Indonesia’s Advanced Waste-to-Energy Solutions
Industrial scale anaerobic biodigester, biogas upgrading, and pyrolysis system Talk to Our TeamExplore SolutionsNavigating Indonesia’s Urgency for Waste-to-Energy
The landscape of waste in Indonesia has fundamentally changed. Managing industrial organic waste is no longer just an “operational” checkbox—it is a matter of legal compliance and financial survival. Organics Bali (ORB) provides the industrial-scale biogas and pyrolysis infrastructure to turn this risk into a renewable energy asset.
New Policy Framework
Under the Perpres 109/2025 framework, Indonesia is accelerating its transition to waste-to-energy, placing new pressure on industries to adopt decentralized and industrial-scale recovery systems that convert organic waste into high-value renewable fuel.
Carbon Compliance
Based on Perpres 110/2025 framework, high-emission industries in Food & Agribusiness are now being taxed on their methane output. We provide the infrastructure for methane capture and monetize them as tradeable carbon credits.
Waste crisis
The scheduled closure of TPA Suwung and the enforcement of source-based waste management (Governor’s Circular No. 9/2025) mean that relying on external disposal is no longer a viable business strategy.
Organics Feedstock Flexibility
Established in 2003, PT Organics Bali is a leading supplier of solutions for biogas generation and utilisation from agricultural and industrial wastes in Indonesia. We provide strategic solutions for Indonesia’s key waste-generating sectors:
Agriculture waste & plantation
Transforming agricultural residues—such as POME (Palm Oil Mill Effluent) and cassava pulp—into high-purity Bio-CNG. We focus on helping mills meet ISPO and RSPO sustainability standards through advanced methane capture. These systems allow processors to slash greenhouse gas emissions, secure carbon credits, and replace fossil fuels in boilers and logistics without expanding their land-use footprint.
Livestock & Animal waste
Transforming livestock manure such as cow, chicken, pigs, and bedding into stabilized organic fertilizer and on-site power. Our systems eliminate methane emissions and odors, helping commercial farms meet environmental health standards while reducing reliance on the grid for barn operations.
Municipal & Industrial Sites
Providing high-capacity, on-site infrastructure to process segregated organic waste and industrial sludge at the source. This solution enables industrial estates and large-scale developers to bypass the logistical constraints of municipal disposal while achieving self-sufficient energy loops for localized heating or power.
Agriculture waste & plantation
Transforming agricultural residues—such as POME (Palm Oil Mill Effluent) and cassava pulp—into high-purity Bio-CNG. We focus on helping mills meet ISPO and RSPO sustainability standards through advanced methane capture. These systems allow processors to slash greenhouse gas emissions, secure carbon credits, and replace fossil fuels in boilers and logistics without expanding their land-use footprint.
Livestock & Animal waste
Transforming livestock manure such as cow, chicken, pigs, and bedding into stabilized organic fertilizer and on-site power. Our systems eliminate methane emissions and odors, helping commercial farms meet environmental health standards while reducing reliance on the grid for barn operations.
Municipal & Industrial Sites
Providing high-capacity, on-site infrastructure to process segregated organic waste and industrial sludge at the source. This solution enables industrial estates and large-scale developers to bypass the logistical constraints of municipal disposal while achieving self-sufficient energy loops for localized heating or power.
Our Core Solutions
Biogas Systems (AD & Beyond)
We go beyond standard Anaerobic Digestion (AD). We provide a complete gas ecosystem including Bioscrubbers for H2S removal and advanced Flares to ensure 100% safety and compliance with Indonesian environmental standards.
Biogas Upgrading (Compressed BioMethane & Bio-LNG)
Transform raw biogas into high-value fuel. Our upgrading plants produce Bio-CNG for vehicles and Bio-LNG for heavy industrial transport, directly supporting Indonesia’s B50 mandate by providing a local alternative to fossil diesel.
Pyrolysis & Biochar
Our industrial-scale pyrolysis units convert woody biomass and difficult organics into Biochar. This process locks away carbon for centuries, making your project eligible for the 2026 Voluntary Carbon Market (VCM).
Our Core Solutions
Biogas Systems (AD & Beyond)
We go beyond standard Anaerobic Digestion (AD). We provide a complete gas ecosystem including Bioscrubbers for H2S removal and advanced Flares to ensure 100% safety and compliance with Indonesian environmental standards.
Biogas Upgrading (Compressed BioMethane & Bio-LNG)
Transform raw biogas into high-value fuel. Our upgrading plants produce Bio-CNG for vehicles and Bio-LNG for heavy industrial transport, directly supporting Indonesia’s B50 mandate by providing a local alternative to fossil diesel.
Pyrolysis & Biochar
Our industrial-scale pyrolysis units convert woody biomass and difficult organics into Biochar. This process locks away carbon for centuries, making your project eligible for the 2026 Voluntary Carbon Market (VCM).
Organics Value Proposition
Proven Industrial Scale in Indonesia
- Track Record: Over 300 global projects and 30+ years of expertise, featuring massive Indonesian sites such as 80 TPH Palm Oil Mills.
- Methane Mitigation: Our active Indonesian sites capture over 160,000 Nm3 of methane daily—transforming a potent greenhouse gas into a renewable energy asset.
- Net Zero Alignment: Our solutions are engineered to ensure your operations are compliant with Indonesia’s Net Zero 2060 roadmap, ISPO/RSPO audits, and upcoming carbon tax frameworks.
Complete End-to-End Biogas Systems
Fully Integrated: A seamless process from Anaerobic Digestion and H2S Bioscrubbers to advanced Bio-CNG/Bio-LNG upgrading.
High Performance: Specifically engineered to optimize Indonesian feedstocks for consistent 95–97% methane purity.
Resource Recovery: Designed to maximize energy output while producing high-quality organic fertilizer as a byproduct.
Global Engineering with Certified Local Execution
European Standards: Proprietary designs meeting high-tier international engineering standards for safety and efficiency.
Certified Contractor: Executed by our local arm, PT Organicsindo Konstruksi Energy, ensuring rapid on-site support.
Full Licensing: Strictly compliant with KBLI 42203 and SBU BS006, providing the legal authority for industrial construction
Portfolio of Projects
Key clients:
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Collaboration and continuous improvement became key strengths in the development of the Methane Capture Plant (MCP) – Biogas Co-Firing Project, delivering highly positive and satisfying results. This was demonstrated through Organics’ professionalism, working in synergy with BGA with consistent accountability and attention to detail throughout the planning stages up to full implementation.
We truly appreciate Organics’ commitment to ensuring the project was completed on time with optimal quality, exceeding our initial expectations.
— Rieza Rakhman, Project Planning and Development Department Head Bumitama
FAQ
What renewable energy solutions does Organics Bali provide?
Organics Bali provides industrial-scale waste-to-energy solutions including anaerobic digestion (biogas systems), biogas plant upgrading, and biochar production technologies for palm oil, agricultural, municipal, and industrial sectors in Indonesia.
Does Organics Bali provide small-scale or household systems?
No. Organics Bali focuses exclusively on industrial and commercial-scale projects. We do not provide small-scale, household, or community biogas or biochar systems.
Who are Organics Bali’s solutions designed for?
Our solutions are designed for palm oil mill owners, project managers, engineering teams, sustainability/HSE professionals, and company directors managing industrial operations.
Does Organics Bali support carbon credit initiatives?
Organics Bali supports carbon credit initiatives by ensuring that project design and technical configuration are suitable for carbon credit methodologies. Carbon credit registration, verification, and issuance are managed by the project owner and appointed third-party specialists.
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