kupas tuntas keunggulan tambak udang milenial

Summary

This video outlines the innovative features of the millennial pond system for shrimp farming, emphasizing its efficiency, automation, and sustainability. With a round pond design that minimizes waste accumulation, automated feeding, and digital monitoring, the system enhances shrimp farming operations. The use of technologies like fine bubbles for oxygenation and data-driven water quality management ensures optimal shrimp health. Cost-effective and environmentally sustainable, the millennial pond is designed for young entrepreneurs, offering a solution for both small-scale farmers and large operations. The project also promotes the development of local economies and environmental stewardship, making it ideal for modern, tech-savvy shrimp farming.

Takeaways

• 😀 The round pond design makes shrimp farming easier by efficiently collecting waste and improving water circulation, preventing waste buildup.
• 😀 Automation is central to the system, with automatic feeding controlled through apps to adjust the amount and frequency of feed for optimal shrimp health.
• 😀 Digitalization enables real-time monitoring of water quality and operational data, allowing for quick decision-making to ensure pond health and safety.
• 😀 The use of Optimistic Fine Bubble technology helps maintain oxygen levels for shrimp by generating microbubbles and nanobubbles, improving water quality and shrimp survival.
• 😀 Liquid oxygen supplementation ensures consistent oxygen supply, enhancing shrimp growth and overall pond health.
• 😀 The small 20m diameter pond design is cost-effective and ideal for those with limited land or capital, making shrimp farming more accessible to millennials.
• 😀 The operational risks are minimized due to constant monitoring of water quality and shrimp health, reducing the threat of diseases and ensuring environmental sustainability.
• 😀 The millennial pond concept focuses on achieving higher production targets with minimal space: 1-1.5 tons per pond, or 30 tons per hectare, ensuring efficient use of resources.
• 😀 Data-driven decision-making is empowered through mobile applications, where operators can track biomass, feed input, water parameters, and forecast harvests remotely.
• 😀 The project encourages the involvement of young people, providing training for them to become shrimp pond entrepreneurs, supervisors, and technicians, contributing to local economic growth.
• 😀 Wastewater management and environmental sustainability are key focuses, using sedimentation and reoxygenation systems to reduce organic content and maintain water quality before discharge into the sea.

Q & A

What are the key advantages of the millennial pond compared to other ponds?

The millennial pond has several advantages: it is easy to operate due to its round shape, allowing for waste to be collected at the center; it uses automation for feeding and digitalization to monitor water quality; and it has minimal environmental impact due to its design and waste management systems.

How does the round shape of the millennial pond contribute to better shrimp farming?

The round shape helps collect shrimp waste and leftover feed at the center, making it easier to remove waste without disrupting the pond. This eliminates dead points where waste might accumulate, ensuring cleaner water for the shrimp.

What role does automation play in the operation of the millennial pond?

Automation controls the feeding system, adjusting the amount and frequency of feed based on predefined settings. This reduces manual labor, ensures consistent feeding, and helps manage feeding efficiency, which is critical for water quality.

How is digitalization utilized in the millennial pond system?

Digitalization is used to monitor water quality, track shrimp health, and store data about pond conditions. This allows operators to make quick, data-driven decisions to maintain optimal shrimp farming conditions and improve operational efficiency.

What technology is used to maintain oxygen levels in the pond?

The millennial pond utilizes the Optimistic Fine Bubble feature, which generates nanobubbles and microbubbles to maintain oxygen levels above 5 PPM. Oxygen is sourced from both free air and liquid oxygen to ensure continuous supply.

What are the economic and operational benefits of using a smaller diameter pond (20m)?

Smaller ponds with a 20-meter diameter are more cost-effective and can be managed with fewer resources. The smaller size also reduces operational risks, such as disease outbreaks, and allows for efficient production with a target of 1-1.5 tons of shrimp per pond.

How does the pond's design support environmental sustainability?

The millennial pond supports sustainability by minimizing waste through automated systems and using sedimentation processes to treat waste. The water is returned to the sea with improved quality, and waste products like mud are processed for potential use in agriculture or forestry.

What is the significance of involving millennials in shrimp farming?

Involving millennials, especially fresh graduates, in shrimp farming helps develop a skilled workforce. By providing training in both technology and shrimp farming techniques, they can become entrepreneurs, technicians, or managers, driving innovation and improving industry standards.

What are the two methods used to calculate feed requirements in shrimp farming?

The two methods for calculating feed requirements are: 1) the feed ratio, which is based on the biomass of the shrimp, and 2) the feed index, which calculates the amount of feed needed based on the number of shrimp and their growth rate. These methods help ensure optimal feeding without overfeeding, which could harm water quality.

How does the millennial pond's technology minimize environmental risks?

The millennial pond minimizes environmental risks by continuously monitoring water quality through digital systems, using automated waste management techniques, and treating wastewater before it's returned to the sea. This ensures that the pond's operations do not negatively impact the surrounding ecosystem.