Industries / Methanol

The compliance and traceability solution for renewable methanol.

Rimba delivers end-to-end traceability for bio-methanol and e-methanol producers, feedstock suppliers, bunker suppliers, and traders. We automate the entire compliance workflow — eliminating manual data entry and spreadsheet reconciliation. From feedstock and CO₂ sourcing through to the bunker delivery note, Rimba gives you complete visibility across every program you sell into (FuelEU Maritime, ISCC EU, RED III, LCFS, and more) while reducing data workload by up to 80%.

Trusted by renewable fuel producers across RNG, SAF, and biodiesel.

Black-and-white line illustration of a renewable methanol production facility with storage tanks, processing equipment, and rail infrastructure

Chain of custody

Connected from source to delivery.

  1. Renewable electricity

    PPA and hourly settlement data

  2. Feedstock & CO₂ sourcing

    Certificates and origin declarations

  3. Synthesis & distillation

    Inputs, outputs, and mass balance

  4. Bunker delivery note

    Well-to-wake intensity attached

Unified platform

One platform for methanol operations and compliance.

From feedstock and CO₂ intake through synthesis, distillation, storage, and bunkering—one source of truth across the entire renewable methanol value chain.

  • Biogas / RNG reforming
  • Forestry & sawmill residues
  • Black liquor
  • MSW-derived syngas
  • Green hydrogen
  • Captured biogenic CO₂

How it works

From operational data to confident delivery.

Capture reliable data, model your markets, and share verifiable compliance records across the renewable methanol supply chain.

  1. Step / 01

    Capture, track & validate operational data across the methanol value chain

    Ingest feedstock and CO₂ intake data through gasification, reforming, synthesis, and distillation — from PDFs, SCADA, lab reports, invoices, and handwritten logs — into a validated, audit-ready data layer. Every renewable electricity hour, every CO₂ source declaration, every meter reading captured once and reused everywhere.

    Capture once. Reuse everywhere.

    SCADA & instrument readings
    Flow, temperature, and pressure
    Feedstock & CO₂ certificates
    Supplier PDFs and origin declarations
    Lab certificates of analysis
    Purity and specification
    Handwritten shift logs
    Scanned into structured data
  2. Step / 02

    Analyze & optimize methanol allocation across markets

    Renewable methanol sells as marine fuel, road fuel, or chemical feedstock — and each market values it differently. Model volumes across programs to find the highest-value allocation, then lock the decision into an auditable mass balance.

    One balance. Multiple markets.

    FuelEU Maritime
    Marine fuel and RFNBO allocation
    ISCC PLUS chemical
    Chemical feedstock and mass balance
    LCFS (California)
    Road fuel and CARB pathways
    Voluntary / corporate
    Insetting certificates
  3. Step / 03

    Deliver & share compliance reports with confidence

    Automatically compile FuelEU Maritime, ISCC EU, ISCC PLUS, RED III, and LCFS documentation. Issue Proofs of Sustainability and sustainability declarations that travel with the molecule all the way to the bunker delivery note. Approach every audit with structured, verifiable records — no fire drills.

    Structured records. Confident reporting.

    FuelEU Maritime evidence pack
    Well-to-wake GHG intensity
    ISCC EU Proof of Sustainability
    RED III / RFNBO documentation
    ISCC PLUS Chain of Custody
    Chemical mass balance
    LCFS pathway report
    CARB pathway documentation

Key capabilities

Built for the renewable methanol supply chain.

Streamline operations with an intelligent data automation solution for producers, suppliers, traders, and verification teams.

Monitor the movement of feedstocks, hydrogen, CO₂, intermediates, and finished methanol within your system boundaries. Rimba maintains auditable records of every input, process, and output — so balances hold across gasification, biogas reforming, and CO₂ hydrogenation pathways, and across co-located plants sharing a single hydrogen or CO₂ source.