| 摘要 |
The present invention refers to a burner module (1 ) comprising an air diffuser box (2), cylindrical combustion chamber (3), central flanged face (4), and tubular grid (5), which, in single and compact modular assembly, allow the maximizing of calorific power exploitation of several pelletized solid materials, including the organics and with ash contents greater than 1 %, through the optimization of inner flows formed by air, fuel material and burned material flow in a continuous movement of circulation and replacement of elements, allowing the efficient removal of all generated ash during the combustion by percolation between the gaps of new material and the grid (5), operating in minimally fluidized bed, forming a projected flame out of ash, sparks and unburned or partially burned fuel material, allowing intermittent burning cycles of greater yield and final power generated, greater stability of process and direct reduction of undesired effects on environment in terms of gases and combustion waste. |
