Forestry Waste Carbonization Plant 

Forestry Waste Carbonization Plants are configured into different forms to accommodate different operational requirements, such as continuous-carbonization systems of large-scale industrially operating plants, batch-type reactors of small-scale plants with varying feedstock demand, and the modular type so that the capacity can be increased as the business demands. The continuous carbonization facilities have rotating drums or conveyor-based systems that allow waste forestry processing to proceed continuously, which is optimal when there is not a significant variation in the rate of waste generation. The carbonization systems in batches allow the process of different forestry materials and are especially applicable in those facilities where the quantity of waste product is seasonal or where the product to be specified changes frequently.
The main characteristics in all types are the presence of advanced systems of temperature monitoring and control, which allow maintaining the best conditions of carbonization, automated feeding systems to ensure a uniform flow of materials; the complex cooling systems that allow the product to safely cool down before being discharged and the presence of the extensive emission control unit that comprises scrubbers, filters, and condensers that trap volatile substances and particulate matter. PLC-based control panels with touchscreen interfaces are also being used in modern plants, which allow real-time monitoring of all process parameters, which allows the operators optimize performance and promptly identify any operational problems. The modular construction technique enables transportation and installation as well as expansion in the future and the various safety aspects, such as pressure relief, emergency shutdown, and fire suppression systems, make it safe to operate in all scenarios.