Machines, Journal Year: 2024, Volume and Issue: 12(11), P. 761 - 761

Published: Oct. 30, 2024

The removal of particulate matter (PM) from air streams is essential for advancing environmental technologies and safeguarding public health. This study explores the performance an electrostatic precipitator (ESP) in eliminating fine ultra-fine PM under varied experimental conditions. It uniquely examines influence size feed rate on ESP efficiency. system’s use low voltages enhances energy sustainability, while its innovative design improves corona discharge, leading to significant reductions emissions. Plants using electrical devices are increasingly being incorporated into material processing lines reduce pollution surrounding work area, as well collect particle emissions atmosphere. also possible recycle some raw materials this way with consumption. cleaning technology increases added value industrial equipment, which affects competitiveness impact sustainable manufacturing. results indicate a steady field voltage 15.1 kilovolts, airflow maintained at 0.8 m/s through doser 2.5 bar, need fan. between 2 20 mm/h, six trials conducted ensure data were consistent. Preliminary studies devoid intervention demonstrated little removal, since buildup chamber walls distorted results. installation ESF markedly enhanced efficiency, achieving up 95.5%. Further analysis revealed that depended concentration agglomeration chamber, clearance exceeding 98% optimal Fine (0.35 8.7 µm) was more efficiently removed than (0.2 0.35 µm). highest efficiency observed 0.962 mg/s, lowest occurred 0.385 mg/s. A strong positive correlation (Pearson 0.829) observed, particularly rates 0.128, 0.641, 1.283 study’s findings confirm highly effective removing matter, particles, rate, significantly enhancing performance.

Language: Английский