Bioflamm® integral furnace
Use: Joinery workshops, furniture manufacturing plants, local heating plants
Based on our experiences in the construction of flue gas dedusting units, our engineers have developed a furnace system that, through its specific degassing of the fuel, has significant advantages over the systems currently available on the market. As a supplier of dust suppression systems for solid matter furnaces, our knowledge of the individual furnace systems proved advantageous. The patented Bioflamm® degassing external furnaces have enjoyed increasing popularity since their market introduction. Whether in combination with boilers provided by the customer or with new boilers from the Bioflamm® program, the versatility of the front furnace was in demand. However, nothing is so perfect that it can not be improved. The Task In the wood-processing trade in particular, the demand for furnace systems has increased steadily with respect to operational comfort, economic efficiency and environmentally friendliness. Production surface is especially valuable in smaller and mid-sized operations. Often, there is little space for the heating. The available external furnace technology thus required further development.
The focus during construction was on maintaining the successful characteristics:
The comprehensive use particle and MDF board in the furniture industry brings increased requests for reliable furnace technology. Rarely needs to be cleaned - vertical boiler pipes. High heating values are often accompanied by a tendency for slag buildup. Therefore, we still rely on the advantages of the grate furnace. Where the underfeed stokers meet their limits, the stoker-fired furnace shows its
Particular attention was paid to the optimal combustion chamber geometry. Through the design and the arrangement of the secondary air nozzles, a very distinct rotation of the flames is produced.
During the compact design of the integral furnace, a particular advantage of the fluidized-bed degassing system could be maintained: the extremely low adjustability of approximately 5% of the nominal performance at full operational readiness. The fast adjustability of the integral furnace sets new standards. Even the ease of maintenance, long valued by users, could be improved further. Thus, all of the stoker-fired furnace integrated into the multi-pass boiler can be removed from the boiler for cleaning and maintenance with in a few simple steps. The integrated design additionally reduces radiation loss through the water-bearing side walls. Cleaning of the vertical boiler pipes is only necessary after long intervals.
The automatic boiler de-ashing via ash collection screws reduces the maintenance expense to a minimum. Flue gas recirculation in particular decreases the NOx emissions as well as the tendency for slag buildup for particle and MDF boards. During the application of various fuel compositions, programmable furnace optimization guarantees the flexible and loaddependent performance regulation of the system. In this way, we guarantee equally low emission values with high heating efficiency. In the highest equipment level, you can visualize