DecarboxulatorBatch yield
ProductionTool 03

Batch yield

Calculate THC, CO2 loss and remaining mass from batch weight and THCa percentage.

Method
Batch yieldProduction Complete conversion model
Live calculation

Batch parameters

Starting mass and THCa fraction

g
%

Initial mass percentage measured before heating

Calculation method
Equation
m(THC) = m(batch) × THCa% × 0.87723
Only the CO2 released from THCa conversion is subtracted.
Calculation method Equation, inputs and limitations

Batch-yield calculation method

The initial sample mass is multiplied by its THCa mass fraction to determine the THCa available. Applying the 0.87723 conversion factor gives the theoretical THC mass. The difference is CO2 released, which is subtracted from the original batch weight.

Other components are modeled as mass-stable. Real samples can lose water, solvent, terpenes, and other volatiles, and existing THC must be accounted for separately.

Questions & limitations 2 answers
Is the final batch weight the same as the THC yield?

No. Final batch weight includes other material assumed to remain in the sample. THC yield is only the mass of THC formed from the initial THCa fraction.

Does the yield calculation account for processing losses?

No. The model assumes complete conversion and treats all non-THCa material as unchanged. Evaporation, transfer loss, degradation, and residual solvents require separate accounting.

Decarboxylation math and FAQ