Denmark's outstanding RAS system

Sensor and automation technology

In the aquaculture industry, sensor and automation technologies play an important role in monitoring and managing the farming environment. In Denmark, technologies such as artificial intelligence (AI) and the Internet of Things (IoT) have been applied to optimize production processes. Sensors help control environmental factors such as temperature, oxygen concentration, pH and other important parameters, ensuring ideal conditions for the growth of aquatic animals. In addition, automation systems help minimize human intervention in processes such as feeding, health control and growth of aquatic animals, thereby increasing efficiency and reducing production costs.

Advanced feed technology

Denmark is also a pioneer in the development and application of biological feeds and regenerative feeds in aquaculture. These feeds not only contribute to increasing the growth rate and health of aquatic animals but also minimize negative impacts on the environment. In particular, biological feeds help reduce dependence on animal raw materials, while improving the quality of aquatic products, meeting the increasing demands of the international market.

Wastewater treatment technology and environmental management

One of the biggest challenges in the aquaculture industry is wastewater treatment and environmental management. Denmark has developed advanced wastewater treatment methods such as biofiltration systems, ozone technology and other environmental protection measures. These technologies not only help reuse water in the aquaculture process but also reduce environmental pollution, ensuring the sustainable development of the industry. Denmark also focuses on balancing economic development and environmental protection, creating sustainable environmental management models in aquaculture.

Application of biotechnology in aquaculture

Biotechnology is also widely applied in aquaculture in Denmark, especially in breeding and advanced breeding technology. Technologies such as enzymes and probiotics have been applied to improve the health and growth of aquatic animals, while minimizing the use of antibiotics and chemicals in aquaculture. These advances not only improve production efficiency but also ensure food quality and safety, meeting the increasing demands of the market.

Technology transfer cooperation between Denmark and Vietnam in green aquaculture

Steps forward in cooperation between Denmark and Vietnam

Denmark and Vietnam have established a strong cooperative relationship in the agricultural sector, including aquaculture. The cooperation projects focus on the development of green, sustainable agriculture, with Denmark playing a role in transferring technology and knowledge to Vietnam. These advances have brought many benefits to the Vietnamese aquaculture industry, from improving productivity and product quality to minimizing environmental impact. The cooperation projects not only help Vietnam access advanced technology but also create opportunities for Vietnamese enterprises to participate in the global supply chain.

Talks between the Ministry of Agriculture and Rural Development and the Danish Ministry of Food, Agriculture and Fisheries

Potential and challenges in applying Danish technology in Vietnam

Although advanced Danish technology has great potential for application in Vietnam, there are still many challenges to overcome. One of the main challenges is the different climatic and natural environmental conditions between the two countries, requiring appropriate adjustments and adaptation of the technology. In addition, the initial investment costs for these technologies are also a barrier for many small and medium-sized enterprises in Vietnam. However, with support from the Government and international partners, these difficulties can be overcome, opening up great opportunities for the Vietnamese seafood industry.

Future directions for technological cooperation in the fisheries industry between the two countries

In the future, technological cooperation between Denmark and Vietnam in the fisheries sector should be promoted through long-term strategies. The governments of the two countries should facilitate technology transfer and promote the participation of enterprises in cooperation projects. Building advanced and sustainable technological cooperation models not only helps improve production efficiency but also contributes to environmental protection, ensuring the sustainable development of the fisheries sectors of the two countries.

Source: Tepbac.com