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IbD PU Deliverable 3.1 Figure 29. The principles of the expanded TORBEDTM reactor (The Torftech Group, 2016b). The EBR is ideal for use in dry gas scrubbing, combustion, and gasification. Dodson (1999) used the TORBED expanded bed reactor to thermally treat sediments contaminated with polycyclic aromatic hydrocarbons (PAHs). With the help of an EBR, the PAH destruction efficiency was found to be 99.99% and only low level PAH was detected in the emissions from the cyclone. In the experiment, the temperature of sediment material treatment was not a factor influencing the TORBED expanded bed reactor performance. An EBR has also been applied to the controlled combustion of rice husk by Nehdi et al. (2003). The stationary angled blades of the EBR enabled the high velocity jets of process air to be introduced into the reactor chamber, which provided the efficient combustion of rice husk in a short residence time. The TORBED reactor produced highly reactive rice husk ash (RHA) with lower carbon content and less grinding time than the conventional fluidized beds reactor did. Compared with silica fume (SF), the RHA production using a TORBED reactor did not require superplasticizer and additional water, representing an important processing advantage. Hydrodynamic behaviour of the TORBED reactor was studied by Shu et al. (2000) and compared with the conventional fluidized bed reactors. The hydrodynamic behaviour of TORBED reactor was found to capable of fluidizing the fine particles (smaller than 30 μm) which were difficult in a conventional fluidized bed reactor. 32PDF Image | Solids handling for intensified process technology
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