Modeling Budi Daya #Ikan #nila Salin berbasis kawasan

Summary

This video showcases the transformation of an outdated shrimp farming system into a sustainable tilapia aquaculture model, designed to thrive in brackish water. With support from various stakeholders, including academics and private sector partners, the project aims to produce high-quality tilapia for the market. The initiative emphasizes sustainable practices, such as the implementation of Blue Economy concepts, ensuring ecological preservation. The project involves innovations in feed formulation, automated feeding systems, and digital technologies for monitoring. Ultimately, the goal is to enhance the welfare of fish farmers and contribute to the long-term viability of the aquaculture industry.

Takeaways

• 😀 The facility being discussed was an old model that no longer worked well and needed modification.
• 😀 The project focuses on modifying the system to farm tilapia (Nila) instead of shrimp, with the goal of adapting it to brackish water.
• 😀 Tilapia is a highly marketable fish, with an estimated market worth of 1 billion dollars by the year 2000.
• 😀 The project has developed a model spanning almost 80 hectares, with a production target of 7,000 to 10,000 tons of saltwater tilapia.
• 😀 The goal is to grow tilapia to a size of 800 grams to 1 kilogram, primarily for the market in the form of fish fillets.
• 😀 Collaboration with academicians is key to the project, including the creation of special feed formulations for the tilapia.
• 😀 Private sector partnerships are involved, including feed manufacturers and companies providing automation for feeding processes.
• 😀 The project also leverages digitalization and IT support to improve efficiency and move away from conventional methods.
• 😀 Universities and institutions, such as maritime and fisheries colleges, are working with the project to provide academic support.
• 😀 The Blue Economy concept is being implemented, focusing on sustainable aquaculture to ensure the preservation of fish resources for future generations.
• 😀 The project follows best practices (CBIB) in aquaculture, ensuring proper water management, pond management, and water purification to avoid environmental damage.

Q & A

What is the main focus of the project discussed in the transcript?

The main focus of the project is modifying fish farming techniques for tilapia, specifically adapting them for saltwater environments, and implementing sustainable aquaculture practices.

How was the fish farming system modified to accommodate tilapia in saltwater?

The system was modified by altering the environment to allow tilapia, a typically freshwater fish, to thrive in saltwater, specifically in a man-made saline environment known as 'air payo.'

What is the significance of tilapia in the aquaculture industry?

Tilapia is a significant species in aquaculture due to its strong market demand, with projections indicating a potential market value of up to 1 billion dollars by 2000.

How large is the fish farming facility being discussed in the transcript?

The fish farming facility spans almost 80 hectares, with a production target of 7,000 to 10,000 tons of tilapia annually.

What is the target weight for the tilapia being farmed at the facility?

The target weight for the tilapia is 800 grams to 1 kilogram, which is ideal for market consumption, particularly in fillet form.

How are academic institutions involved in the project?

Academic institutions are contributing by assisting in the development of specialized feed formulations for tilapia and collaborating on the integration of technology in the farming processes.

What role do private companies play in this fish farming project?

Private companies, such as feed manufacturers and technology providers, support the project by offering specialized feeds, automation systems, and digital solutions for monitoring and improving the farming operations.

How is digital technology integrated into the fish farming process?

Digital technology is incorporated to automate feeding processes and enhance operational efficiency, with partnerships involving companies like PT Agri that specialize in IT and digital solutions.

What is the concept of 'blue economy' in relation to this project?

'Blue economy' refers to the sustainable use of ocean resources for economic growth while ensuring environmental preservation. The project applies this concept by using eco-friendly practices in fish farming and reducing the environmental impact of waste.

How does the project address environmental concerns in aquaculture?

The project addresses environmental concerns by ensuring that wastewater from the farms is purified before being released into the ocean, using mangrove trees and other biota for purification, thus preventing pollution and promoting sustainability.