About
Founded in 2003, Organics Bali is a renewable energy company headquartered in Jakarta, Indonesia specializing in Biogas, Biomass.
PT Organics Bali is the Indonesian branch of the Organics Group, providing industrial anaerobic digestion (biodigester) technology, biogas treatment and conditioning equipment, biogas upgrading (Bio-CNG/Bio-LNG), and pyrolysis for biochar. It serves palm oil mills, agro-industrial, livestock, and municipal waste sectors, covering POME and manure feedstocks. Services include design, equipment supply, EPC delivery through its engineering and construction arm PT Organicsindo Konstruksi Energi (OKE), commissioning, and long-term service and maintenance. Established in 2003.
Headquarters
Founded
Focus areas
Products & services
Business models
Value chain
Service areas (2)
Indonesia
Industrial anaerobic digestion, biogas treatment, biochar and waste-to-energy EPC and technology supply.
Southeast Asia
Biogas and waste-to-energy project delivery in the region.
Locations
Headquarters
Pantai Indah Kapuk, Jakarta, Indonesia
Operating locations (1)
- Bandung, West Java, Indonesia
Service regions
Projects
9POME Waste to Biogas for Co-firing
POME-to-biogas project supplying biogas for co-firing.
Compressed Biomethane Production Facility from Existing Biogas
Compressed biomethane production facility using existing POME biogas.
POME Waste to Biogas for Power
POME biogas project for power generation.
H2S Scrubber for POME Biogas Plant
H2S scrubber supplied for a POME biogas plant.
Digester Biogas from Cassava Mill Effluent (PT CAM)
Biodigester producing biogas from cassava mill effluent.
Digester Biogas from Cassava Mill Effluent (TEDCO)
Biodigester producing biogas from cassava mill effluent.
Landfill Gas Power Generation MONTALBAN
Landfill gas power generation project.
Landfill Gas Power Generation IPOH
Landfill gas power generation project.
RDF Pyrolysis for Waste-to-Energy
RDF pyrolysis waste-to-energy project.
Credentials & affiliations
Certifications
KBLI 42203
SBU 006
Frequently asked questions
published by the companyWhat is anaerobic digestion and how is it used to treat palm oil mill effluent (POME)?
Anaerobic digestion breaks down organic waste using bacteria in an oxygen-free environment, converting up to 60% of the waste mass into methane-rich biogas. For POME, this reduces COD/BOD load, controls odor, and converts a costly effluent into a fuel and fertilizer resource.
What is CSTR technology and when is it used?
A Continuously Stirred Tank Reactor (CSTR) is a fully mixed digester that maintains active contact between feedstock and biomass while preventing stratification and scum formation, making it one of the most widely used reactor types in industrial anaerobic digestion.
What byproducts does an anaerobic digestion system produce besides biogas?
In addition to biogas, AD systems can yield compost, liquid fertilizer, recovered ammonia, and treated wastewater suitable for release or reuse, supporting circular-economy and ISPO/RSPO compliance goals.
Does Organics Bali supply complete AD systems or individual components?
Both. Organics Bali can supply individual components (digesters, H2S bio-scrubbers, gas pumping/fuel skids) or a fully integrated system, from specification and design through procurement, installation, commissioning, and service support.
What is the typical project process for an industrial biogas/AD project?
Projects generally follow six stages: specification, design, procurement, fit-out and installation, commissioning and handover, and ongoing service support — a structured delivery approach used across Organics Bali's project portfolio.
Why must biogas be treated before it can be used as fuel?
Raw biogas contains impurities such as hydrogen sulphide (H2S), moisture, and trace contaminants that can corrode engines, boilers, and pipelines; treatment ensures the gas is safe and usable in the intended application.
What is the risk of untreated H2S in biogas?
H2S is toxic, corrosive, and detectable by smell at concentrations as low as 0.6 ppb; unmanaged, it can damage mechanical equipment and pose serious health risks to site personnel.
What biogas treatment equipment does Organics Bali provide?
Organics Bali supplies H2S bio-scrubbers, biogas chillers (reducing gas temperature to around 2°C for flows up to 10,000 Nm3/hr), activated-air odour control units, and gas delivery fuel skids (50–20,000 Nm3/hr) with over 99% uptime records.
How does a bio-scrubber remove H2S without chemical costs?
Bio-scrubbers use naturally occurring Thiobacillus bacteria to biologically oxidize H2S, avoiding the ongoing chemical-addition costs associated with conventional chemical scrubbing systems.
What flow rates and applications are these treatment systems designed for?
The equipment range is designed for both landfill gas and anaerobic digestion biogas streams, with capacities scaling from small bespoke AD projects up to large industrial and landfill-gas operations.
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