Biochar MRV software

Trace your biochar, from feedstock to application.

See where it came from, what happened during production, and where it went.

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01Sourceof 08

Where the wood residues came from.

  • Sawmill A
  • Sawmill B

02Intakeof 08

2,000 kg received, weighbridge tickets attached.

  • FD-001
  • FD-002

03Productionof 08

Two runs, 270 kg dry biochar each.

  • PR-001
  • PR-002

04Storageof 08

Both runs mixed, origins retained.

  • Mix bin

05Productof 08

540 kg drawn from the mix bin.

  • Biochar product

06Deliveryof 08

Bills of lading for both trucks.

  • DL-001
  • DL-002

07Applicationof 08

135 kg from each production run, per field.

  • Coffee field
  • Maize field

08Both directionsof 08

Start from a field and find the sawmills. Start from a sawmill and find the fields.

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The trace

Every step leaves a record.

One field’s biochar, from the weighbridge to the soil. Each step is its own record, with the quantity and the evidence behind it.

Feedstock deliveryFD-001

Weighed at the gate, before anything burns.

  • Weighbridge ticket, 1,000 kg wet
  • Moisture reading
  • Supplier and feedstock type

Production runPR-001

One reactor, one run, one mass balance.

  • Feedstock drawn from FD-001
  • Reactor temperatures over the run
  • Biochar out, 270 kg dry

Mix binTwo runs

Two runs share a bin, and every draw keeps their shares.

  • PR-001 and PR-002, 270 kg dry each
  • Each draw split pro rata
  • Moisture when it leaves

Biochar productBP-001

Bagged, and traceable to both runs.

  • Drawn from the mix bin
  • Bag count and wet mass
  • Formulation, if blended

DeliveryDL-001

Half the product travels to one farm.

  • Truck weights, loaded and empty
  • Route distance, counted both ways
  • Delivery note

ApplicationCoffee field

Spread on a mapped field. The trace ends in the soil.

  • Field boundary
  • Spread date and 270 kg dry
  • Photos from the field

Illustrative records.

Timeline of illustrative records for one application: feedstock delivery FD-001, 1,000 kg wet; production run PR-001, 270 kg of dry biochar; mix bin holding 540 kg dry from two runs; biochar product BP-001, 540 kg dry; delivery DL-001, 270 kg dry; application on the coffee field, 270 kg dry. Each step opens a line drawing of its station and what its record holds.

Ask your records.

The plant records the work once. Producers, carbon managers and verifiers each get their answer from the same records.

Who noma is for

Producers ask

What’s in this bin?

Each draw comes off the bin’s stock as dry biochar, so the bin always shows what is left, layer by layer, and the water in it.

See bins and stock

Carbon managers ask

What is this removal still missing?

Each removal lists the records and evidence behind it, and shows what is missing before you prepare a submission.

See evidence and reporting

Verifiers ask

Where does this number come from?

Open any figure and follow it back: the weighbridge, the moisture, the share of each production run. The calculations are in the open-source code.

Read the code

Illustrative records. The registry workflow is being developed against Isometric’s data model. Production submission is not available yet.

Field trial plots, Mafinga, Tanzania

Built with biochar producers.

We’re developing noma with Dark Earth Carbon in Mafinga, Tanzania, around the work of recording production and tracing biochar to its application.

The starting point is the work on the ground.

Read about the work in Mafinga
Upcoming

What we’re building next.

Read documents into records, bring in reactor readings, record work through Telegram, connect your other tools and catch unusual readings earlier.

See what’s next

Open source. Yours to inspect and run.

Review the code and calculations. Host noma yourself, or talk to us about managed hosting.

Follow your biochar with us.

We’ll walk through the trace and the records behind it, using an example like your operation.