REALITAS - Bantar Gebang, Jantung Sampah Jakarta Bermuara

METRO TV
22 May 202308:27

Summary

TLDRJakarta faces a mounting waste crisis, producing 7,500 tons of trash daily, overwhelming facilities like the Bantar Gebang landfill. Despite expansion and attempts to implement waste processing methods like RDF (Refuse-Derived Fuel) plants, issues persist, including delays in operations and difficulties meeting buyer specifications. The city’s rapid growth and waste mismanagement lead to piling trash, creating environmental hazards and logistical challenges. Current solutions are insufficient, risking an overflow of waste and potential environmental disasters if left unchecked.

Takeaways

  • 🏙️ Jakarta is the second most populous city in the world, with over 11.24 million people, leading to high waste production.
  • 📈 In 2022, Jakarta produced 7500 tons of waste per day, a 45% increase from 5100 tons per day in 2011.
  • 🚚 Bantar Gebang is the central waste processing facility for Jakarta, handling the waste from the metropolitan area.
  • 📊 The volume of waste at Bantar Gebang is increasing, with the facility expanding from 110 hectares to 117.5 hectares in 2021.
  • 🔥 There is a lack of advanced waste processing, with most waste simply being piled up without proper treatment.
  • 🚛 Approximately 1300 waste trucks from around Jakarta enter Bantar Gebang daily, causing traffic congestion.
  • 🏗️ New waste processing facilities like landfill Mini and RDF Bantar Gebang Pra have been established but are not yet operational.
  • ⏳ RDF Bantar Gebang was projected to start operations in January 2023 but has been delayed due to ongoing testing and improvements.
  • 🔄 The RDF facility is expected to process 2000 tons of waste and produce around 700 tons of alternative fuel daily.
  • 🤝 PT Indocement Tunggal Prakarsa and PT Solusi Bangun Indonesia have shown interest in purchasing the RDF product, with specific requirements for its composition.
  • ⚠️ The operational delays and limited processing capacity of RDF Bantar Gebang mean it cannot solve Jakarta's waste problem, as it can only process a fraction of the daily waste production.

Q & A

  • What is the current population of Jakarta, and how does it rank among the most populated cities in the world?

    -Jakarta currently has a population of no less than 11.24 million people, placing it as the 8th most populated city in the world according to the 781 cities data by World Population Review.

  • How much waste does Jakarta produce daily, and what is the source of this waste?

    -Jakarta produces up to 7,500 tons of waste per day, originating from various sectors including consumption, product packaging, industry, and households.

  • What is the status of the integrated waste management plan in Jakarta?

    -The government has prepared a scheme, including a Presidential Regulation (Perpres), but there is no utilization of facilities like waste incinerators or engines to manage the waste effectively.

  • What is the current situation of waste management in Jakarta, especially in Bantar Gebang?

    -The waste in Jakarta continues to accumulate, and Bantar Gebang, being the central waste processing area, is overwhelmed with waste that forms 'mountains' and is at risk of 'erupting' due to the increasing volume.

  • How has the volume of waste in Jakarta changed over the past 12 years?

    -In the last 12 years, the daily volume of waste in Jakarta has increased by 45%, from 5,100 tons per day in 2011 to 7,500 tons per day in 2022.

  • What are the challenges faced by Bantar Gebang in handling the waste from Jakarta?

    -Bantar Gebang faces challenges due to the increasing volume of waste, which has led to the expansion of the landfill area from 110 hectares to 117.5 hectares in 2021, and the risk of waste 'mountains' erupting.

  • What facilities have been established in Bantar Gebang for waste processing, and when were they inaugurated?

    -Several waste processing facilities have been established in Bantar Gebang, with the latest being the landfill Mini and RDF Bantar Gebang Pra, which was inaugurated on October 10, 2022.

  • What is the operational status of the RDF Bantar Gebang facility, and what is its projected capacity?

    -As of the script's knowledge, the RDF Bantar Gebang facility, which was projected to process 2,000 tons of waste and produce around 700 tons of alternative fuel, has not yet been operational due to ongoing testing and improvements.

  • Which companies are expected to purchase the RDF produced by Bantar Gebang, and what are their requirements?

    -PT Indocement Tunggal Prakarsa and PT Solusi Bangun Indonesia are expected to purchase the RDF produced by Bantar Gebang, with requirements including calorific content, organic residue content, and other specifications tailored to their fuel needs.

  • What is the current target for the operational start of the RDF Bantar Gebang facility, and what are the reasons for the delay?

    -The target for the operational start of the RDF Bantar Gebang facility has been revised multiple times, with the latest target being no later than June 2023. The delay is due to the need for further optimization of the machinery and ensuring the product meets the design criteria, especially for future buyers.

  • How does the operation of the RDF Bantar Gebang facility impact the overall waste management problem in Jakarta?

    -The operation of the RDF Bantar Gebang facility alone cannot solve Jakarta's waste management problem, as it can only process a fraction of the total waste produced daily, leaving a significant amount of waste still requiring management.

Outlines

00:00

🚮 Jakarta's Garbage Overload

Jakarta, with a population of over 11.24 million, ranks as the second most densely populated city in the world. This leads to a high production of waste, with Jakarta generating up to 7500 tons of garbage daily from various sectors including consumption, packaging, and household waste. The current waste management system is insufficient, with waste still being piled up without proper processing. The city has prepared a scheme and a Presidential Regulation (Perpres) for waste management, but there is a lack of utilization. The Bantar Gebang landfill, which is the heart of Jakarta's waste processing, continues to receive waste from the metropolitan area, leading to the formation of garbage mountains that threaten to erupt due to the increasing volume of waste. The government has had to expand the landfill area from 110 hectares to 117.5 hectares in 2021 to accommodate the growing waste volume. However, the sorting and management of waste are still rudimentary, and there is an ideal need for more advanced waste processing facilities like incinerators.

05:02

🏗️ Challenges in Waste-to-Energy Conversion in Jakarta

The script discusses the challenges faced in converting waste into energy in Jakarta. Despite the establishment of new waste processing facilities like the landfill Mini and RDF Bantar Gebang Pra, which was inaugurated on October 10, 2022, they have not yet been operationalized due to ongoing testing and improvements. The RDF (Refuse Derived Fuel) Bantar Gebang, which was projected to process 2000 tons of waste and produce around 700 tons of alternative fuel, has faced delays in its operational schedule. The target operation was initially set for January but has been revised to June 2023. The operational delays are due to the RDF product not meeting the buyer's specifications, including calorific content and organic matter content. The government is working on optimizing the machinery and improving the facilities to meet the design criteria, especially for the future buyer, PT Indocement Tunggal Prakarsa, which plans to purchase 200 tons of RDF per day. However, the RDF operation alone cannot solve Jakarta's waste problem, as it can only process a fraction of the total waste produced daily, leaving a significant amount of waste still untreated and contributing to the risk of the Bantar Gebang landfill reaching a critical volume.

Mindmap

Keywords

💡Landfill

A landfill is a site for the disposal of waste materials by burial. In the context of the video, landfills are used to manage the waste produced by Jakarta, which is one of the most densely populated cities in the world. The script mentions that the volume of waste is so high that the existing landfills are becoming overwhelmed, leading to environmental concerns and the need for expansion, as seen with the TPS Bantar Gebang landfill.

💡Waste Management

Waste management refers to the collection, transportation, disposal, or recycling of waste materials. The video script discusses the inadequacy of current waste management practices in Jakarta, highlighting the need for more efficient systems like integrated waste management facilities or 'kremasi sampah'. The script emphasizes the importance of proper waste segregation and processing to reduce the environmental impact.

💡Integrated Waste Management Facility (TPST)

An Integrated Waste Management Facility is a comprehensive system designed to process and manage waste in an efficient and environmentally friendly manner. The script mentions that Jakarta is struggling with waste management, and the government has prepared a presidential regulation (Perpres) to address this issue. The TPS Bantar Gebang is identified as the central facility for waste processing in Jakarta, but it is struggling to keep up with the increasing waste volume.

💡Waste Production

Waste production refers to the amount of waste generated by human activities. The video script provides statistics on Jakarta's waste production, stating that it produces up to 7500 tons of waste per day. This high volume is a result of the city's large population and various sectors contributing to waste, including consumption, packaging, and industrial activities.

💡Waste Segregation

Waste segregation is the process of separating different types of waste for recycling, composting, or disposal. The script implies that current waste segregation practices in Jakarta are rudimentary, with waste often being piled up without proper sorting or processing. This lack of segregation hinders the efficiency of waste management and contributes to the growing problem of waste accumulation.

💡Incineration

Incineration is a waste treatment process that involves the combustion of waste in a controlled environment. The video script suggests that incineration is an ideal method for waste disposal in Jakarta, as it could reduce the volume of waste significantly. However, it also mentions that the city's current facilities are not yet capable of fully implementing incineration to produce ash, indicating a need for technological and infrastructural upgrades.

💡Refuse-Derived Fuel (RDF)

Refuse-Derived Fuel is a solid fuel produced from municipal solid waste. The script discusses the construction of RDF facilities in Bantar Gebang, which are expected to process waste and produce an alternative fuel. The RDF is projected to be purchased by companies like PT Indocement to replace non-renewable coal, indicating a move towards more sustainable waste management practices.

💡Environmental Impact

Environmental impact refers to the effects of human activities on the environment. The video script highlights the environmental consequences of improper waste management in Jakarta, such as the risk of landslides from overflowing landfills and the potential explosion of waste mountains. These impacts underscore the urgency of improving waste management systems to protect public health and the environment.

💡Urban Density

Urban density refers to the concentration of people living in a particular urban area. The script mentions that Jakarta is the second most densely populated city in the world, which contributes to the high volume of waste production. High urban density exacerbates waste management challenges by increasing the amount of waste generated and the difficulty of waste disposal.

💡Recycling

Recycling is the process of converting waste materials into new materials and products. While not explicitly mentioned in the script, recycling is an implicit part of the discussion on waste management. The video's focus on waste processing and the need for more efficient waste management suggests that recycling could play a crucial role in reducing waste volume and promoting sustainability in Jakarta.

💡Government Regulation

Government regulation refers to the rules and policies established by the government to manage various aspects of society, including waste management. The script mentions that the government has prepared a presidential regulation (Perpres) to address waste management issues. This indicates the government's role in setting standards and providing frameworks for waste management practices to ensure environmental protection and public health.

Highlights

Jakarta's population of over 11.24 million ranks it as the 8th most densely populated city in the world, leading to high waste production.

Jakarta produces up to 7500 tons of waste daily from various sectors including consumption, packaging, industry, and households.

The waste management in Jakarta is still primarily focused on dumping, lacking advanced processing like incineration to reduce waste to ash.

The government has prepared a scheme and Presidential Regulation (Perpres) to address waste management, but utilization is lacking.

Bantar Gebang is the central waste processing facility for Jakarta, where waste from the metropolitan area ends up.

The waste volume at Bantar Gebang is increasing, threatening to erupt like a volcano due to the uncontrolled accumulation.

To accommodate the increasing waste, the Jakarta Provincial Government expanded the Bantar Gebang landfill from 110 hectares to 117.5 hectares in 2021.

The daily waste volume in Jakarta has risen by 45% in the last 12 years, from 5100 tons in 2011 to 7500 tons in 2022.

Over 1300 trucks of waste from all over Jakarta enter Bantar Gebang daily, causing traffic congestion in the area.

Several waste processing facilities have been established in Bantar Gebang, including the latest landfill mini and RDF Bantar Gebang Pra.

The RDF Bantar Gebang facility, projected to process 2000 tons of waste and produce around 700 tons of alternative fuel, is not yet operational due to ongoing testing.

PT Indocement Tunggal Prakarsa is set to purchase 200 tons per day of the alternative fuel produced by RDF Bantar Gebang.

The RDF Bantar Gebang operation is delayed due to the product not meeting the buyer's specifications, including calorific value and organic content.

The RDF Bantar Gebang facility is expected to be operational by June 2023, but the delay continues due to machine optimization.

The operation of RDF Bantar Gebang alone cannot solve Jakarta's waste problem, as it can only process 1000 tons of new waste and 1000 tons from the existing mountain of waste daily.

The Bantar Gebang landfill's volume has reached 49 million tons, risking an explosion if the waste processing does not match the incoming waste volume.

Transcripts

play00:02

[Musik]

play00:18

penumpukan sampahnya dari sisi

play00:20

pengelolaannya masih sekedar numpuk aja

play00:23

jadi idealnya sih ada kayak tempat kayak

play00:25

kremasi sampah gitu

play00:28

pemerintah sudah menyiapkan skema sudah

play00:31

menyiapkan Perpres sudah menyiapkan

play00:32

status PSN namun tidak ada yang

play00:35

memanfaatkan

play00:36

mau membuat enginerator aja urusan yang

play00:40

namanya tipping V sampai sekarang itu di

play00:43

Solo belum sudah saya mulai awal dulu

play01:04

saat ini Jakarta memiliki jumlah

play01:07

penduduk tidak kurang dari 11,24 juta

play01:10

jiwa menempatkan Jakarta diposisi kedua

play01:13

8 kota terpadat dunia dari 781 kota yang

play01:19

didata oleh World population review

play01:21

kondisi ini tentu saja membawa

play01:23

konsekuensi yaitu tingginya produksi

play01:26

sampah di Tahun 2022 Jakarta memproduksi

play01:32

sampah hingga 7500 ton per hari berasal

play01:35

dari beragam sektor mulai dari konsumsi

play01:38

kemasan produk industri hingga rumah

play01:41

tangga

play01:42

sampah di Jakarta hingga kini masih

play01:45

terus menyisakan persoalan sekarang udah

play01:48

banyak padat penduduk ya jadi banyak

play01:51

pembangunan lagi jadi penambahan sampah

play01:54

pasti tambah numpuk gitu jadi nggak

play01:57

mungkin di Bekasi aja ada beberapa

play01:58

tempat yang lainnya harus ditempatin

play02:00

gitu ada 4 gunung sampah karena

play02:04

sebanyak itu sampah mau jadi apa nanti

play02:07

kan lokasi di sana kalau sebanyak itu

play02:09

pasti kan nambah-nambah terus per

play02:10

harinya kalau kita nggak ngalah sampai

play02:12

itu

play02:17

tempat pengolahan sampah terpadu atau

play02:20

tpst Bantar Gebang adalah jantung dari

play02:23

pengolahan sampah Jakarta di tempat

play02:25

inilah sampah dari Jakarta bermuara

play02:31

Bantar Gebang menjadi tempat berakhirnya

play02:34

sampah-sampah dari Metropolitan Jakarta

play02:37

Giant hari volume sampah di tempat

play02:40

pembuangan akhir Bantar Gebang terus

play02:42

bertambah melahirkan gunung sampah yang

play02:45

sewaktu-waktu terancam erupsi

play02:51

akibat volume sampah yang terus

play02:53

bertambah Pemprov DKI Jakarta terpaksa

play02:56

terus memperluas lahan TPS Bantar Gebang

play02:59

dari 110 hektar menjadi

play03:02

117,5 hektar di tahun 2021

play03:06

Bantar Gebang tak kuasa lagi membendung

play03:09

volume sampah Jakarta yang bergerak dari

play03:12

angka 5100 ton per hari di tahun 2011

play03:16

menjadi 7500 ton per hari di Tahun 2022

play03:20

dalam 12 tahun terakhir volume sampah

play03:24

per hari Jakarta naik hingga 45%

play03:29

pengelompokan sampahnya dari sisi

play03:31

pengelolaannya masih sekedar numpuk aja

play03:34

jadi belum belum ada tuh yang namanya

play03:36

pembakaran sampai benar-benar jadi abu

play03:38

abis gitu belum ada jadi hanya tempat

play03:40

pengumpul aja idealnya sih ada kayak

play03:43

tempat kayak kremasi sampah gitu

play03:49

setiap hari tidak kurang dari 1300 truk

play03:53

pengangkut sampah dari berbagai penjuru

play03:55

Jakarta masuk ke Bantar Gebang kondisi

play03:58

ini tentu saja menjadikan kawasan Bantar

play04:01

Gebang sebagai jalur terpadat dan

play04:04

menimbulkan kemacetan panjang

play04:07

[Musik]

play04:10

di Bantar Gebang saat ini sebenarnya

play04:13

sudah berdiri beberapa fasilitas

play04:15

pengolahan sampah yang terbaru adalah

play04:18

landfill Mini dan rdf Bantar Gebang Pra

play04:21

peresmiannya sudah dilakukan 10 Oktober

play04:24

2022 lalu namun hingga kini belum

play04:27

dioperasikan jadwal peresmian sedianya

play04:32

akan dilakukan pada Januari 2023 namun

play04:35

terus molor lantaran belum siap

play04:41

rdfline Bantar Gebang yang dibangun

play04:43

sejak Februari 2022 ini diproyeksikan

play04:46

bisa mengolah 2000 ton sampah dan

play04:49

menghasilkan sekitar 700 ton bahan bakar

play04:51

alternatif Namun nyatanya hingga kini

play04:55

belum juga beroperasi lantaran masih

play04:58

terus diuji coba

play05:01

bisa 2000 ton sampah 1000 ton yang dari

play05:06

dalam untuk yang sudah ada untuk diolah

play05:09

1000 ekornya sampah baru

play05:16

yang targetnya Pak

play05:20

ya Akhir Januari

play05:28

semula produk rdf berupa bahan bakar

play05:31

alternatif non batubara ini akan dibeli

play05:34

oleh PT Indocement tunggal prakarsa

play05:36

sebanyak 200 ton per hari Dinas

play05:39

Lingkungan Hidup DKI Jakarta juga sudah

play05:42

menjajaki kerjasama dengan PT solusi

play05:44

bangun Indonesia sebanyak 150 ton per

play05:48

hari baik Indocement maupun ptsbi

play05:51

memiliki persyaratan rdf yang berbeda

play05:53

disesuaikan dengan kebutuhan bahan bakar

play05:56

mereka meliputi kandungan kalori zat

play05:59

sisa organik atau Ice content dan

play06:02

lainnya Nah nanti hasil akhirnya adalah

play06:05

700 hingga Minimal kita 700 tapi kita

play06:08

berharap bisa diangkat 750 yaitu nanti

play06:11

ada fitur diambil objektifnya adalah

play06:13

pabrik semen kita sudah beremote dengan

play06:17

Windows semen dan PT SDI karena bangunan

play06:20

Indonesia untuk menjadi efektif ini

play06:23

namun target operasi rdf Bantar Gebang

play06:26

terus molor semula ditargetkan paling

play06:29

lambat Februari namun direvisi lagi

play06:32

Hingga paling lambat bulan Juni 2023

play06:36

di soal belum beroperasinya rdf

play06:39

Bantargebang Dinas Lingkungan Hidup

play06:41

Jakarta menyebut masih terus melakukan

play06:43

optimalisasi mesin namun informasi yang

play06:46

realitas terima disebut-sebut produk

play06:51

rdf Banter Gebang tidak sesuai dengan

play06:53

spek kebutuhan pembelinya

play06:56

Sampai dengan saat ini

play06:59

pihak dari penyedia jasa kami kontraktor

play07:02

yang Membangun fasilitas bangunan

play07:03

tersebut masih melakukan improvement

play07:05

atau

play07:06

peningkatan layanan dari

play07:09

peralatan yang ada di

play07:11

LM Bantar Gebang untuk mencapai standar

play07:15

kriteria desain yang diharapkan oleh

play07:17

terutama oleh oktaker nantinya sebagai

play07:20

pemanfaatan dari produk tersebut tidak

play07:24

ada kendala sama sekali karena kalau

play07:26

secara

play07:28

prinsip offteker juga sudah bekerja sama

play07:31

dengan pemerintah Provinsi DKI Jakarta

play07:33

siap menerima dari produk yang

play07:37

dihasilkan

play07:39

pengoperasian rdf plan Bantar Gebang ini

play07:42

tidak bisa menuntaskan persoalan sampah

play07:45

Jakarta sebab dari volume 7500 hingga

play07:49

8000 ton per hari hanya diserap 1000 ton

play07:53

dari sampah baru dan 1000 ton dari

play07:56

gunung sampah lantas mau dikemanakan

play07:59

sisa 7000 ton sampah yang akan masuk

play08:02

setiap harinya bila sampah yang diolah

play08:05

tidak sebanding dengan sampah yang masuk

play08:07

perhari Bukannya tidak mungkin gunung

play08:10

sampah Bantar Gebang yang kini volumenya

play08:13

sudah mencapai 49 juta ton terancam

play08:16

meledak

play08:22

[Musik]

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関連タグ
Waste ManagementJakarta CrisisEnvironmental IssuesGarbage MountainsLandfill ExpansionRecycling InitiativesUrban PlanningSustainabilityIndonesiaWaste-to-Energy
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