Harry Wijaya Supports Waste-To-Energy Project In Banjarmasin Pilot Program

Saputra Berry    Monday, April 06, 2026    Comment   

Harry Wijaya Supports Waste-To-Energy Project In Banjarmasin Pilot Program

Harry Wijaya supports a waste-to-energy program in Banjarmasin with Banjar and Barito Kuala to tackle waste issues and become a national pilot project. (Illustration image)

BANJARMASIN — Deputy Chair of Banjarmasin City Council (DPRD), Harry Wijaya, has expressed strong support for a waste-to-energy initiative being developed by the Banjarmasin City Government in collaboration with neighboring Banjar Regency and Barito Kuala Regency.

The program is considered a strategic step to address the city’s growing waste management challenges while supporting the national effort to transform waste into electricity.

Regional Collaboration Seen As Key To Success

Harry Wijaya welcomed the recent meeting involving three regional leaders aimed at strengthening coordination and synergy in implementing the waste-to-energy program.

“We welcome the meeting of the three regional leaders to coordinate and collaborate in realizing this program initiated by the central government,” Harry said in Banjarmasin on Monday.

He explained that Banjarmasin City, Banjar Regency, and Barito Kuala Regency have been designated as one of the national pilot locations for the waste-to-energy transformation initiative.

The program was initiated by Coordinating Minister for Food Affairs Zulkifli Hasan and Minister of Environment Hanif Faisol Nurofiq, as part of the government’s broader effort to improve sustainable waste management nationwide.

Daily Waste Volume Reaches Hundreds Of Tons

According to data from the Banjarmasin Environmental Agency (DLH), the city generates more than 400 tons of waste per day. Combined with neighboring regions, the total waste volume is estimated to reach nearly 678 tons per day.

This volume is considered highly suitable for processing using modern technology capable of converting waste into electricity.

“If waste can be processed into electrical energy using today’s technology, it will be extraordinary and become a major solution to the waste emergency in Banjarmasin,” Harry explained.

He emphasized that the initiative not only addresses waste management issues but also opens opportunities for alternative and environmentally friendly energy sources.

Closure Of TPAS Basirih Demands Innovative Solutions

Banjarmasin City Government is currently facing significant challenges following the closure of the Basirih Final Waste Processing Site (TPAS Basirih).

The closure has increased urgency for innovative and sustainable waste management strategies.

According to Harry, the waste-to-energy initiative is one of the most promising innovations, although it requires proper infrastructure and significant investment.

“This program is one of the innovations we support. It is not easy to implement because it requires suitable land and substantial funding. However, if the three regions remain committed, it can be realized faster,” he added.

City Government Ready To Become National Model

Banjarmasin Mayor Muhammad Yamin HR previously stated that the city is ready to become a pilot region for the national waste-to-energy program.

He stressed the importance of cross-regional collaboration, noting that each region has different characteristics and dynamics in waste management.

This initiative is seen as a tactical step to accelerate the resolution of growing waste problems driven by increasing population density.

Four Proposed Locations Under Review

To support the project implementation, four potential sites have been proposed to the Ministry of Environment as integrated waste processing locations.

The proposed locations include:

• Tabing Rimbah Waste Processing Site, Barito Kuala Regency

• Basirih Waste Processing Site, Banjarmasin City

• Area near Gambut Barakat Terminal (TGB), Banjar Regency

• Behind Sambang Lihum Psychiatric Hospital, Banjar Regency

All proposed sites will undergo technical assessment by ministry teams to determine the most suitable location for the waste-to-energy facility.

Long-Term Environmental And Energy Solution

Waste-to-energy technology is widely viewed as a long-term solution capable of reducing landfill pressure while supporting regional energy resilience.

The initiative also aligns with national environmental policies focused on modern and sustainable waste management.

With strong support from the city council, local governments, and national ministries, the program is expected to move forward and deliver tangible benefits to local communities.

FAQ

1. What is a waste-to-energy program?
A waste-to-energy program uses technology to convert waste materials into electricity or other useful forms of energy.

2. Why was Banjarmasin selected as a pilot region?
Because the region produces a high volume of waste, making it suitable for testing modern waste-processing technologies.

3. How much waste is produced daily in Banjarmasin?
Banjarmasin produces more than 400 tons of waste daily, while the combined total from three regions reaches nearly 678 tons per day.

4. Where will the waste-to-energy facility be built?
Four potential sites are being evaluated, including locations in Banjarmasin, Banjar Regency, and Barito Kuala Regency.

5. What are the main benefits of waste-to-energy technology?
It reduces landfill waste, generates electricity, and supports environmentally sustainable waste management.

East Kalimantan Accelerates Waste-to-Energy Projects in Key Urban Zones

Ria Sartika    Sunday, April 05, 2026    Comment   

East Kalimantan Accelerates Waste-to-Energy Projects in Key Urban Zones

East Kalimantan accelerates waste-to-energy projects in Samarinda and Balikpapan, aiming to turn waste into electricity while supporting sustainable energy and the IKN region.

East Kalimantan Speeds Up Waste-to-Energy Projects in Samarinda & Balikpapan

The East Kalimantan Provincial Government is stepping up efforts to develop waste-to-energy (PSEL) facilities across two major zones: Samarinda Raya and Balikpapan Raya.

This initiative is more than just planning. Head of the Environmental Agency (DLH) East Kalimantan, Joko Istanto, confirmed that the government is currently accelerating the preparation of cooperation agreements to ensure smooth project implementation.

“We are facilitating the drafting of cooperation agreements and joint commitments so that these projects can operate smoothly in the future,” Joko said in Samarinda on Saturday.

Follow-Up to National-Level Coordination

This acceleration follows a limited coordination meeting at the ministerial level, specifically focused on boosting waste management through renewable energy solutions.

To strengthen the framework, the provincial government recently held a virtual cross-regional coordination meeting involving multiple stakeholders—from provincial officials to city and district representatives.

Key participants included:

• Samarinda City Environmental Agency

• Kutai Kartanegara Environmental and Forestry Agency

This multi-regional collaboration is crucial given the wide service coverage of the project.

Two Major Service Zones: Samarinda Raya & Balikpapan Raya

The waste-to-energy development will be divided into two main zones:

1. Samarinda Raya

Coverage includes:

• Samarinda City

• Parts of Kutai Kartanegara Regency:
  Anggana, Tenggarong Seberang, Loa Janan, Muara Badak, and Marang Kayu

2. Balikpapan Raya

Coverage includes:

• Balikpapan City

• The Nusantara Capital City (IKN)

• Coastal areas of Kutai Kartanegara:
  Samboja, Samboja Barat, and Muara Jawa

According to Joko, the geographic and administrative complexity requires stronger coordination.

“We need more intensive coordination between local governments, the IKN Authority, and the central government,” he explained.

Turning Waste Into Clean Energy

The project aims to tackle two major challenges at once:

1. Reducing waste accumulation

2. Generating electricity from renewable sources

In simple terms, waste that once posed environmental problems can now be transformed into a valuable energy resource.

Beyond that, the initiative is expected to strengthen energy resilience in East Kalimantan—especially with the ongoing development of Indonesia’s new capital city.

Target: Cleaner Environment & Sustainable Energy

The provincial government is optimistic that cross-regional collaboration will deliver:

• Cleaner urban environments

• Modern waste management systems

• Alternative, eco-friendly electricity sources

If successful, this project could become a national model for sustainable waste management.

FAQ

1. What is PSEL?
PSEL is a waste processing facility that converts waste into electricity using technologies like incineration or gasification.

2. Why is this project important?
It addresses waste issues while producing renewable energy at the same time.

3. When will the project start?
It is currently in the preparation and agreement finalization stage.

4. Does the project involve the new capital (IKN)?
Yes, especially in the Balikpapan Raya zone which includes the IKN area.

5. What are the benefits for local communities?
Cleaner surroundings, additional electricity supply, and new economic opportunities in waste management.

Samarinda Steps Up Waste Management With 10 Modern Incinerator-Based Facilities

Ria Sartika    Friday, March 27, 2026    Comment   

Samarinda Steps Up Waste Management With 10 Modern Incinerator-Based Facilities

Samarinda prepares 10 modern incinerator-based TPS facilities to reduce up to 600 tons of waste daily, supporting cleaner and sustainable urban management.

The Samarinda City Government is stepping up its efforts to tackle the long-standing issue of urban waste with a more advanced and technology-driven approach.

Through an innovative strategy, the city is preparing 10 modern Temporary Disposal Sites (TPS) equipped with environmentally friendly incinerator technology. This initiative aims to significantly reduce waste volume while also improving the city’s overall cleanliness and visual appeal.

Samarinda Mayor Andi Harun explained that the incinerator technology being used differs from conventional waste-burning systems.

“This incinerator does not release smoke into the air. Instead, emissions are directed downward and processed through a water filtration system. The water is also ensured to meet quality standards before being discharged,” he said after inspecting the TPS facility in Baqa Subdistrict, Samarinda Seberang, on Friday.

Advanced Technology With Minimal Pollution

One of the key advantages of this system is its chimney-free design, which minimizes air pollution risks. This directly addresses public concerns about the environmental impact of waste incineration.

According to Andi Harun, waste management should not only focus on reducing volume but also consider urban aesthetics to maintain a clean and livable city.

Currently, all 10 units are functionally ready.

“Only minor work remains, such as landscaping and administrative completion. God willing, these facilities will be operational by May or before June 2026,” he added.

Large Capacity, Significant Impact

Each incinerator unit has a capacity of 20 tons of waste per 8 hours. When operated in three shifts, a single unit can process up to 60 tons of waste per day.

With all 10 units in operation, Samarinda has the potential to reduce up to 600 tons of waste daily, marking a significant step forward in urban waste management.

Aligned With National Waste Management Trends

Samarinda’s initiative aligns with the broader national trend of adopting thermal-based waste processing technologies.

Currently, Indonesia’s incinerator programs are implemented through two main approaches:

1. National Strategic Projects (PSEL/PLTSa)

Focused on converting waste into electrical energy in major cities, including:

• Surabaya (Benowo Landfill)

• Solo (Putri Cempo Waste-to-Energy Plant)

• Jakarta (Intermediate Waste Processing Facility in Tebet area)

• Tangerang & Bekasi (TPS3R and Burangkeng Landfill development)

• South Sulawesi (pilot incinerator project with full permits)

2. City and Regional Scale Programs

Several regions are independently developing solutions, such as:

• Bandung adding 25 environmentally tested incinerator units

• Yogyakarta operating 4 units since 2025 after the closure of Piyungan Landfill

• Pekalongan and Pasuruan testing local technologies and deploying units at sub-district levels

Additionally, through the investment management body Danantara, the government targets the development of Waste-to-Energy facilities in 33–34 cities/regencies that produce over 1,000 tons of waste per day.

A Concrete Step Toward a Cleaner City

With the development of these modern TPS facilities, Samarinda demonstrates a strong commitment to building a cleaner, healthier, and more sustainable urban environment.

This is not just about disposing of waste—but managing it intelligently and responsibly.

FAQ

1. What is an incinerator?
An incinerator is a device that processes waste by burning it using controlled technology to significantly reduce its volume.

2. Is incinerator technology harmful to the environment?
Not necessarily. Modern systems like those used in Samarinda include filtration processes that minimize environmental impact.

3. When will the facilities start operating?
They are expected to be operational by May or before June 2026.

4. What is the total processing capacity?
Each unit can process up to 60 tons per day, with a total of 600 tons per day across all units.

5. What are the main benefits of this program?
Reducing waste volume, addressing landfill limitations, and improving urban cleanliness and aesthetics.

Prabowo Pushes Waste to Energy Projects as Indonesia Fights Growing Trash Crisis

Ria Sartika    Thursday, February 05, 2026    Comment   

Prabowo Pushes Waste to Energy Projects as Indonesia Fights Growing Trash Crisis

Prabowo Pushes Waste to Energy Projects as Indonesia Fights Growing Trash Crisis.

Indonesia is stepping up its game in tackling one of its biggest urban headaches: trash. President Prabowo Subianto has officially instructed the government to sharpen research and fast-track real solutions that directly impact people’s daily lives—starting with household and environmental waste.

Speaking after a coordination meeting at the National Development Planning Agency (Bappenas) in Jakarta, State Secretary Prasetyo Hadi said the President wants innovation that doesn’t just stay on paper, but actually works on the ground.

“The President’s direction is clear—research must focus on solutions that can quickly help solve real community problems, especially waste management,” Prasetyo said.

According to him, Indonesia already has several research-based technologies capable of handling waste, from small household systems to village-level solutions. The challenge now is turning those innovations into real action that people can see and feel.

The government views the waste problem in layers. On a micro level, it starts with household trash, neighborhood waste, and village management. On a macro level, cities face massive waste volumes that require more advanced and large-scale solutions.

To address this, the government is preparing 34 waste-to-energy projects across the country. These projects aim to reduce landfill overload while turning trash into electric power, helping support national energy needs at the same time.

President Prabowo emphasized that waste-to-energy is no longer optional, especially as trash piles in major cities have reached alarming levels. If ignored, the situation could trigger serious environmental disasters and public health risks.

Through these projects, waste will no longer be seen as just a problem—but as a valuable energy resource.

Prasetyo explained that the projects will be built in 34 districts producing more than 1,000 tons of waste per day, requiring industrial-scale technology rather than small community systems.

“When the waste volume is that high, the equipment and technology must be on a completely different level,” he said.

That’s why the government is prioritizing adaptive technology, including properly scaled incinerators. However, technology alone won’t solve the issue.

Public awareness plays a major role. Educating communities about waste sorting at the source is considered essential for making waste-to-energy projects truly effective.

“Building facilities isn’t enough. Education is just as important if we want this program to succeed,” Prasetyo stressed.

With the combination of smart technology and stronger public participation, the government hopes Indonesia can finally turn its waste crisis into a sustainable energy opportunity—cleaner cities, safer environments, and power that benefits everyone.