BERTANI DARI RUMAH.SULAP LAHAN 200M HASILKAN RATUSAN JUTA ALA HERI SUNARTO#hanikchannel #herisunarto

Hanik Channel

2 Jul 202408:22

Summary

TLDRThe transcript describes a conversation about sustainable farming techniques at home, led by Pak Heri. It covers hydroponics, fish farming, and composting with minimal energy and water usage. Pak Heri explains how he utilizes maggot production for feeding fish, and the circular use of water for different processes. He emphasizes the efficiency and eco-friendliness of his methods, which include raising Joper chickens and using household waste for compost. The discussion highlights a scalable and innovative approach to self-sustained farming, showcasing a vision of future farming for Indonesia's food security.

Takeaways

🌾 The speaker discusses sustainable farming practices starting from home, including fish farming and hydroponics.
🐟 Maggots are produced from household waste and used as fish feed, specifically for catfish and gourami.
💧 A water filtration and circulation system is set up, using only a 13-watt pump for multiple functions like hydroponic seedling and fish farming.
🚰 The water system filters water and circulates it through various uses, including seedling development, fish ponds, and vegetable growth.
🐓 The speaker is also raising Joper chickens (Jowo Super breed), integrating the farming system with efficient feed from maggot production.
🔄 The entire system works in a circular fashion with zero waste, where everything from water to waste is reused efficiently.
🔬 Microorganisms such as lactobacillus and nitrobacter are used to treat the water and ensure the farming system remains odorless and sustainable.
🌱 This sustainable model includes composting, using organic waste from the household and farm to fertilize plants.
🏅 The farming model is being scaled up for use in larger areas, with potential production of up to 9,000 chickens.
🎓 The speaker mentions that these practices are being shared widely, even incorporated into student research and national competitions to promote high productivity and eco-friendly farming methods.

Q & A

What is the main focus of the discussion in the script?
-The main focus is on sustainable farming practices at home, specifically integrating various techniques like hydroponics, aquaculture, and composting to create an efficient and eco-friendly farming system.
What types of animals are mentioned in the script?
-The animals mentioned include fish like catfish (lele), Nile tilapia, red gourami, and chickens (specifically Joper chickens, which are a crossbreed of local and Javanese chickens).
What is the purpose of the 13-watt pump mentioned in the script?
-The 13-watt pump is used to circulate water in the hydroponic and aquaculture systems, ensuring that the water is filtered and reused efficiently for different processes like fish farming and plant cultivation.
How is maggot production integrated into the farming system?
-Maggots are produced from household waste and used as a sustainable food source for fish like catfish and gourami. The maggots do not emit any foul odor and are even exported.
What is bioplock or red water system mentioned in the script?
-The bioplock or red water system is a method used to manage water quality in aquaculture, helping to filter and clean the water for fish farming. It involves the use of probiotics like lactobacillus and nitrobacter to prevent odor and maintain a healthy environment for the fish.
How is the waste from the fish ponds utilized in the farming system?
-Waste from the fish ponds is filtered and reused, either in the hydroponic system for plant growth or as water for other parts of the farm. This circular approach minimizes waste and maximizes efficiency.
What are the benefits of using maggots as fish feed in this system?
-Maggots provide a sustainable, cost-effective, and nutrient-rich food source for the fish, reducing the reliance on external feed and contributing to the overall efficiency of the farm.
How is energy efficiency achieved in this farming system?
-Energy efficiency is achieved by using a small 13-watt pump to manage multiple processes like hydroponics, fish farming, and filtration, reducing the overall energy consumption of the farm.
What crops are grown in the hydroponic system mentioned in the script?
-The script does not specify the exact crops grown in the hydroponic system, but it implies that various vegetables are cultivated as part of the sustainable farming practice.
What is the role of community engagement in this farming project?
-The farming project involves sharing knowledge with the community, including students and researchers. There are also competitions to motivate participants to increase productivity and adopt eco-friendly, organic farming methods.

Outlines

00:00

🐟 Integrated Farming and Fish Breeding at Home

The speaker discusses an innovative way of farming and breeding fish using a system developed by Pak Herry. The method involves using a small 13-watt pump to power a hydroponic system, filtering units, and an aerator for various fish breeding tasks, including catfish (lele), tilapia, and gourami. The process is highly efficient, using wastewater and a rotating cycle to maintain water quality. The speaker emphasizes the minimal smell, the effectiveness of the red-water system, and the use of maggots as fish feed, produced from household organic waste. This system integrates multiple farming processes, such as composting and the use of maggots for feeding fish, providing an eco-friendly, low-cost solution for sustainable farming.

05:00

🌾 Sustainable Agriculture and Energy Efficiency

The second paragraph focuses on a sustainable farming model that minimizes waste and optimizes resources. Water from the fish ponds is recycled and used for irrigation, while maggots are produced as feed for both fish and chickens. This integrated system enables cost-effective farming on two hectares of land, where chicken breeding and fish farming are scaled up. The farm produces compost and other organic materials from the waste in the yard. The speaker highlights how this model is not only energy-efficient but also environmentally friendly. It is shared as a good example for students and researchers, promoting the concept of turning farms into eco-friendly, self-sustaining systems, and encouraging competitions for the most productive and sustainable farmers.

Mindmap

Keywords

💡Magot

Magot refers to black soldier fly larvae, commonly used in sustainable farming practices. In the video, it is produced by Pak Herry from household organic waste and used as efficient feed for fish, such as catfish (lele). The magot is noted for its lack of odor and is even considered for export. Its use exemplifies sustainable and eco-friendly farming practices.

💡Lele

Lele refers to catfish, a commonly farmed fish in Indonesia. In the video, Pak Herry uses magot to feed lele, demonstrating an integrated farming system that utilizes waste products to sustain fish farming. This practice highlights efficient resource management within the agricultural ecosystem.

💡Bioplock system

The bioplock system is an aquaculture technique that minimizes water usage by recycling and filtering water within fish farming systems. In the video, Pak Herry mentions using this system, reducing odor and ensuring environmental sustainability. It is part of his larger strategy to scale up fish farming with minimal resource input.

💡Joper

Joper stands for 'Jowo Super,' a hybrid breed of free-range chicken (ayam kampung) that combines local Indonesian chicken breeds with high-production varieties. In the video, Pak Herry discusses raising Joper chickens, which grow quickly and are sold to Jakarta. The hybridization aims to improve productivity while maintaining traditional farming practices.

💡Hydroponics

Hydroponics refers to the method of growing plants without soil, using nutrient-rich water solutions instead. In the video, Pak Herry showcases how he uses a 13-watt pump to sustain his hydroponic system, highlighting how small-scale sustainable practices can thrive in household settings.

💡Filtering unit

The filtering unit is a component of Pak Herry's farming system that purifies water for reuse in his aquaculture and hydroponic systems. This unit plays a crucial role in maintaining water quality for the fish and plants, reflecting the circular nature of his integrated farming approach.

💡Gurame

Gurame, or gourami, is a type of freshwater fish popular in Southeast Asia. In the video, Pak Herry mentions farming red gurame, an expensive variety, as part of his aquaculture practices. The inclusion of high-value species like gurame emphasizes the economic potential of his farming system.

💡Probiotics

Probiotics in the context of the video refer to beneficial microorganisms that are added to the fish farming environment to promote health and reduce waste odors. Pak Herry uses a combination of bacteria (lactobacillus, nitrobacter, and others) in his system, which improves water quality and prevents odor, enhancing the sustainability of his farming operations.

💡Mina padi

Mina padi is a traditional Indonesian farming method that integrates rice cultivation with fish farming. In the video, Pak Herry refers to this concept when explaining his efficient resource use, where water from fish ponds irrigates crops. This reflects a circular economy approach, optimizing both land and water use.

💡Kompos

Kompos, or compost, is organic material that has decomposed and is used as fertilizer in farming. In the video, Pak Herry explains how he produces compost from leaves and other organic waste in his yard, which then supports his plants and animals. This practice underscores the self-sustaining nature of his farming system.

Highlights

The speaker discusses farming from home, focusing on efficient and environmentally friendly systems such as hydroponics and bioponics.

A 13-watt pump is used to circulate water for multiple processes, including fish farming, plant cultivation, and waste recycling.

The water filtration system filters and reuses water up to four times for various purposes like hydroponic cultivation and fish breeding.

Magot (black soldier fly larvae) production is used as a sustainable fish food source, made from household waste without foul smells.

The system includes breeding of local Jowo Super chickens (a hybrid species) for more efficient and profitable poultry farming.

The farm integrates aquaponics (fish farming with plant cultivation) and uses minimal energy for maximum output, showcasing an efficient circular farming system.

The concept of Mina Padi (a rice-fish farming system) is used, where fish farming coexists with rice cultivation, creating additional productivity from limited land.

Water from different stages of fish farming is reused for irrigation, ensuring no waste and optimizing resource use.

Probiotic use (such as lactobacillus and nitrobacteria) in fish tanks ensures water quality remains good, supporting sustainable fish farming.

The integration of chicken, fish, and plant farming creates a highly efficient and self-sustaining system, making the farm a model for small-scale agriculture.

The use of magot as a high-protein feed reduces the cost of purchasing fish food and also addresses the issue of household waste.

The speaker emphasizes scaling up the model to larger farms while maintaining resource efficiency, energy conservation, and environmental sustainability.

A closed-loop system, where waste is converted into resources, prevents environmental contamination and boosts productivity.

The farm has potential for further development, with plans to expand magot production for export markets and further diversification into plant-based production.

The farm is presented as an example for future agricultural innovations in Indonesia, with potential to support global food security by 2045.