Sawdust Dryer Shipping & On-Site Commissioning
When a 17 to 18 m Sawdust Dryer Has to Reach Nakasongola or a Similar Inland Plant
When a 17 to 18 m DRYR rotary sawdust dryer has to reach an inland East African plant like Nakasongola, Uganda, the real question is not whether the drum can dry sawdust, but whether the drum can fit on a ship, clear inland trucking, and be put back together by a local team that has never seen one before. DRYR treats shipping and on-site commissioning as part of the sawdust dryer, not as an afterthought, so the same H-1010 to H-1815 drum that hits 0.8 to 2 tonnes per hour at output moisture under 10 percent is also the drum that ships in bolted sections and gets bolted back together on the customer's own concrete pad.
Why a One-Piece Rotary Drum Stops Working Inland
The traditional route treats the drum as one rigid body. A single-piece 17 to 18 m rotary drum will not fit a standard 40 HC dry container, so freight has to move to oversized containers or breakbulk, with inland transport permits, escort vehicles and a delivery slot the buyer cannot plan. The multi-fuel hot air furnace, the screw conveyor, the cyclone dust collector, the baghouse filter and the PLC control cabinets all show up in their own crates on a later truck. The drawings handed to the local crew assume an assembler who knows where every bolted flange, lifting flight and seal goes. The common failure mode on inland East African sites is not a sawdust dryer that runs badly, but a sawdust dryer that arrives in pieces and stays in pieces, with a hot air furnace sitting in a crate through the next rainy season and a pellet line that never reaches its nameplate 0.8 to 2 tonnes per hour.
How DRYR Ships a Rotary Sawdust Dryer in Bolted Sections and Commissions It on Site
DRYR designs the rotary sawdust dryer so that shipping and on-site installation are part of the machine, not extras. The H-1010, H-1212, H-1512 and H-1815 drum range covers 1000 to 1800 mm diameter, 4 to 11 kW main motor and 0.8 to 2 tonnes per hour of continuous sawdust drying, and is built as bolted flange drum sections that pack into standard 40 HC containers. The girth gear, pinion drive, gearbox and electric motor are pre-aligned on the drive subframe at the factory, the lifting flights are bolted, not hand-welded, and the support saddles ship as matched pairs. On site, the DRYR installation and commissioning team re-aligns the drum, bolts the flange sections, mounts the multi-fuel hot air furnace, and wires the PLC control, the cyclone or baghouse dust collector, the screw conveyor and the seal monitoring. The compact, self-insulation drum structure also cuts plant footprint and civil works to about half of what a same-output traditional drum needs, which matters inland where the pad, the building shell, the permit cost and the dust-control ducting are all on the customer's own budget.
From Inland Container Yard to Output Moisture Under 10 Percent
The result at plants like Nakasongola is that a 17 to 18 m DRYR sawdust dryer becomes a single, plannable shipment: bolted drum sections clear the port in standard 40 HC containers, the inland haul lands on the buyer's pad on the planned day, and the assembled drum is commissioned into the published 200 to 500 degrees Celsius hot-air band with output moisture held below 10 percent. Continuous sawdust drying at 0.8 to 2 tonnes per hour then feeds downstream molded wood pallet, biomass pellet, charcoal briquette or MDF lines without a drying-side bottleneck. For inland East African plants from Nakasongola outwards, that is the practical difference between buying a sawdust dryer and having a working sawdust dryer that the local crew can actually run.
- Customer and scene covered: an inland East African project such as a sawdust dryer order around Nakasongola, Uganda, with a green-field concrete pad and a 0.8 to 2 t/h capacity requirement.
- Old-solution problem covered: a one-piece 17 to 18 m rotary drum does not fit a standard container, drives oversized freight and inland escort costs, and leaves the hot air furnace and PLC cabinets unassembled for weeks on remote sites.
- DRYR product fit covered: H-1010 to H-1815 rotary sawdust dryer in bolted flange drum sections, multi-fuel hot air furnace, cyclone or baghouse dust collector, PLC control and on-site installation and commissioning, with about 50 percent footprint and civil works saving versus a same-output traditional drum.
- Final result covered: drum reaches site in standard 40 HC containers, is reassembled and commissioned on site, runs continuous sawdust drying at 0.8 to 2 t/h and holds output moisture under 10 percent for downstream molded wood pallet, biomass pellet, charcoal briquette or MDF lines.
