MODULAR PLANT OPTIONS
Complementary modules that improve energy, storage and footprint.
Optimise the complete plant with heat recovery, Toploader, container and stacked-layout options.
MODULAR PLANT OPTIONS
Every option is assessed against total investment and operating balance.
Existing buildings, storage demand, product flow and waste-heat conditions differ. Modules around the dryer are therefore selected and positioned per project.
HEAT RECOVERY
Transfer exhaust-air temperature to incoming air.
Air leaving the dryer is too humid for further evaporation but remains warmer than outside air. An air-to-air exchanger transfers this temperature to incoming air. The preheated air is then brought to target temperature in the water-to-air exchanger, reducing heat demand.
- Higher thermal efficiency
- Lower external heat demand
- Integration with RM and KS
TOPLOADER
Automatic product handling in an open bunker.
A large scraper travelling on an upper rail piles product delivered to storage and moves it into the feed auger. Product remains accessible for mixing or removal, unlike some moving-floor mechanisms.
- Upper rail and rest area
- Heap formation
- Automatic transfer to feed auger
- Simple and economical mechanism
CONTAINER SOLUTION
Fast, compact installation without a new hall.
A containerised drying plant may have a higher equipment cost, but can lower total project cost by eliminating a separate building. Hall installations remain common when dry-product storage already requires a building.
- Reduced building investment
- Factory-controlled modular installation
- Option for restricted sites
LAYOUT EXAMPLES
Position modules side by side or stack them.
The design follows storage, input/output and service roads. Stacking condensers, heat recovery or air cleaning reduces footprint but may increase structural costs.
- Air cleaner beside the dryer
- Modules above the dryer
- Integrated dry-product storage flow
Contact
Let us select options by total cost of ownership.
Share your layout and energy data.