A Critical Support for Fish Farming：Integrated Temporary Breeding System support customized tank size, filtration parts, suitable for temporary breeding, low density fish farming. Easy to install and maintenance.
In the aquaculture industry, challenges such as environmental changes, disease risks, and fluctuating market demands frequently arise. Temporary fish breeding pond system serve as a flexible and efficient solution to help farmers address these uncertainties while ensuring production stability and economic efficiency.
1. Advantages of Temporary Fish Breeding Systems
Flexible Response to Environmental Changes: Extreme weather conditions, water pollution, and other emergencies can jeopardize the safety of aquaculture organisms. Temporary breeding systems offer a rapid response by providing a secure temporary habitat, thereby minimizing potential losses.
Effective Disease Isolation: In the event of a disease outbreak, temporary fish breeding pond systems can function as isolation zones to prevent pathogen spread, facilitate centralized treatment, and mitigate disease transmission risks.
Adaptability to Market Demand: When market demand fluctuates, temporary fish breeding pond systems enable farmers to adjust their farming scale flexibly, allowing them to capitalize on market opportunities and enhance profitability.
Optimized Space Utilization: Through strategic planning, temporary breeding systems maximize the use of existing sites, increasing breeding density and boosting yields.
Cost Efficiency: Compared to fixed facilities, temporary breeding systems require shorter construction cycles and lower investments. They can be rapidly deployed, reducing operational costs while maintaining effectiveness.
QLOZONE Customized Integrated Temporary Breeding System,designed with fish tank, oxygenation and filtration together.
2. Application Scenarios of Temporary Fish Breeding Pond Systems
Suitable for temporary breeding, low density fish farming. Skid Unit forms a user-friendly plug and play system.
Nursery Stage: Temporary fish breeding pond systems provide a controlled environment for seedlings, improving survival rates during early growth stages.
Phased Cultivation: These systems allow for adjustments in the breeding environment based on biological growth stages, optimizing growth conditions throughout the lifecycle.
Quarantine: Newly introduced or diseased organisms can be quarantined and observed within temporary temporary fish breeding pond systems to prevent disease spread.
Temporary Maintenance: Prior to transportation or sales, temporary fish breeding pond systems ensure a suitable maintenance environment, safeguarding the health of aquatic organisms.
3.Considerations for Selecting Temporary Fish breeding Pond Systems
Breeding Species: Different species have varying requirements for water quality, temperature, and other conditions. It is essential to select an appropriate system tailored to the specific needs of the target organisms.
System Scale: The capacity of the system should be determined based on the number of organisms being bred to avoid overcrowding and maintain optimal conditions.
Material Selection: Durable, non-toxic materials must be chosen to ensure the safety and reliability of the system.
Supporting Facilities: Necessary equipment, such as filtration and oxygenation systems, should be integrated to maintain a high-quality breeding environment.
Four-Chamber Integrated Aquaculture System
* QLOZONE Customized Integrated Temporary Breeding System case material is PP, to strengthen the stability, we fixed the reinforcement around it.
* Air pump connect to diffuser to help increase oxygen in the fish tank.
* Filtration parts, total with 4 chamber:
First chamber is Blush chamber,help filter the impurity.
The second chamber will put bacteria house and Matts inside, will help filter the small size impurity and help decompose bacteria and purity water quality.
The third chamber is biochemical aeration chamber, with K5 type PE media inside. This parts to create a biological environment, decompose pollutants, and enhance water purification efficiency.
The last chamber is UV , sterilizer water before water goes back to fish tank.
* After sterilizer, the water pump will pump water back to fish tank.
The water back to pond by drip, can also help increase oxygen.
4.Conclusion
Temporary fish breeding pond systems are a vital tool for aquaculture farmers to manage risks and enhance benefits. By leveraging these systems strategically, farmers can effectively respond to various challenges and achieve sustainable development in the aquaculture sector.
