González, A.E., Gianoli Kovar, P., Deambrosi Papini, M., Hernández Castellani, M. and Paz Urban, M. (2016) Síntesis de Resultados del Proyecto ANII FSE_2013_1_10942 “Impacto Acústico de Aerogeneradores de Gran Porte”: Modelo predictivo de niveles ambientales de presión sonora. [Summary of Outcomes from the Research Project ANII FSE_2013_1_10942 “Acoustic Impact of Large Wind Turbines”: Prediction Model for Environmental Sound Pressure Levels.] 23 p. September 2016.

has been cited by the following article:

• TITLE: Acoustic Impact Studies (AIS) of Wind Farms in Uruguay: A Methodology Proposal

  AUTHORS: Alice Elizabeth González, Nicolás Rezzano Tizze, Pablo Gianoli Kovar, Martín Paz Urban, Marcos Raúl Lisboa

  KEYWORDS: Acoustic Impact Study, Acoustic Impact Assessment, Wind Farms, Wind Turbine, Environmental Impact Assessment

  JOURNAL NAME: Journal of Environmental Protection, Vol.8 No.10, September 25, 2017

  ABSTRACT: The fast growing development of wind power in Uruguay has encouraged research on many issues regarding environmental acoustics, especially those related to wind turbines operation. As every new power generation device of 10 MW or larger has to have an environmental license approval before building it, a methodology for Acoustic Impact Studies (AIS) was needed. This paper presents a methodology proposal to carry out AIS, taking into account the peculiarities of the Uruguayan status. Determining the area where the studies should be done, demands for the base line of sound pressure levels, predicting sound pressure levels during the operation of future wind farm and main lines for the environmental management plan are included in this proposal. Uruguayan current national guidelines to noise pollution levels are also presented.