Design and fabrication of cyclone dust collector for industrial Application

Kanojiya, Mahesh T.; Mandavgade, Nitin K.; Kalbande, Vijay N.; Padole, Chandrashekhar

doi:10.1016/j.matpr.2021.02.254

Cited by 4 publications

(2 citation statements)

References 10 publications

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“…The separated dust particles then fall and are collected due to gravity [101]. Kanojiya [102] designed a single-stage cyclone dust collector and found its total dust removal efficiency to be more than 90%. Xing et al [103] analyzed the relationship between the dust removal efficiency and the height of the cylinder, the resistance, and the inlet air velocity through numerical simulation.…”

Section: Dry Dust Collectors For Minesmentioning

confidence: 99%

Review on Dust Control Technologies in Coal Mines of China

Huang,

Tao,

Chen

et al. 2024

Sustainability

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China faces a challenge in the sustainable development of the coal industry due to pneumoconiosis problems. Dust control technologies are crucial for safe production and miners’ health, ensuring the industry’s longevity. This article reviews the development process of dust prevention and control in underground coal mines in China, summarizes various technologies, and divides them into dust suppression, open-space dust reduction, and mine dust collectors according to different stages and environments of use. In dust suppression technologies, coal-seam water injection can reduce total dust generation by 60%, wet rock drilling can reduce drilling dust in the presence of stable water sources and high-pressure bearing equipment, and water-seal blasting can reduce blasting dust by 50–70%. In open-space dust reduction technologies, spray dust suppression can remove total dust by 50–95% and the removal efficiencies of foam dedusting for total and respirable dust are reported to reach 95% and 85% under the right conditions, respectively. In dust collector technologies, dry collectors can remove 80–95% of total dust. Wet collectors achieve up to 90% efficiency, dependent on water supply and waste processing. This article also discusses vapor heterogeneous condensation technology as a promising method for improving respirable dust removal in humid mine environments.

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Section: Dry Dust Collectors For Minesmentioning

confidence: 99%

Review on Dust Control Technologies in Coal Mines of China

Huang,

Tao,

Chen

et al. 2024

Sustainability

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“…Particle separation and control of bulk solids or powder, solid-gas particles, fine particulate matter, and solid-liquid particles remain among the developed axes of investigative research in industrial processing and handling applications because of the drastic emissions and environmental threat of pollutants [1]. A plethora of professional research engineers and scientists across different engineering and industrial fields have employed particle separation technologies in their fields.…”

Section: Introductionmentioning

confidence: 99%

Bibliometric Network Analysis of Trends in Cyclone Separator Research: Research Gaps and Future Direction

Alex

Tan²,

Agyeman³

et al. 2022

Sustainability

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Cyclone separators are used extensively in diverse applications and research domains to collect particle-laden flows. Despite the technological advances in this field, no bibliometric reports on this topic have been documented. Understanding the state of the art in this field is crucial for future research. Using bibliometric mapping techniques, this study examined the quality, quantity, and development of research on cyclone separators. Relevant data were extracted in plain text formats through search queries refined by publication year (2000–2021) and document type (article and review articles). A sample of 487 publications, limited to the Web of Science Core Collection (WoSCC) database was used for the bibliometric analysis. Data analysis was performed using RStudio software package (R Bibliometrix tool). Of the 487 publications that appeared during this period, China had the highest number, followed by the Islamic Republic of Iran, whereas chemical engineering journals dominated the cyclone separator research publications. Collaboration among the researchers was low (MCPR < 0.5000). Furthermore, the pattern of single-author publications was found to outstrip that of the multiple-author publications. The findings suggest that researchers in various parts of the world, particularly Africa and the Middle East, should route their research efforts towards this field, in light of the lack of publications from these regions on this subject. The aim of this study was to serve as a seminal reference for potential technological research directions and collaboration among researchers in this and other related fields.

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Performance and purification mechanism of the mullite/SiC composite filter tube membrane

Yuan

Mei

Peng

et al. 2023

PAC

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Asymmetric composite tubular membranes were prepared with SiC as the support body and mullite as the membrane layer. The asymmetric mullite/SiC composite filter tube membranes were characterized by different analytic techniques. The mullite membrane was prepared as a layer on the SiC support with a thickness of about 175 ?m, pore size of about 1-10 ?m and porosity of 9.9%. The SiC support tube had a pore size of about 20-150 ?m and porosity of 19.0%. After 360 days of high-temperature flue gas filtration, the most available pore size of the mullite/SiC composite filter tube membrane reduces from 45.2 to 36.4 ?m (the reduction rate of about 19.4%). Analysis of the dust collected by back-blowing revealed that the dust particle size range was between 0.1-100 ?m and about 50%of the dust particles were below 2.5 ?m in size. The average capture rate of dust can reach 98.4%, indicating that the asymmetric mullite/SiC composite filter tube membrane has excellent filtration performance for the dust below PM2.5 in the high-temperature complex flue gas.

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Design and fabrication of cyclone dust collector for industrial Application

Cited by 4 publications

References 10 publications

Review on Dust Control Technologies in Coal Mines of China

Review on Dust Control Technologies in Coal Mines of China

Bibliometric Network Analysis of Trends in Cyclone Separator Research: Research Gaps and Future Direction

Performance and purification mechanism of the mullite/SiC composite filter tube membrane

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