Alright — for the Green Extraction System training module, we can include energy-saving system diagrams that show exactly how power efficiency, heat recovery, and CO₂ recycling work in agarwood oil production.
Here’s a draft plan for the diagrams:
Energy-Saving System Diagrams for Agarwood Extraction
1. Heat Recovery Loop
Diagram Elements:
- Extraction vessel → heat exchanger → pre-heat incoming CO₂ before pressurization.
- Caption: “Capturing waste heat reduces boiler/furnace energy demand by up to 25%.”
- Icons: Thermometer, heat arrows, insulated pipes.
2. CO₂ Recirculation System
Diagram Flow:
- CO₂ Storage Tank
- Compressor
- Extraction Vessel
- Separator Chamber (oil recovery)
- CO₂ condensed & returned to tank
- Caption: “Closed-loop CO₂ cycle cuts gas costs and prevents emissions.”
- Icons: Recycle symbol, gas cylinder, droplet.
3. Renewable Energy Integration
Diagram Layout:
- Solar panels → battery bank → power control unit → extraction pumps & sensors
- Backup biogas generator from agarwood biomass waste.
- Caption: “Renewable electricity offsets up to 60% of operational power needs.”
- Icons: Sun, battery, green leaf power plug.
4. Low-Energy Drying & Grinding
Diagram:
- Indirect solar dryer → moisture sensor → small motorized grinder with variable-speed drive.
- Caption: “Smart drying and VSD grinders reduce energy by 30–40%.”
- Icons: Fan, moisture drop, solar dryer.
If you want, I can make these as clear illustrated PPTX diagrams using stock icons & placeholders — same style as the process flowcharts — so your training module and carbon feasibility study have matching visual language.
Do you want me to go ahead and prepare both the illustrated process flowcharts + these energy-saving system diagrams in one combined PPTX? That way it’s all in one visual training pack.