Sunwe
EFB fiber moving by conveyor into controlled mixing equipment

Technology & Process

Controlled EFB conversion.

A controlled indoor process turns EFB into standardized fertilizer.

  1. 01Meter feedstock
  2. 02Control batch
  3. 03~7.5 days
  4. 04Return to field

Process Logic

Controlled batch line.

A five-stage batch control map shows wet EFB being weighed, resized, corrected, matured and released with records at every checkpoint.

Closed control window

Batch control map.

One EFB lot is measured, adjusted, held and released with a record at every gate.

~7.5 days / Design Target
01Receive
Weigh wet EFB and assign a batch ID.
ControlledMass
EvidenceIntake log
02Resize
Screen fiber into the target size range.
ControlledParticle size
EvidenceScreen record
03Correct
Adjust moisture, pH and formula.
ControlledMoisture / pH
EvidenceRecipe record
04Hold
Keep the batch inside the design window.
Controlled~7.5 days
EvidenceMaturation log
05Release
Check QC records before dispatch.
ControlledQuality release
EvidenceQC report

Operating Moments

Three operating scenes.

Each image carries a different job: intake, monitoring and release.

EFB receiving bay with wet fiber entering the process line
01

Meter the feedstock

Wet fiber enters as a measured batch.

Industrial control room monitoring process conditions
02

Watch the process

Operators track conditions before release.

Finished organic fertilizer in a clean maturation and product hall
03

Release the product

Matured batches move to QC and dispatch.

Mechanism

Carbon and nitrogen stay visible.

The page states mechanism, not a carbon-credit promise.

Review Evidence Status

Carbon Pathway

  • Shorter uncontrolled residence time
  • Reduced anaerobic carbon loss
  • More stable organic matter retained

Nitrogen Pathway

  • Controlled pH and moisture
  • Functional microbial activity
  • Lower ammonia and nitrous oxide loss risk

Performance

Shorter cycle. Smaller footprint.

Design Target
The engineered process has a shorter target cycle, enclosed environment, compact footprint and batch-based traceability.
MetricConventional CompostingEngineered Process
Production cycle45-60 days~7.5 days
Operating environmentOpen / weather-exposedEnclosed / year-round
Site footprintLargeCompact
Emission exposureOdor / leachate riskControlled
Product consistencyVariableFormula-controlled
TraceabilityManual / fragmentedBatch-based