2026· Proceedings of the 1st International Conference on Applied Mathematics, Physics and Digital Simulation· pp. 363-367· 0 citations· 9 references
Abstract
: Technological improvement and the industrial expansion raise dust pollution, thereby high-efficiency and large-capacity electrostatic precipitators (ESP) become core equipment for industrial air pollution control. The working mechanism of ESP primarily relies on the coordinated interaction of the discharge electrode, dust collection plate, power supply system, and airflow channel. Its practical value and effectiveness in practice remain unclear; this paper analyzes the application of ESPs in some factories and suggests and designs solutions for some problems. This paper employs case study analysis to examine three critical aspects: insufficient ESP purification efficiency and secondary pollution in highway tunnels, advantages of wet ESP, and efficiency degradation caused by insulation deterioration. To address purification inefficiency and secondary pollution, a narrow-pole-gap electrostatic precipitator was developed and optimized for high-flow environments. This research demonstrated the high efficiency of ESP through China's first successful application case at Shenhua
It is well known that micrometre-sized particulate matter from burning boilers represents an important health hazard for humans and animals. In this article, a few designs of cylindrical-type electrostatic precipitators (an element has a 354 mm-long aluminium cylinder with 40 mm inner diameter without and with reduced...
Gabriel Nicolae Popa, L. Dăscălescu, C. Diniș· Energies· 0 citations
A comprehensive analysis of electrospark dispersion (ESD) is presented – a highly efficient electrophysical method for producing ultrafine powders and colloidal systems from electrically conductive materials. The evolution of this branch of electroerosive machining is examined, starting from the fundamental works of B....
A. Malyushevskaya, S. Petrichenko· Elektronnaya Obrabotka Mater...· 0 citations
Aiming at the problem of abnormally high metal temperatures of the low-pressure rotor bearings (#6 and #7) of a 1000MW supercritical steam turbine (N1000-25.0/600/600 type) during low-load operation, this paper systematically analyzes the key factors causing the temperature rise in combination with the working principl...
Zhi-Chao Liu· International Conference on...· 0 citations
This paper presents methods and results on optimizing the functionality of pressurized sewerage systems, specifically wastewater pumping stations. A holistic approach is introduced to address major issues in wastewater transport such as sedimentation in suction chambers and fiber-induced issues in wastewater pumps, as...
Tobias Rinnert, Tim Nitzsche, David Beck et al.· International Journal of Tur...· 0 citations
Thermoelectric air conditioning (TEAC) systems are gaining attention as refrigerant-free, solid-state cooling technologies due to their compactness, low noise, and environmental benefits. However, their widespread application is constrained by low energy efficiency and the limited experimental understanding of the coup...
Ali M. Ashour, Saif Ali Kadhim, F. Rashid et al.· Energies· 0 citations
We use cookies to run the site and, with your consent, for analytics and to show ads.
See our Cookie Policy.
