TPA Benowo Konversi Sampah jadi Listrik - NET16

Summary

Surabaya's Benowo Landfill has introduced an innovative waste management system that converts waste into electricity. By capturing methane gas from decomposing waste, the landfill generates up to 2 megawatts of electricity, which is supplied to the national grid. This initiative not only addresses the city's waste issues but also promotes environmental sustainability. The Surabaya government supports the project, with plans to expand it by producing compost for local use. Recently, the landfill was recognized as a national model for successful waste management by the Ministry of Environment and Forestry.

Takeaways

• 😀 The Benowo Landfill in Surabaya has successfully implemented a waste-to-energy process to convert waste into electricity.
• 😀 Surabaya produces thousands of tons of waste daily, and effective waste management is crucial to avoid environmental pollution and discomfort.
• 😀 PT Sumber Organik manages the Benowo landfill and has the capacity to generate 2 megawatts of electricity from 1,200 tons of waste.
• 😀 The electricity generated comes from methane gas, a byproduct of waste decomposition, which is captured and converted into power.
• 😀 The methane gas is stored in wells and piped to a conversion machine that produces electricity, which is then supplied to the PLN grid.
• 😀 This innovation helps demonstrate that waste can have a positive value and contribute to the environment and local community.
• 😀 The Surabaya government supports this initiative, hoping to maximize waste management practices, including composting for residents.
• 😀 There are plans to expand waste-to-energy systems further and introduce composting facilities at the Benowo landfill.
• 😀 Benowo landfill has been recognized as a national model for waste management by the Ministry of Environment and Forestry.
• 😀 The successful transformation of waste into useful energy and compost at the Benowo landfill showcases the potential of sustainable waste management solutions.

Q & A

What is the main innovation at TPA Benowo in Surabaya?

The main innovation at TPA Benowo is the conversion of waste into electricity by capturing methane gas produced from waste decomposition and using it to generate power.

How much waste does TPA Benowo process daily?

TPA Benowo processes approximately 1200 tons of waste daily.

How much electricity is generated from the waste at TPA Benowo?

TPA Benowo generates 2 megawatts of electricity from the 1200 tons of waste processed daily.

What is the source of the electricity generated at TPA Benowo?

The electricity is generated from methane gas, which is produced as a byproduct of waste decomposition at TPA Benowo.

How is the methane gas collected and used to generate electricity?

The methane gas is collected in wells, then transported through special pipes to a conversion machine, which generates electricity that is supplied to the local power grid via PLN.

What is the role of PT Sumber Organik in TPA Benowo?

PT Sumber Organik is the company responsible for managing TPA Benowo and overseeing the waste-to-energy conversion process.

What benefits does the waste-to-energy process at TPA Benowo provide?

The process helps reduce waste, generates clean energy, and prevents environmental pollution, contributing to better waste management and energy production in Surabaya.

How does the Surabaya government view the innovation at TPA Benowo?

The Surabaya government supports the innovation, as it helps solve waste management issues and provides environmentally friendly solutions, with plans to expand the program in the future.

What future plans are there for TPA Benowo's waste management program?

Future plans include expanding the waste-to-energy process and developing composting facilities to further manage organic waste and create sustainable solutions.

What recognition did TPA Benowo receive from the Ministry of Environment and Forestry?

TPA Benowo was selected as a national model for waste processing by the Ministry of Environment and Forestry due to its successful efforts in converting waste into useful resources.