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Official PDF TranslationJournal of Environmental Engineering Technology

Numerical Simulation of Airflow Distribution and Structural Optimization of a VOCs Catalytic Combustion Reactor

Authors: HOU Yuxin; YI Tianli; XIAO Hailin; OU Yangming; LIU Peng; FU Mingli

DOI: 10.13205/j.hjgc.202606022Status: Verified Translated Edition
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Key Findings in This Report

• • Optimal expansion section length is 250 mm, balancing spatial constraints and minimizing recirculation zones, which improves flow uniformity and prevents localized hot spots. • • An expansion angle of 0° yields the most uniform velocity distribution, but industrial installations must adjust the angle based on duct size and space, as pressure drop and flow resistance vary. • • Catalyst bed spacing of 0.05 m ensures single-layer pressure drop ≤200 Pa, meeting engineering standards while enhancing gas distribution within the bed, critical for uniform catalyst utilization. • • Alternating heating tubes on both sides of the reactor produce superior temperature distribution, raising the catalyst bed temperature uniformly and promoting VOCs oxidation efficiency.