Business report — 2026-10-10
Bio-algae biopolymer & water hyacinth fibre platform
A single digital-twin platform clones two circular bio-manufacturing lines. Algae accumulate PHA/PHB that is extracted and melt-spun into biodegradable fibre; invasive water hyacinth is harvested from waterways and refined into technical cellulose fibre and nanocellulose. Both streams share a protein recovery module and one merged inspection layer, so every batch carries a reliability verdict before release. The spent residue is pyrolysed into hard-carbon anode material and assembled into EV cells, sized against a 12 GW recharging network.
Fibre / cycle
1395.12 kg
Polymer / cycle
512.17 kg
Protein isolate
408.37 kg
EV pack energy
511.65 kWh
12 GW coverage
0.04%
CO₂ fixed
3251.18 kg
Gross margin
$28414.16
Reliability
90.7%
Integrated process diagram
Unit economics per cycle
| Line | Output | Revenue | Opex | Margin |
|---|---|---|---|---|
| Algae PHA fibre | 419.98 kg | $3527.84 | $9800 | $-6272.16 |
| Hyacinth fibre | 975.14 kg | $3022.94 | $3400 | $-377.06 |
| Protein isolate | 408.37 kg | $9800.97 | shared | $9800.97 |
| EV battery packs | 511.65 kWh | $37862.4 | $12600 | $25262.4 |
Quality release — KC-20261010-01
Reliability index 90.7% · MTBF 88.8 d · 2 failing and 0 borderline checks.
- ALG-01 PHA contentPASS
- ALG-02 Extraction recoveryPASS
- ALG-03 Fibre tenacityFAIL
- ALG-04 Energy intensityPASS
- HYA-01 Cellulose contentPASS
- HYA-02 Tensile strengthPASS
- HYA-03 Retting yieldPASS
- HYA-04 Residual moisturePASS
- PRO-01 Isolate purityPASS
- PRO-02 Process pHPASS
- PRO-03 Lysis efficiencyPASS
- ENR-01 Anode carbon purityPASS
- ENR-02 Specific capacityPASS
- ENR-03 Char yieldPASS
- ENR-04 Fast-charge ratePASS
- ENR-05 Capacity fadePASS
- ENR-06 Target coverageFAIL