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Biomethane Development

Biomethane project and market development, covering feedstock sourcing, pretreatment, anaerobic digestion, biogas upgrading, product use and delivery.

A focus on oil palm residues, with pathways selected for feedstock characteristics and gas demand.

Organic waste AD facility and site overview
Organic Waste AD Facility

EFB to Biomethane

Shredded oil palm empty fruit bunches (EFB) undergo dry anaerobic digestion (AD). Biogas is cleaned and upgraded to biomethane for on-site use or external supply.

Oil palm EFB feedstock
Oil Palm EFB
Dry AD facility
Dry AD Facility
Biogas upgrading equipment
Biogas Upgrading Equipment
  1. Feedstock Supply

    Match EFB collection, supply and transport to plant feedstock demand.

  2. Shredding & Pretreatment

    Shred and pretreat feedstock to suit downstream conversion.

  3. Dry AD

    Convert feedstock to biogas through dry AD.

  4. Gas Upgrading

    Remove impurities and enrich methane to meet end-use gas specifications.

  5. Use & Delivery

    Options include on-site use, compressed or liquefied gas logistics, and grid delivery where feasible.

EFB Pretreatment & Dry AD Technology: BioLAND

Aerial view of palm oil mill and surrounding industry
Palm Oil Mill

Feedstock-Led Development

Feedstock availability, plant configuration and offtake shape each project. We coordinate feedstock aggregation, technical solutions, product sales and investment partnerships.

Mill feedstock output and steam and power demand inform collection, centralized processing and on-site energy options.

On-Site Use & Delivery

Use and delivery options depend on local energy needs, markets, gas quality, scale, distance and user conditions.

Containerized biogas power facility
Containerized Biogas Power

On-Site Energy

Treated biogas can generate power on site; upgraded biomethane can serve heating, power and other compatible gas users. Verify gas quality and loads against equipment requirements.

Aerial view of gas pressure regulation and metering station, piping and facilities
Gas Pressure Regulation & Metering Station

Pipeline & Compressed Gas Delivery

User locations, network conditions and receiving facilities guide metering, pipeline connection or compressed gas storage and transport.

LNG tanks, vaporizers and supply piping
LNG Storage & Regasification

Liquefaction & Market Delivery

Liquefaction feasibility depends on markets, gas quality, scale and delivery distance. LNG logistics configurations inform cryogenic storage and receiving plans.

Project Development

Feedstock Aggregation

Feedstock supply planning reflects project scale, EFB and other feedstock availability, transport and supply continuity.

Plant Configuration

Pretreatment, AD, cleaning and upgrading are configured for feedstock properties, site constraints and operating conditions.

Products & Markets

Gas quality, logistics and demand guide product sales, delivery, commercial agreements and investment partnerships.