Person: ÇALIŞKAN, BURAK
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ÇALIŞKAN
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BURAK
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Publication Presence of severe acute respiratory syndrome-related coronavirus 2 (SARS-CoV-2) RNA on particulate matters: A multi central study in Turkey(Amer Thoracic Soc, 2021-05-01) Bayram, H.; Kayalar, O.; Ari, A.; Babuccu, G.; Konyalilar, N.; Doan, O.; Can, F.; Gaga, E.; Kuzu, L.; Ari, P.; Odabasi, M.; Tasdemir, Y.; Cindoruk, S.; Esen, F.; Sakin, E.; Çalışkan, B.; Tecer, L.; Ficici, M.; Altin, A.; Onat, B.; Ayvaz, C.; Uzun, B.; Saral, A.; Doerolu, T.; Malkoc, S.; Uzmez, O.; Kunt, F.; Aydin, S.; Kara, M.; Yaman, B.; Doan, G.; Olgun, B.; Dokumaci, E.; Gullu, G.; Uzunpinar, E.; Ahin, U.; ESEN, FATMA; SAKIN, AHMET EGEMEN; ÇALIŞKAN, BURAK; TAŞDEMİR, YÜCEL; CİNDORUK, SABAHATTİN SIDDIK; Mühendislik Fakültesi; Çevre Mühendisliği Bölümü; 0000-0002-8729-9441 ; GFK-4579-2022; EQF-8232-2022; AAG-8469-2021; AAT-6526-2020; FSY-2586-2022Publication Atmospheric volatile organic compounds levels in furniture-manufacturing city in Turkey(Elsevier, 2022-03-26) Çalışkan, Burak; Artun, Gülzade; Durmuş, Hafize O.; Gaga, Eftade O.; Cindoruk, S. Sıddık; ÇALIŞKAN, BURAK; Durmuş, Hafize O.; CİNDORUK, SABAHATTİN SIDDIK; Mühendislik Fakültesi; Çevre Mühendisliği Bölümü; 0000-0002-8729-9441; EUH-4552-2022; AAT-6526-2020; GBB-7012-2022Air pollutant emissions originated from industrial processes, combustion, and vehicles, significantly impacting air quality levels. In this study, Inegol-Bursa/Turkey, the city stands out with its furniture manufacturing sector, burning of hardboard wastes and dense traffic. Atmospheric volatile organic compound concentrations at 25 different points in Inegol city of Bursa were determined with passive air sampler. The city was classified according to its characteristics (organized industrial zone, residential areas, wastewater treatment plant, fuel-oil station and furniture industry zone). Different volatile organic compounds (45 species) were investigated in the atmosphere of the city. Volatile organic compound concentration in city air ranged from 17.1 to 133.6 mu g/m(3) and an average value of 59.5 +/-& nbsp;32.7 mu g/m3. Volatile organic compound concentrations were found to be higher, especially in industrial districts and near motorways. Lower concentrations than average volatile organic compound value were determined near the waste-water treatment plant, fuel-oil station and residential areas. The average of benzene, toluene, ethylbenzene and xylenes concentration for the city was determined as 34.7 +/- 19.5 mu g/m(3). The highest concentration of benzene, toluene, ethylbenzene and xylenes was found in industrial zone (89.8 mu g/m(3)) where the furniture industry and uncontrolled combustion were dominant. Benzene, toluene, ethylbenzene and xylenes concentrations obtained in this region were 2-6 times higher than the other sampling sites. In addition, cancer risk was calculated within the study's scope and the district risk was found to be at probable risk level.Publication Investigation of SARS-CoV-2 RNA on particulate matters: A multicentre study in Turkey(European Respiratory Soc Journals Ltd, 2021-09-05) Konyalılar, Nur; Kayalar, Özgecan; Arı, Akif; Babaccu, Gizem; Doğan, Özlem; Can, Füsün; Şahin, Ülkü Alver; Gaga, Eftade; Kuzu, Levent; Arı, Pelin; Odabaşı, Mustafa; Taşdemir, Yücel; Cindoruk, Sıddık; Esen, Fatma; Sakin, Egemen; Çalişkan, Burak; Tecer, Lokman; Fiçici, Merve; Altın, Ahmet; Onat, Burcu; Ayvaz, Coşkun; Uzun, Burcu; Saral, Arslan; Dogeroğlu, Tuncay; Malkoç, Selma; Üzmez, Özlem; Kunt, Fatma; Aydın, Senar; Kara, Melik; Yaman, Barış; Doğan, Güray; Olgun, Bihter; Dokumacı, Ebru; Güllü, Gülen; Uzunpınar, Elif; Bayram, Hasan; TAŞDEMİR, YÜCEL; CİNDORUK, SABAHATTİN SIDDIK; ESEN, FATMA; SAKIN, AHMET EGEMEN; ÇALIŞKAN, BURAK; Çevre Mühendisliği Bölümü; 0000-0002-8729-9441; GFK-4579-2022; EQF-8232-2022; AAG-8469-2021; FSY-2586-2022; AAT-6526-2020Publication Air quality level, emission sources and control strategies in Bursa/Turkey(Turkish Natl Committee Air Pollution Res & Control-tuncap, 2020-12-01) Çalışkan, Burak; ÇALIŞKAN, BURAK; Özengin, Nihan; ÖZENGİN, NİHAN; Cindoruk, S. Sıddık; Mühendislik Fakültesi; Çevre Mühendisliği Bölümü; 0000-0002-8729-9441; 0000-0001-7536-0332; AAH-1475-2021; AAT-6526-2020In parallel with rapidly increasing population and number of motor vehicles, irregular urbanization, and unplanned industrialization, air pollution has reached dangerous levels in developing cities. Various industries such as textile, automotive, chemical, rubber and plastic industries are located in Bursa. In addition, the region receives a lot of migration and there is an intensive air pollution problem due to dense urbanization. The air quality monitoring station results showed that the PM10 and NOx are the main pollutants reducing air quality in the city. Despite the much efforts and regulations, air quality level has been getting worst year by year. Stakeholders were brought together to explore the true causes of non-blocking emissions, identify resource loads and priorities, and develop solutions. The current level and variation of air pollutant concentrations depending on years were presented to stakeholders. A survey and discussion were performed within the workshop, and consequently; industry, transportation, heating and uncontrolled combustion activities came front. Especially the fact that the industry is located in the city and the transportation network of the city is inadequate has emerged as the main source of air pollution problem. In order to develop effective solution, it was emphasized that effective supervision should come to the forefront and new industrial facilities should not be established in the regions in or near the city.Publication Pah levels in a furniture-manufacturing city atmosphere(Elsevier, 2020-02-01) Çalışkan, Burak; Küçük, Aleyna; Taşdemir, Yücel; Cindoruk, Sabahattin Sıddık; ÇALIŞKAN, BURAK; Küçük, Aleyna; TAŞDEMİR, YÜCEL; CİNDORUK, SABAHATTİN SIDDIK; Mühendislik Fakültesi; Çevre Mühendisliği Bölümü; 0000-0002-8729-9441; 0000-0002-6192-8609; 0000-0001-7536-0332; AAT-6526-2020; AAG-9468-2021; JHH-5032-2023; GBB-7012-2022In this study, in order to determine atmospheric PAH concentrations in Inegol/Turkey, ambient air samples were collected from two different sites representing industrial and uncontrolled furniture manufacturers regions. Sampling campaign took place between December 2017 and November 2018. Air samples were collected using high volume air samplers (HVAS) and PAH concentrations were determined in both gas and particulate phases. The mean of the atmospheric PAH concentrations obtained in the gas phase in the furniture workshops (FW) and industrial district (ID) regions were 697.82 +/- 637 ng/m(3) and 772.92 +/- 864.23 ng/m(3), respectively. The concentrations in the particulate phase in the regions were 413.52 +/- 430.23 ng/m(3) and 342.40 +/- 527.48 ng/m(3), respectively. The average total (gas + particlulate phases) concentration of Sigma(16)PAH determined in the site of FW was 1111.34 +/- 1045.24 ng/m(3) while that was 772.92 +/- 864.23 ng/m(3) in ID. These values are over the ambient levels reported for urban sites wherein big industries exist around the world. Additionally, the average of particle phase percentage was 30% because of nearby combustion sources. The determination of possible sources of PAHs in the regions was performed using principal component analysis (PCA). PCA results showed that the main sources of pollutants of the regions are intertwined (combustion, traffic, industries). However, the most effective source is thought to be uncontrolled combustion of furniture wastes as fuel for residential heating. Health risks for the citizens were calculated for both regions and were found not to be at high-class risk.