Bioreaktor Kapal Selam Desa Wonocoyo

Summary

The bio-reactor in Wonocoyo village transforms organic waste from households and communal cattle farms into valuable resources. This innovative facility processes the waste to produce liquid fertilizer, solid fertilizer, and biogas. The process involves collecting and sorting waste, grinding it into a slurry, and fermenting it in a robust underground reactor. The resulting fertilizers enhance soil fertility and crop yields, while the biogas provides an eco-friendly cooking fuel for local residents. This project promotes sustainable waste management, benefiting both the environment and the community.

Takeaways

• 🌱 The bio-reactor in Wonocoyo Village processes organic waste from households and communal livestock.
• ♻️ The main products of the bio-reactor are liquid fertilizer, solid fertilizer, and biogas (methane).
• 💧 Organic waste is sorted, ground, and mixed with water to create a slurry for easier processing.
• 🔧 The bio-reactor is a six-meter-deep underground cylinder designed to prevent gas leaks during fermentation.
• 🔥 Methane gas produced from the fermentation process is used as a cooking fuel, reducing dependence on LPG and firewood.
• 🌾 The organic fertilizers produced enhance soil fertility and improve agricultural productivity.
• 🌍 The project supports environmental sustainability by managing waste and converting it into valuable resources.
• 🤝 Managed by the village's economic development body, the bio-reactor promotes community resilience.
• 🌼 The initiative helps mitigate crop diseases and enhances the health of plants through organic fertilizers.
• ✨ Overall, the bio-reactor exemplifies a successful model of sustainable waste management in rural communities.

Q & A

What is the main purpose of the submarine bioreactor in Wonocoyo village?

The submarine bioreactor is designed to process waste collected from households and communal cattle farms, converting it into three products: liquid fertilizer, solid fertilizer, and biogas.

How is the organic waste prepared before entering the bioreactor?

Organic waste is collected and sorted, then washed to remove stones and metal. It is ground into a slurry with water to facilitate its flow into the bioreactor.

What types of waste are processed in the bioreactor?

The bioreactor processes organic waste from households and manure from communal cattle farms.

What is the depth and construction material of the bioreactor?

The bioreactor is approximately 6 meters deep and 7 meters long, made from strong concrete to prevent gas leaks.

What products are generated from the fermentation process in the bioreactor?

The fermentation process produces liquid fertilizer, solid fertilizer, and methane gas (biogas).

How is the methane gas utilized by the community?

The methane gas produced is planned to be supplied to the surrounding community for use as a cooking fuel, reducing dependency on LPG and firewood.

What benefits does the organic fertilizer provide?

The organic fertilizer enhances soil fertility, increases crop production, controls various soil pests, and reduces the risk of plant diseases.

What is the significance of this project for the Wonocoyo village?

The project aids in waste management, promotes sustainable agricultural practices, and provides a renewable energy source, thus benefiting the local environment and community.

What role does the local community play in the operation of the bioreactor?

The local community contributes by providing organic waste and participating in the operation, which helps in the efficient management of waste and utilization of the bioreactor's outputs.

What future plans are there for the biogas produced?

In 2023, the plan is to distribute the produced biogas to nearby households to enable them to use it as a fuel source for cooking.