Research prototype • In active validation — pre-commercial research.
STAGE 1 // EMPIRICAL SYNTHESIS SCREENING (ACTIVE R&D)

Synthesis Parameter Inference

Exploratory screening interface designed to help carbon precursor suppliers and battery engineers evaluate pyrolysis temperature windows, hold times, and feedstock families targeting >300 mAh/g reversible capacity and ICE > 85%.

Active R&D Validation Notice: Stage 1 is an exploratory screening prototype calibrated on 141 peer-reviewed literature records extracted from open-access reviews. Under 5-Fold GroupKFold Cross-Validation (grouped strictly by primary paper to prevent cross-paper leakage), the model achieves CV MAE ±67.9 mAh/g (R² = -0.571). With negative R², the model currently has no demonstrated skill over simply predicting the literature dataset mean (311.1 mAh/g) on unseen papers due to dominant between-laboratory cell assembly variance. Results are presented strictly as exploratory research indicators, not guaranteed production metrics.

Precursor & Pyrolysis Controls

REPRESENTATIVE SOURCES: Coconut shell, Rice husk, Bamboo, Pomace, Corncob

1200 °C
800°C1600°C
2 hr
1hr6hr
50 mA/g
20mA/g200mA/g
5 °C/min
2°C/min15°C/min
1.5 %
0%8%
25 µm
5µm100µm

Inference engine ready.
Select precursor category and pyrolysis parameters to predict capacity.