Descrição do Prompt

Style & Rendering Select Scientific Illustration mode Flat vector, clean lines, white background High-resolution, publication quality Consistent scientific color coding: Biological processes: green Electrochemical processes: blue AI & control intelligence: cyan No decorative or artistic elements Layout Four vertical panels, left to right, balanced spacing, thin separators. Panel 3 (AI & integration) visually dominant. Panel 1 – Circular Feedstock Input Use standard scientific icons for food waste, animal manure, and wastewater converging into a single funnel labeled high-strength organic feedstock. Circular arrow motif indicating circular bioeconomy. No explanatory text. Panel 2 – Two-Stage Bioelectrochemical Conversion Top: Dark fermentation bioreactor (cylindrical vessel). Arrows show conversion of organics to H₂ (gas bubbles) and VFA-rich effluent. Bottom: Microbial electrolysis cell schematic with anode, cathode, proton exchange membrane, external circuit. Show electron flow (e⁻), proton transport (H⁺), and hydrogen evolution bubbles at cathode. Use electrochemical symbols only. Panel 3 – AI-Enabled Intelligence & System Integration (Core) Central AI core / neural-network chip icon. Four connected modules using icons only: Process control & optimization (real-time feedback loop) Microbial intelligence (DNA + microbe; enhanced EET) Electrode & materials design (surface lattice; fouling mitigation) System integration (biofilm control, electrode functionalization, substrate valorization) Closed-loop arrows connect AI core with DF–MEC stages. Panel 4 – Outcomes & Vision Icon-only summary: ↑ H₂ yield | ↑ electrochemical efficiency | microbial stability | modular low-carbon scalability | predictive autonomous operation Text Rules Use symbols and icons over words Labels only where unavoidable No full sentences