Indonesia Wants to Manage 53% of Its Waste by 2026. Here’s Why Decentralised Composting Is the Only Way to Get There.
Published March 2026 · 10 min read
In late 2025, Indonesia’s Environment Minister Hanif Faisol Nurofiq made a statement that should have made every waste management professional in the country sit up: “Our current waste management rate is only around 24 percent. By 2026, we are targeting at least 53 percent.”
Let that sink in. The government wants to more than double the country’s waste management rate in a single year.
This isn’t aspirational rhetoric. It’s embedded in the 2024-2029 National Medium-Term Development Plan (RPJMN) and backed by a direct directive from President Prabowo Subianto. The World Bank approved a major new project in December 2025, the Local Solid Waste Development Project (LSDP), specifically to help 30 local governments build the capacity to meet these targets. And Presidential Regulation No. 109 of 2025 has established a new framework for waste-to-energy projects across the archipelago.
The policy infrastructure is being built. The money is being allocated. The question now is execution, and that’s where Indonesia’s approach needs a fundamental rethink.
The Centralised Model Is Broken
For decades, Indonesia’s waste management strategy has relied on a simple, deeply flawed model: collect waste from households and businesses, transport it across cities and districts, and dump it in centralised landfills. The result has been predictable.
Less than a quarter of waste is managed properly. The country generates an estimated 86 million tons of waste annually, of which approximately 55 million tons is organic. Millions of tons still flow into waterways, oceans, and open dumps. Cities are growing rapidly, with most projected to reach 2-5 million residents by 2030, and waste volumes are outpacing the infrastructure built to handle them.
The centralised model fails for three interconnected reasons:
First, it’s logistically unsustainable. Transporting waste across sprawling Indonesian cities and island geographies is expensive, fuel-intensive, and increasingly impractical. As landfills close (Bali’s Suwung is the most prominent recent example) the distances grow longer, the costs higher, and the alternatives fewer.
Second, it ignores the composition of the waste stream. Indonesia’s waste is overwhelmingly organic. Nationally, organic material accounts for roughly 64% of municipal solid waste. In Bali, that figure reaches 72%. In wet markets and food processing zones, it can exceed 80%. When organic waste is mixed with inorganic waste and trucked to a landfill, it doesn’t just rot. It contaminates. Organic liquids and decomposition byproducts coat plastics, metals, and paper, making them impossible to recycle. One category of waste destroys the recyclability of every other category.
Third, it creates massive environmental damage. Organic waste decomposing in anaerobic landfill conditions produces methane, a greenhouse gas approximately 80 times more potent than CO₂ over a 20-year horizon. It produces leachate that contaminates groundwater. And it attracts disease vectors. The centralised landfill doesn’t solve the waste problem. It concentrates it.
The Organic Waste Problem Is the Whole Problem
This is the insight that Indonesia’s new policy framework is beginning to acknowledge: you cannot fix waste management without first fixing organic waste management.
Consider the arithmetic. If 64% of Indonesia’s waste stream is organic, and the government wants to reach 53% total waste management, the maths only works if organic waste processing becomes widespread. You could achieve perfect collection and recycling of every piece of plastic, glass, metal, and paper in the country and still fall short of the target, because the majority of the waste stream would remain unmanaged.
The policy documents now explicitly state that organic waste should be “processed at the source through composting or other treatment technologies, while only inorganic waste is transported to landfills.” This is a significant philosophical shift. It acknowledges that organic waste should never enter the transport-and-landfill pipeline at all.
But philosophy needs machinery. And that’s where decentralised composting enters the picture.
What Decentralised Composting Actually Means
Decentralised composting is exactly what it sounds like: processing organic waste at or near the point where it’s generated, rather than transporting it somewhere else. In practice, this means installing composting systems at hotels, restaurants, food processing facilities, wet markets, mining camps, university campuses, government buildings, and community waste centres.
The concept isn’t new. What’s new is the technology that makes it practical at commercial scale.
Modern rapid composting machines, the most advanced models available today, can process organic waste into finished, nutrient-rich compost in less than 24 hours. They operate with zero emissions and full odour control, meaning they can be installed in sensitive environments like hotel compounds or urban food districts without disruption. They handle diverse organic inputs: food waste, garden trimmings, agricultural residues, and food processing byproducts.
The output is genuine compost, not dehydrated waste. This is a critical distinction, as some machines on the market merely heat and dry organic material, producing a powder that still needs further processing and offers little agronomic value. True rapid composting uses controlled aerobic decomposition to produce stable, mature compost that can be applied directly to soil.
The Economics Make Sense, Especially Now
For Indonesian businesses, the financial case for on-site composting has never been stronger. Three forces are converging:
Rising disposal costs. As landfills close and regulations tighten, the cost of waste hauling and disposal is climbing across Indonesia. In Bali, with the Suwung closure, businesses that relied on cheap landfill dumping are now scrambling for alternatives and paying premium prices for whatever they can find.
Regulatory pressure. Governor Koster’s directive in Bali requiring businesses to process organic waste at source is a preview of what’s coming nationally. The RPJMN targets, the World Bank-backed LSDP programme with its performance-based grants, and PR 109/2025’s waste-to-energy framework all point in the same direction: waste generators will increasingly be held responsible for managing their own organic waste. Compliance costs are lower when you invest proactively rather than scrambling reactively.
The value of the output. Compost is not a waste product. It’s a product. Indonesia’s agricultural sector has enormous demand for organic soil amendments. Hotel gardens, landscaping companies, community farms, and commercial agriculture operations all need compost. Businesses that process their own organic waste can use the compost themselves, sell it, or donate it to community programmes, turning a cost centre into a modest revenue stream or a powerful CSR asset.
When you add the avoided costs (hauling, tipping fees, potential fines for non-compliance) to the value of the compost produced, the return on investment for a commercial composting machine typically materialises within 12-24 months. After that, it’s pure savings.
Who Should Be Paying Attention
The 53% target affects every sector that generates organic waste at scale. Here’s where the impact is most immediate:
Hotels and resorts. A mid-sized Bali hotel generates 200-500 kg of organic waste daily from kitchens, restaurants, and grounds maintenance. With Suwung closed and Bali targeting trash-free status by 2027, on-site composting isn’t optional. It’s operational infrastructure. Hotels that adopt it early can market their sustainability credentials to the growing segment of eco-conscious travellers, particularly as Bali rolls out new tourism quality standards in 2026.
Restaurants and food service. The F&B sector is one of the largest generators of food waste in any Indonesian city. Decentralised composting at the district or cluster level, where several restaurants share a machine, offers a cost-effective model that’s already being piloted in several urban areas.
Food processing and manufacturing. Production residues, off-spec products, and organic byproducts represent a significant waste stream for food manufacturers. On-site composting turns these into a resource rather than a disposal headache.
Mining operations. Remote mining camps generate substantial food waste with very limited waste infrastructure options. On-site composting eliminates the logistical challenge entirely.
Schools, universities, and government facilities. Public institutions have both the waste volume and the public mandate to lead on sustainable waste management. Composting programmes at schools double as environmental education.
Local governments. The World Bank’s LSDP project is providing performance-based grants to 30 local governments specifically to improve solid waste management. Investing in decentralised composting infrastructure is one of the most impactful ways to deploy those funds.
The Bigger Picture: Waste Separation Starts With Composting
There’s a secondary benefit to decentralised composting that’s often overlooked: it makes all other waste management possible.
When organic waste is removed from the waste stream at source, the remaining inorganic waste (plastics, metals, glass, paper) stays clean and dry. Clean, separated inorganic waste has value. It can be recycled, sold to aggregators, or processed into new materials. Contaminated, wet, organic-soaked inorganic waste has almost no value. It’s landfill-bound at best.
This is why waste separation mandates consistently fail when they don’t address organic waste first. You can distribute colour-coded bins across an entire city, but if the organic fraction isn’t being processed separately, the wet waste will contaminate the dry waste within hours and the entire separation effort collapses.
Decentralised composting is the foundation on which effective waste separation, recycling, and circular economy programmes are built. Without it, the rest is theatre.
Indonesian Innovation for Indonesian Challenges
Indonesia doesn’t need to import solutions designed for European or North American waste contexts. The country has the engineering talent and manufacturing capability to produce world-class composting technology domestically, technology designed for tropical climates, local organic waste compositions, and the operational realities of Indonesian businesses.
Machines manufactured in Indonesia mean shorter supply chains, local service and support, Indonesian jobs, and technology that’s purpose-built for the conditions it operates in. As the government pushes for 53% waste management and beyond, domestically manufactured composting infrastructure will be a critical enabler and a point of national pride.
The Clock Is Running
Indonesia’s 53% waste management target for 2026 is ambitious. Some would say unrealistically so. But the direction of travel is irreversible. Even if the country falls short this year, the regulatory tightening, the infrastructure investment, and the public awareness are all accelerating.
Businesses that wait for enforcement to catch up with policy will pay more in disposal costs, in compliance scrambles, and in missed opportunities to lead. Businesses that move now will be positioned not just as compliant operators, but as examples of what Indonesian waste management can look like when it’s done right.
The composting machine in your facility isn’t just a piece of equipment. It’s a statement that you take Indonesia’s waste challenge seriously, and that you’re part of the solution.
Ready to take control of your organic waste? Shiva Industries manufactures Indonesia’s most advanced on-site rapid composting machine. The Shiva SI100 processes organic waste into finished compost in less than 24 hours, with zero emissions, full odour control, and built for commercial operations across Indonesia. Contact us to arrange a demo →
Frequently Asked Questions
What is Indonesia’s waste management target for 2026?
Indonesia’s Environment Minister announced a target of at least 53% national waste management by 2026, more than doubling the current rate of approximately 24%. This target is part of the 2024-2029 National Medium-Term Development Plan (RPJMN) and has been backed by a direct directive from President Prabowo Subianto.
What is decentralised composting and why is it important for Indonesia?
Decentralised composting means processing organic waste at or near the location where it’s generated, such as at a hotel, restaurant, food factory, or community centre, rather than transporting it to a centralised landfill. It’s critical for Indonesia because roughly 64% of the country’s waste is organic, and the centralised landfill model has failed to manage it effectively.
How does on-site composting help with waste separation?
When organic waste is removed from the waste stream at source, the remaining inorganic materials (plastics, metals, glass, paper) stay clean and dry, making them far easier to recycle. Composting is the foundation that makes all other recycling and circular economy efforts work.
What role does the World Bank play in Indonesia’s waste management?
In December 2025, the World Bank approved the Local Solid Waste Development Project (LSDP) to support 30 local governments across Indonesia in building solid waste management capacity.
How quickly can a commercial composting machine process organic waste?
The most advanced rapid composting machines available today can convert organic waste into finished, nutrient-rich compost in less than 24 hours, operating with zero emissions and full odour control.
Is on-site composting cost-effective for businesses in Indonesia?
Yes. Businesses typically see a return on investment within 12-24 months when factoring in avoided disposal costs, potential compost sales, and regulatory compliance savings.
