VeldtGraph Carbon

Emissions quantified straight from the plant.

SCADA, PLC, meter and sensor data becomes Scope 1 and 2 emissions, calculated continuously, with lineage back to the tag that produced it.

CONTINUOUS dMRVSCOPE 1 + 2GHG PROTOCOLREAL-TIME CALCULATIONFULL LINEAGE
From PLC tag to reported CO₂e

Every number keeps the evidence behind it.

Not an annual estimate reconstructed from invoices. A measured value, calculated as the plant runs, traceable in both directions.

  1. Source tagFT-101 · flare gas flowRead straight from the PLC, continuously
  2. Activity dataNormalized volume, unit and timestampHarmonized by the Platform
  3. CalculationCombustion factor × composition × efficiencyVersioned factor registry, GHG Protocol method
  4. ResultCO₂ · CH₄ · N₂O → CO₂eComputed in real time as the plant runs
  5. Scope 1 totalRolled up by asset, site and periodNo spreadsheet anywhere in the path
  6. VerificationEvery figure traces back to the tagAudit-ready for GHG Protocol and CSRD
Live emission provenance FLARE-01
Current period
1,284.7 kg CO₂e

Computed from live activity data

Scope 1 · continuous dMRV
Trace

Source tag FT-101

Trust tier Direct measurement

Factor Versioned registry entry

Methodology GHG Protocol

Digital MRV

Quantify. Calculate. Verify.

Quantify

Measured, not estimated

Flow, fuel, power and process values read directly from SCADA, PLCs, meters and sensors as activity data.

Calculate

Computed in real time

Scope 1 and 2 across combustion, flaring, venting and fugitives, recalculated as the plant runs.

Verify

Lineage to the tag

Every CO₂e figure traces back through factor, methodology, measurement and source tag.

Carbon accounting becomes a continuous industrial data process, not a quarterly CSV exercise.

One industrial data foundation. Multiple ways to create value.

Use the infrastructure you already have, without forced cloud migration.

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One foundation

The rest of the platform.