Controlled airflow removes vapor clouds generated by infrared heating, preventing condensation and maintaining stable temperature for complete drying.
Automatic pressure balancing regulates air volume across drying units, reducing heating energy waste and eliminating explosion hazards.
Continuous two-step rotary drying transforms wet organic waste into high-calorific dry biomass using segmented temperature zones.
Converts harmful waste gas into a drying medium for high-moisture mixed waste, reducing energy consumption and preventing incinerator coking.
A control system calculates heat energy demand and adjusts hot air volume to each dryer based on preset conditions.
Segmenting combustion zones and recovering exhaust heat reduces thermal strain on heat-exchangers while lowering energy consumption during wood chip drying.
A fully automated biomass drying system adjusts air flow and temperature using real-time moisture sensor feedback.