Horizontal Biomass Carbonization Plant, Manufactured By Kerone Engineering Solutions Ltd. -- 0.00
| keroneshivam - Mumbai, Maharashtra - Nov 10, 2025 |
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message keroneshivam about this ad The characteristics of long rod biomass, including logs, wood, sawdust, and jute rods, serve as the basis for the Kerone Horizontal Biomass Dry Distillation Carbonization Furnace. This furnace employs a horizontal design, manual loading, cart feeding and dumping, along with advanced hot air dry distillation techniques. The carbonization technology incorporates a unique back-burning method for carbonization combustible gas, ensuring that the flue gas generated during the carbonization process is fully utilized to meet the furnace's heat requirements, thereby significantly enhancing the carbonization rate. This rate is improved from 80% to 95 The furnace boasts high production efficiency, is safe for operation, environmentally friendly, and capable of conserving substantial energy. It stands out as the optimal device for carbonizing biomass with long rods. By integrating multiple units, carbonized combustible petrol is employed in a series, which reduces fuel consumption and enhances business productivity. The Kerone horizontal biomass dry distillation carbonization furnace comprises various components, including the carbonization liner, thermal insulating layer, furnace door, feeding car (small size not configured combustible gas return combustion pipe, dehumidification buffer tank, burner, smoke exhaust pipe, and thermometer. Additionally, it features a pre-burning gasifier and a flue gas purification system. The furnace operates on the anaerobic dry distillation principle to extract volatile compounds from biomass for carbonization. The charging and sealing furnace is utilized to stack the raw biomass materials intended for carbonization, transfer them into the carbonization furnace, seal the cover, and secure the furnace door; at -250C, the processing duration ranges from 4 to 12 hours (the exact heating time depends on the moisture content, density, diameter, and size of the furnace during which moisture and air from the liner are expelled; carbonization occurs without oxygen. message keroneshivam about this ad |