Industrial Drum Dryer Systems and Solutions
Detailed Application Areas
Biomass and Energy Sector
We reduce the moisture content of biomass resources such as wood chips, olive pomace, hazelnut shells, sunflower husks, and increase efficiency in biofuel and pellet production. Our sawdust dryer solutions provide ideal fuel preparation for power plants.
Agriculture and Food Industry
We offer effective drying solutions to extend the shelf life and preserve the quality of agricultural products such as fruit and vegetable pulps, grains, beet pulp, and animal feeds. This makes your products more valuable.
Waste Management and Recycling
We reduce disposal costs by drying sewage sludge, industrial wastes, and municipal wastes. Our waste drying systems offer the potential to convert waste into a valuable resource.
Chemical and Mining Industry
We provide robust and reliable industrial drying kiln solutions for drying inorganic salts, chemical components, minerals, and various ores (sand, coal dust, etc.).
Technical Specifications
Our systems can be fully customized according to the needs of your project. Below you can find our standard model ranges:
| Feature | Description |
|---|---|
| Capacity | 500 kg/h - 10,000 kg/h |
| Heat Source | Natural Gas, LPG, Biogas, Waste Heat, Solid Fuel |
| Material Structure | ST37 Carbon Steel, AISI 304/316 Stainless Steel |
| Control | PLC-based fully automatic control panel, remote monitoring option |
| Dust Control | Multicyclone, bag filter, wet scrubber options |
Example Project: Biomass Plant Efficiency Increase
Case Study: Sawdust Drying and Pellet Production
A furniture manufacturer operating in the Aegean Region was struggling to dispose of high-moisture (55%) wood chips generated after production. With the 2 tons/hour capacity drum drying plant we established as Natural World Technology, the moisture content of the wood chips was reduced to below 10%.
Result: The company gained a new source of income by converting the sawdust, which it previously saw as waste, into pellet fuel with high calorific value. By using the plant's own waste heat for the drying process, energy savings of up to 40% were achieved.