PSEL Doesn’t Solve Garbage Problems in Bali

PSEL Doesn’t Solve Garbage Problems in Bali

by Zero Waste Indonesia AllianceJune 20, 2021 in Press Release Reading Time: 5min read 00SHARE79VIEWSShare on FacebookShare on Twitter

Denpasar, 20 June 2021 – The Zero Waste Indonesia Alliance (AZWI), BaleBengong, PPLH Bali and the Nexus3 Foundation held a series of media briefing activities related to the problems of the development of Electrical Energy Waste Management (PSEL) in Bali Province and a media visit to Sari Dewi Village to see firsthand implementation of the Zero Waste Cities program. This activity presented three speakers, namely Yuyun Ismawati (Nexus3 Foundation), IB Mandhara Brasika (Griya Luhu) and Catur Yudha Haryani (PPLH Bali).

The province of Bali is one of the PSEL construction sites out of 12 selected cities in Indonesia. The PSEL which will be built in Bali Province is located in the Suwung TPA with a capacity of 1,000 tons of waste per day which will be burned using thermal technology. In several meetings held, current developments are still in preparation for market sounding in preparation for the auction and release of the Andal Train.

The Province of Bali is included in the Instructions for the construction of Waste Power Plants (PLTSa) in 12 Indonesian Cities through Presidential Regulation no. 35 Year 2018 . This Presidential Regulation actually hinders the progress of waste management in Indonesia because it makes city and district governments careless in minimizing, reducing, sorting and increasing waste transportation in their areas according to the mandate of the Waste Management Law no. 18 of 2008. Furthermore, almost all municipal-district waste landfills in Indonesia are still operated in the form of open dumping, not Controlled Landfill or Sanitary Landfill. 

The waste management system in Bali Province is currently still using the collect-transport-disposal system. This system only solves the downstream waste problem, by relying on the facilities and infrastructure of the Final Disposal Site (TPA) and the dream of building PSEL facilities.

“Since 2003, Bali has tried thermal technology to process waste at Suwung TPA but failed. The Bali provincial government should convey to the President the lessons learned from the 2004-2016 WTE failure so that it does not happen again. The community cannot wait another 20 years for waste management in the TPA with ‘advanced technology’. With the same cost, we can actually achieve waste sorting and composting at the source or in the area, increasing the percentage of waste transportation to 80%, and operating the TPA with Sanitary Landfill technology for 15 years,” said Yuyun Ismawati, Nexus3 Senior Advisor. 

“One thing that the bearers/supporters of WTE/PSEL always ignore, is the B3 waste generated from the burning of waste using thermal technology. In every city that has PSEL, there must be a special TPA for B3 waste. If there is none, it must be transported to another city or to Java Island with special costs and transportation for B3 waste. Currently, dioxins have entered the lowest level of the food chain, namely chicken eggs, in high concentrations, which are harmful to health,” said Yuyun. 

In the Waste Management Law no. 18 of 2008 Article 29 paragraph 1 point (g) states that ‘Everyone is prohibited from burning waste that does not comply with the technical requirements for waste management’. This means that the composition of the waste and the method of burning it must comply with technical requirements. Waste in Indonesia does not meet the technical requirements because the average heating value is between 2,000-6,000 kJ/kg lower than the lowest heating value (LHV) standard of 10,000 kJ/kg.

(Separated waste transportation process at Sari Dewi. Photo Credit: PPLH Bali )

When viewed from various aspects (technology, health, social, environmental, and economic), the development and operation of PSEL is clearly not feasible and unsustainable. Especially in the financial aspect, the construction of PSEL has the potential to be detrimental to the state and local governments because the costs used for the construction and operation of PSEL are very high compared to handling in a sanitary landfill . Financing the construction and operation of the PLTSa will use APBN/APBD funds whose funds are limited, so that the Government also relies on foreign investment from various countries and financial institutions.

“PSEL will be a way back in waste management in Bali. The Governor’s efforts, which are appreciated nationally and internationally, will be in vain. The Governor is very extraordinary for his commitment to produce Governor Regulation No. 97 of 2018 and Governor Regulation No. 47 of 2019 which prioritizes waste management at the source. However, with PSEL, the community will stop sorting, traditional villages and service villages will fail to manage waste at the source because the waste will be brought to PSEL. Of course, this will tarnish the good name of the Governor and the Provincial Government of Bali and undermine public confidence,” said IB Mandhara Brasika, founder of Griya Luhu.

Based on a review of the PSEL project by the Corruption Eradication Commission, this project burdens local governments because the cost of Waste Management Services (BLPS) sourced from the APBD is only based on volume per tonne managed. This fee does not include the cost of collection, transportation, and final processing. 

This project has the potential to harm the regional treasury, especially if the local government is unable to supply waste to the PSEL facility, then investors will impose a fine on the local government. It should be remembered that the cooperation contract for the construction and operation of the PSEL facility will bind the Regional Government for the next 20-30 years. 

“In my opinion, legally, PSEL cannot be built in Bali because the Governor has issued Pergub No. 47 of 2019 concerning source-based waste management. If PSEL continues to be built, this will injure and contradict the policy of the Governor of Bali,” said Catur Yudha Hariani, Director of PPLH Bali.

(Condition of Suwung landfill. Photo credit: Nexus3 Foundation )

“Waste is the responsibility of every individual. The most urgent action to be taken is the reduction of new products so that there is no new waste. This has been stated in Pergub No. 97 of 2018 concerning the reduction of single-use plastic. If there is garbage, immediately sort it out and recycle it. That way we don’t need to use an incinerator because it will cause economic, health and environmental losses and become a monument. The cost of building a PSEL is very expensive. It is better to use it for public education costs and to facilitate 70% of villages that do not yet have a TPST,” added Catur. 

One example of the success of the zero waste cities program has been carried out by the community of women in Gang Sari Dewi, Banjar Tegeh Sari, North Denpasar. Komang Ariani from the Sari Dewi community representative said that before the zero waste cities program, he swept 3 times a day because he couldn’t see in front of the food packaging garbage scattered about. “I pay for garbage collection services every month so I don’t process waste at home. The garbage is mixed together and then transported by the garbage collector,” said Komang Ariani.

“After the zero waste cities program, my environment is clean. In the past, children used to eat snacks and throw garbage anywhere. Now it’s easier to sweep and I sort out the inorganic waste and put it in a tube. It’s also nice to increase knowledge, not only knowing kitchen matters. Sorting waste is not difficult, because there are already containers for each type of waste, all you have to do is practice it. My children already understand and understand, there are no barriers to sorting, “continued Komang Ariani.

This series of activities is expected to serve as a message to increase information to the public as well as in advocating a review of PSEL development and thermal technology as waste destruction in Bali Province. And also promotes a Zero Waste ( Zero Waste ) as a sustainable waste management solution in Bali Province.

Contact person

Chess Yudha Haryani, 082337380632, caturpplhbali@gmail.com

IB Mandhara Brasika, 0817554757 , mandharaabrasika@gmail.com 

Yuyun Ismawati, yuyun@nexus3foundation.org 

Nindhita Proboretno, 081808322339, nindhita@nexus3foundation.org 

source: https://aliansizerowaste.id/2021/06/20/psel-tak-selesaikan-masalah-sampah-di-bali/

Waste to Energy in Indonesia, 2014, Carbontrust

Executive summary
Introduction
This report investigates the potential of waste-to-energy (WtE) technologies as a solution to Indonesia’s growing waste and energy challenges, and offers recommendations that address barriers to deployment.
The report describes Indonesia’s current waste and energy situation, profiles WtE technologies, and reviews Indonesia’s WtE policy landscape and current projects. Three overarching challenges are identified that focus on the economic viability of facilities, the need for local government capacity building and government coordination, and the social dimensions of WtE. These challenges encapsulate a set of 14 discrete barriers to WtE deployment, each of which are described and related to Indonesia’s unique context.
To address the overarching challenges, a set of seven solutions are presented that leverage international examples of best practice. Each solution is accompanied by specific implementation recommendations. Below, the highlight recommendations are explained as they relate to the overarching challenges.
The Carbon Trust and the Institute for Essential Services Reform conducted this work for the Indonesian Ministry of Energy and Mineral Resources (MEMR) with the support of the UK Foreign and Commonwealth Office’s Prosperity Fund. The study was conducted from November 2013 to March 2014 using desk-based research and 22 interviews with project developers, investors, donor agencies, academics, and government representatives.
Improving the economic viability of facilities The major sources of revenue for WtE projects in Indonesia come from tipping fees and electricity
sales which count on a Feed-in Tariff (FIT) subsidy. Local WtE project developers are finding it difficult to secure a revenue package that provides a reasonable rate of return given their financing and operating costs. The cost of finance is high because investors consider Indonesia to be a risky market for WtE. Many technologies have not been tested locally, a history of consistent policy has yet to be demonstrated, and in some cases procurement processes have not been entirely transparent. The strength of contracts with PT PLN and local governments is questioned by some investors, and national government insurance mechanisms like the Indonesia Infrastructure
Guarantee Fund have not yet been applied to WtE.
In the immediate term, a revenue package must be put together to sufficiently outweigh these costs and deliver project developers an internal rate of return (IRR) of about 15%. The national government has aimed to set the FIT to deliver a 15% IRR, but the tipping fees that local governments seem prepared to pay for WtE incineration projects seem to be inappropriately bench-marked against other less expensive WtE solutions, like landfill gas or anaerobic digestion,  5 and are thus lower than project developers require. As a consequence some WtE solutions are currently unable to reach sufficiently high IRRs.

Link Download:

WtE in Indonesia, Carbon Trust, 2014

Israeli Domestic Biogas Kit Hits Crowd-Fund Target in 24hrs

Israeli Domestic Biogas Kit Hits Crowd-Fund Target in 24hrs

An Israeli crowd-funding project to produce a domestic scale biogas digester able to produce enough gas for two hours cooking per day has reached its $100,000 goal on its first day.

home-biogas

An Israeli crowd-funding project to produce a domestic scale biogas digester able to produce enough gas for two hours cooking per day has reached its $100,000 goal on its first day.
In an effort to provide safe and efficient energy to both rural and urban homes, Tel Aviv based HomeBiogasLTD said that it has created a self-assembled biogas system that turns kitchen waste and livestock manure into usable cooking gas and liquid fertiliser.

Optimised for on and off grid urban and rural families, the system is claimed to produce clean cooking gas for three meals and 10 liters of clean natural  liquid fertiliser per day.

According to the developer, as an outdoor biological system HomeBiogas kits are easy to transport and fast to set up, user friendly, and able to significantly reducing dangerous greenhouse gas emissions and pollutants entering our groundwater. The company claimed that using one system could offset a car’s annual carbon emissions.

The system, which has been CE certified for safety, has also been tested and approved for safety and health by the Israeli Ministry Of Environmental Protection and the Ministry of Energy and Infrastructure.

Reduced indoor air pollution
According to HomeBiogas the system also has many health and productivity benefits for families in rural areas. It noted the 2012 WHO Report which found that some 4.3 million women and children die every year from indoor air pollution due to smoke of open cooking fires.

It said that cooking and heating with HomeBiogas reduces deaths and respiratory diseases of women and children as it eliminates the need to use open fires.

The system was also said to saves labour too as families do not need to spend hours collecting and carrying heavy firewood loads every day.

“Our goal at HomeBiogas is to make this system available to everyone, whether you live in a rural area or are an urbanite with a modern kitchen,” said Oshik Efrati, CEO of HomeBiogas.”

“Our system eliminates waste, makes clean gas, and puts an end to breathing in cooking smoke. If everyone owned a HomeBiogas unit, our world would be much cleaner, safer, and greener,” Efrati added.

The company said that so far over 150 units have been in operation in undeveloped communities for over a year and it has been involved with a number of international organisations during this development stage. A video looking at one such project with the Arava Institute for Environmental Studies can be viewed below.

HomeBiogas has now launched a 30 day Indiegogo campaign where contributors can receive discounts on the first retail models to hit the market. The campaign can be found HERE

 

source : http://waste-management-world.com/a/israeli-domestic-biogas-kit-hits-crowd-fund-target-in-24hrs

PALM OIL WASTE TO ENERGY PLANT TO GENERATE 2.3 MW IN INDONESIA

PALM OIL WASTE TO ENERGY PLANT TO GENERATE 2.3 MW IN INDONESIA

June 4, 2015

Palm oil waste to energy plant to generate 2.3 MW in Indonesia

Industrial wastewater company ADI Systems Asia Pacific has been commissioned by cleaning product company Wings Corp to design, construct and install a waste to energy plant at its palm oil mill in Jorong, South Kalimantan, Indonesia.

The plant will be built by PT Gawi Makmur Kalimantan to turn fermented Palm Oil Mill Effluent (POME) into a biogas for use in a gas engine. This will produce electrical power to be used by the mill, replacing diesel generators.

The anaerobic system facilitates efficient mixing between sludge and the feedstock, and separates the hydraulic and solids residence times to maximise biogas production and solids breakdown.

In addition to biogas, the reactor generates a liquid effluent and a higher solids waste sludge, which can be irrigated onto farm land as a nutrient supplement, or further treated with aerobic polishing to achieve higher quality final effluent parameters.

Biological commissioning is expected to begin in February 2016 with the plant producing sufficient biogas to supply 2.3 MW of electrical power by May 2016.

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sumber : http://www.waste-management-world.com/articles/2015/06/palm-oil-waste-to-energy-plant-to-generate-2-3-mw-in-indonesia.html