Environment and Pollution Management of Pollution Volatile Organic Compounds in Cluj-Napoca

Florean Carmen 1 , Henriette Szilagyi 1  and Andreea Hegyi 1
  • 1 INCD „URBAN-INCERC” Sucursala Cluj-Napoca, Romania

Abstract

Pollution negative influences the environmental, human health, buildings and increase the production of waste. We are currently witnessing pollution and degradation in some cases irreversible, of the environment. Environmental issues are extremely complex and cover all sectors. Worldwide, industrial pollution strategies necessary to reduce emissions to the atmosphere hydrocarbons, volatile organic compounds (VOCs) and other polluants in urban areas. The highest concentrations of volatile organic compounds of more than 80 mg/m3 occur in densely populated areas. The latest data reported in the residential area of Cluj-Napoca values did not exceed 20 m /m3. However peaks reported VOC concentrations, depending on the season, exceeding the upper limit that according to Law. 104/2011 is 75 μ/m3. It was identified due to increase annual mean concentration of VOCs as, in particular, road traffic exceeding sanitary standards on the main traffic routes within the city. In this paper the results obtained after carrying out an analysis of the average VOC concentration recorded in the city Cluj-Napoca as a result of car traffic. They were pursued average concentrations of VOCs resulting from the combustion of liquid fuels, petrol and diesel type. Analyzing the results obtained are proposed solutions for reducing VOC emissions. The rule under which these solutions have been proposed to reduce the concentration of VOCs took into account the possibility implementation and maintenance costs thereof.

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  • Ardelean F. (2010). Condition urban pollution in global warming, Conf. XVI Efficient, Comfort, Energy Conservation and Environmental Protection, Faculty of Building, U.T.C.B. Bucharest, Faculty of Building

  • Breen M. S., Schultz B. D., Sohn M. D., Long T., Langstaff J., Williams R., Isaacs K., Meng Q. Y., Stallings C., Smith L. (2015). A review of air exchange rate models for air pollution exposure assessments, Journal of Exposure Science and Environmental Epidemiology, 24:555-563.

  • Charlesworth S.M., Lees J. A. (1999). Particulate-associated heavy metals in the urban environment: Their transport from source to deposit, Coventry, UK, Chemosphere, 39/5: 833-848.

  • Diaconu G., Rojanscki V., Bran F. (1997). Urgentele si riscurile de mediu pentru agentii economici, Editura Economica, Bucuresti.

  • Leung D. Y. C. (2015). Outdoor-indoor air pollution in urban environment: challenges and opportunity, Environmental Science, //dx.doi.org/10.3389/fenvs.2014.00069

  • Mac I., Floca L. (1997). Strategia protectiei mediului inconjurator din Romania, Editura Ecomedinpact U.B.B. Fac. de Geografie, Cluj-Napoca.

  • Manescu S., Manole C. (1994). Chimia sanitara a mediului, Editura Medicala, Bucuresti.

  • de Miranda Regina M., Andrade Maria de Fatima, Fornaro Adalgiza, Astolfo Rosana, de Andre P. A., Saldiva Paulo. (2012). Urban air pollution: a representative survey of PM2.5 mass concentrations in six Brazilian cities, Air Quality, Atmosphere & Health, 2012, 5/1:63-77.

  • Ponticiello Barnaba G., Capozzella Assunta, Di Giorgio Valeria, Casale T., Giubilati R., Tomei G., Tomei F., Rosati Maria V., Sancini Angela (2015). Overweight and urban pollution: Preliminary results, Science of The Total Env., 518-519: 61-64.

  • Vasilache M. (2008). Considerations on thermal rehabilitation of buildings Maricica Vasilache Building Magazine, 38/2008: 38.

  • Zamfir G. (1979). Efectul unor poluanti si prevenirea lor, Editura Academiei Bucuresti

  • Directiva nr. 2001/81/CE a Parlamentului European şi a Consiliului din 23 octombrie 2001 privind plafoanele naţionale de emisie pentru anumiţi poluanţi atmosferici

  • Hotărâre nr. 1856/2005 privind plafoanele naţionale de emisie pentru anumiţi poluanţi atmosferici

  • Hotărâre nr. 568/2001 privind stabilirea cerinţelor tehnice pentru limitarea emisiilor de compuşi organici volatili rezultaţi din depozitarea, încărcarea, descărcarea şi distribuţia benzinei la terminale şi la staţiile de benzină

  • NTPA-002 Normativ din 28 februarie 2002 privind conditiile de evacuare a apelor uzate in retelele de canalizare ale localitatilor si direct in statiile de epurare.

  • NP 004-05 Normativ pentru proiectarea, executarea, exploatarea, dezafectarea si postutilizarea statiilor de distributie carburanti la autovehicule.

  • Ordin de Ministru nr. 859/2005 privind aprobarea unor ghiduri necesare punerii in aplicare a H.G. nr. 699/2003 privind stabilirea unor măsuri pentru reducerea emisiilor de compuşi organici volatili datorate utilizării solvenţilor organici în anumite activităţi şi instalaţii

  • Ordin nr. 3299/2012 pentru aprobarea metodologiei de realizare şi raportare a inventarelor privind emisiile de poluanţi în atmosferă

  • STAS 11369/1-88. Road vehicules noxious emissions determination. Admissible limits and test methods for vehicles with wight up to 3500 kg

  • *** https://en.wikipedia.org/wiki/Cluj-Napoca

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