Upgrading Biogas Project Ballpark Calculator

A Practical Guide for Southeast Asia

Project Inputs

Biogas flow rate (Nm³/h) The volume of raw biogas entering the upgrading facility per hour.

Methane concentration (%) The percentage of methane (CH₄) in the raw biogas.

Price of BioCNG ($/MMBtu) The market price for biomethane sold as compressed natural gas.

Price of BioLNG ($/MMBtu) The market price for biomethane sold as liquefied natural gas.

Price of carbon dioxide (CO₂) ($US/ton) The market price for captured and purified liquid carbon dioxide.

Price of electricity ($US/kWh) The grid electricity price for both consumption and for selling surplus power.

Distance from site to point of use (km) The one-way distance from your facility to the product's point of sale.

Amount of diesel consumption (litre/yr) Your facility's current annual on-site diesel usage to be displaced.

Cost of diesel ($US/litre) The local price per litre of diesel fuel.

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The Organics Group of Companies

Revolutionizing Renewable Energy Through Biogas Upgrading

Across Southeast Asia, vast amounts of agricultural waste—like palm oil mill effluent (POME), cassava pulp, and livestock manure—are still flared or discarded. These wastes hold massive untapped potential. By capturing methane and upgrading it into biomethane or BioLNG, plantations and agro-industries can transform an environmental liability into clean, transportable energy.

In this Industry Briefing, you’ll gain practical insights into:

Choosing BioLNG vs BioCNG for your operation
Key biogas separation technologies and their uses
Overview of liquefaction cycles and efficiency trade-offs
Scales of application and suitable technologies
Factors driving economics, transport, and end-use

Plus, with our ROI calculator, you can estimate how much your plantation or facility can save in energy costs, reduce carbon emissions, and create new revenue streams from BioLNG.

GET INDUSTRY BRIEFING & CALCULATOR