INOVASI PEMBUATAN POC BERBASIS LIMBAH OLAHAN KEDELAI

LPPM UNNES
11 Oct 202412:53

Summary

TLDRIn this informative session, the speakers discuss the implementation of a green economy project using liquid organic fertilizer derived from soybean waste. Led by Mr. Sarifudin and his agricultural group in Semarang, they detail the process of reducing chemical fertilizer usage while promoting sustainable farming practices. The project showcases the positive results of using organic methods on rice crops, emphasizing the long-term benefits for soil health and environmental preservation. Lina Helina highlights the growth comparisons between various fertilization techniques, demonstrating that organic practices yield comparable outcomes to traditional methods, ultimately fostering a healthier ecosystem.

Takeaways

  • đŸŒ± The use of liquid organic fertilizer made from soybean waste aims to reduce chemical fertilizer usage in agriculture.
  • 💰 Funding of 30 million IDR was received for the project, titled 'Green Economy through the Application of Liquid Organic Fertilizer'.
  • đŸŒŸ The project is a partnership with the Rukun Tani Santoso Barukan farmer group in Semarang.
  • 🌿 The liquid organic fertilizer is produced using soybean processing waste, along with egg shells and banana peels as additives.
  • 🔄 The initiative promotes sustainable farming practices and long-term soil health.
  • 📅 The project began with the planting of rice variety Impari 32 on August 12, 2024.
  • đŸ—“ïž Liquid organic fertilizer application started 14 days after planting and continues bi-weekly.
  • 🌍 The project's goal is to create a green economy by utilizing waste and reducing environmental impact.
  • 📈 Initial results indicate that plants receiving organic fertilizer perform comparably to those receiving chemical fertilizers.
  • đŸŒŒ Observations on morphology and physiology of the plants will be conducted to assess the effectiveness of the fertilizers.

Q & A

  • What is the main topic discussed in the video?

    -The video discusses the use of liquid organic fertilizer made from soybean processing waste, specifically utilizing tofu waste, eggshells, and banana peels.

  • Who are the main speakers in the video?

    -The main speakers are Pak Sarifudin, the head of the farmer group, and Lina Helina, a member of the team focusing on plant physiology.

  • What financial support did the project receive?

    -The project received funding of 30 million IDR from the DRTPM for implementing a green economy initiative using liquid organic fertilizers.

  • What is the purpose of using liquid organic fertilizer in agriculture?

    -The purpose is to reduce the reliance on chemical fertilizers, improve soil health, and promote sustainable farming practices.

  • What specific practices were highlighted in the application of the fertilizer?

    -The application included initial spraying of the fertilizer 14 days after planting and continued spraying every two weeks.

  • What variety of rice was planted in the demonstration plot?

    -The variety of rice planted was Impari 32.

  • How did the farmers react to the use of liquid organic fertilizer?

    -The farmers were enthusiastic about producing the fertilizer themselves and are optimistic about its benefits for crop growth and environmental sustainability.

  • What were the findings regarding the growth of the rice plants?

    -The findings indicated that there was no significant difference in growth between the rice plants treated with organic fertilizer and those treated with chemical fertilizers at 58 days after planting.

  • What are the long-term benefits of using organic fertilizers as mentioned in the video?

    -Long-term benefits include reducing soil degradation, promoting environmental health, and contributing to the creation of a green economy.

  • How does the project aim to manage waste effectively?

    -The project aims to utilize waste from tofu and soy processing to create organic fertilizer, thus reducing waste disposal into drainage systems and rivers.

Outlines

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Highlights

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Transcripts

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Étiquettes Connexes
Sustainable FarmingOrganic FertilizersGreen EconomySoil HealthAgricultural InnovationCommunity EngagementEco-Friendly PracticesFarming TechniquesCrop YieldEnvironmental Impact
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