Investigation of aerosol trace element concentrations nearby Algiers for environmental monitoring using instrumental neutron activation analysis

Bouhila, Zohra; Mouzai, M.; Azli, Tarek; Nedjar, A.; Zergoug, Zineb; Boukhadra, Dallel; Chegrouche, Salah; Lounici, H.

doi:10.1016/j.atmosres.2015.06.013

Cited by 14 publications

(4 citation statements)

References 52 publications

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“…The results of this sudy were compared to those found by other published studies ilustrating the elemental mean concentration levels in volcanic ash of other regions of some prominent states of Europe, Africa, South America and Asia regions [12]. The mean value of Al concentration in Mt.…”

Section: Resultsmentioning

confidence: 86%

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Elemental characterization of Mt. Sinabung volcanic ash, Indonesia by Neutron Activation Analysis

Kusmartini

Syahfitri

Kurniawati

et al. 2017

J. Phys.: Conf. Ser.

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22, 19.63, 20.34, 3.86, and 2.57 ppm respectively. The results of the elemental contents of volcanic ash that has been obtained can be used as the scientific based data for volcanic material utilization by considering the economic potential of elements contained and also the danger of the heavy metals content. IntroductionMount Sinabung is a stratovolcano, located in Karo Regency, North Sumatra Province of Indonesia. It is a solitary volcano that has a single peak, and classified as B -Type, because since the 1600's there was no record of eruptive activity [1]. But on November 24, 2013, Mount Sinabung were erupted and reach the highest alert level (level 4) since it spat out black and thick smog, followed by rain sand and volcanic ash which covered thousands of hectares of farmer crops under the radius of six kilometers [2]. Volcanic ash is fragments of magma and consists of mineral, volcanic glass and also a material containing high silica and aluminum [2,3]. The composition of particles from volcanic eruptions should reflect the matrix composition of the magma. 06, 14.66, 1.88, 0.07, 0.6, 1.99, 4.18, 2.89, 0.2 % respectively [5]. These materials in the ash can provide important information on the nature of magma because chemical compositions of magma usually show distinct features of each volcano and because the assemblages and compositions of minerals

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Section: Resultsmentioning

confidence: 86%

“…NAA facilitates of elements in samples of different matrices especially of environmental origin. It is one of the most mature analytical methods currently used and yet remains highly compete with others in term of accuracy, detection limits and multi elemental capabilities [11,12].…”

Section: Introductionmentioning

confidence: 99%

Elemental characterization of Mt. Sinabung volcanic ash, Indonesia by Neutron Activation Analysis

Kusmartini

Syahfitri

Kurniawati

et al. 2017

J. Phys.: Conf. Ser.

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“…Carbonaceous aerosol is determined with thermal analysis with a two-step method adapted from Cachier et al (1989). Two aliquots of the same filter are separately analyzed.…”

Section: Carbonaceous Aerosolsmentioning

confidence: 99%

Physico-chemical characterization of urban aerosols from specific combustion sources in West Africa at Abidjan in Côte d'Ivoire and Cotonou in Benin in the frame of the DACCIWA program

et al. 2020

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Abstract. Urban air pollution in West Africa has yet to be well characterized. In the frame of DACCIWA (Dynamics-Aerosol-Chemistry-Cloud Interactions in West Africa) program, intensive measurement campaigns were performed in Abidjan (Côte d'Ivoire) and Cotonou (Benin), in dry (January 2016 and 2017) and wet (July 2015 and 2016) seasons, at different sites chosen to be representative of African urban combustion sources, i.e., domestic fires (ADF), traffic (AT) and waste burning (AWB) sources in Abidjan and traffic source in Cotonou (CT). Both the size distribution of particulate matter (PM) and their chemical composition including elemental carbon (EC), organic carbon (OC), water-soluble organic carbon (WSOC), water-soluble inorganic ions (WSI) and trace metals were examined. Results show very high PM concentrations at all sites and a well-marked seasonality as well as a strong spatial variation. The average PM2.5 mass concentrations during the wet season are 517.3, 104.1, 90.3, and 69.1 µg m−3 at the ADF, CT, AT, and AWB sites, respectively. In the dry season, PM2.5 concentrations decrease to 375.7 µg m−3 at the ADF site, while they increase to 269.7, 141.3, and 175.3 µg m−3 at the CT, AT, and AWB sites, respectively. The annual PM2.5 levels at almost all sites are significantly higher than the WHO guideline level of 10 µg m−3. As for PM mass, (EC) and (OC) concentrations are also maximal at the ADF site, accounting for up to 69 % of the total PM mass. Such a high content is mainly linked to wood burning for domestic cooking and commercial food smoking activities. Dust contributions are dominant at CT (57 %–80 %), AT (20 %–70 %), and AWB (30 %–69 %) sites and especially in the coarse and fine-particle modes at the CT site and in the coarse fraction at the AT site, which may be explained by the impact of long-range desert-dust transport and resuspended particles from the roads, in addition to anthropogenic sources. The contributions of WSI to the total PM mass, mainly driven by chloride, nitrate, and calcium in the fine and/or large particles, are highly variable according to the sites but remain less than 30 %. Values are generally 1–3 times higher in the wet season than in the dry season. This is due not only to anthropogenic emissions but also to nitrate formation by reaction processes and natural emissions. The concentrations of trace elements reflect well the trends in dust at the traffic and AWB sites, with a predominance of Al, Na, Ca, Fe, and K, keys markers of crustal dust. This study constitutes an original database that characterizes specific African combustion sources.

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“…The NAA is well suited to study homogeneity of small samples because of its dynamic range of elemental sensitivity. A high potential of NAA for accuracy measurement compared to other analytical techniques is especially valuable for certification of element contents and for checking accuracy of other trace element analytical techniques [1][2] The NAA can widely be applied in several scientific fields, namely in environmental control and monitoring, geo-and cosmochemical research, in the life sciences (e.g., determination of essential and toxic trace elements in organisms), archaeological research, in material research, and in quality assurance of other trace element analytical techniques (control analyses, preparation, and certification of reference materials of chemical composition). Environmental pollution control and monitoring, especially air pollution monitoring is a typical example of application of NAA.…”

Section: Introductionmentioning

confidence: 99%

Performance Test of K<sub>0</sub>-NAA and Relative Method for Analysis of Al, Mg, K Nuclides in SRM Lake Sediment Sample

Sunardi

Darsono

2017

Indones. J. Chem.

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Investigation of aerosol trace element concentrations nearby Algiers for environmental monitoring using instrumental neutron activation analysis

Cited by 14 publications

References 52 publications

Elemental characterization of Mt. Sinabung volcanic ash, Indonesia by Neutron Activation Analysis

Elemental characterization of Mt. Sinabung volcanic ash, Indonesia by Neutron Activation Analysis

Physico-chemical characterization of urban aerosols from specific combustion sources in West Africa at Abidjan in Côte d'Ivoire and Cotonou in Benin in the frame of the DACCIWA program

Performance Test of K<sub>0</sub>-NAA and Relative Method for Analysis of Al, Mg, K Nuclides in SRM Lake Sediment Sample

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