Abstract:O padrão de urbanização da cidade de São Paulo resultou na degradação de seus recursos hídricos. O cenário é de córregos contaminados, várzeas ocupadas por favelas, ausência de rede coletora e de tratamento de esgotos. Políticas públicas voltadas à recuperação de rios e córregos urbanos, ainda são tímidas. Esses córregos podem ser importantes prestadores de serviços ecossistêmicos. Este artigo analisa políticas públicas visando a recuperação ambiental de córregos urbanos, enquanto novo paradigma na gestão dos … Show more
“…Environmental management: Actions based on environmental management instruments (such as licensing and environmental impact study) to eliminate/reduce possible impacts on the environment from the sanitary sewer system's construction and operation. [1,7,8,[12][13][14][15][19][20][21][22][23][24][25][26][27][28][29][30][31][32][33][34][35][36] Urban environment: Space with high population concentration and, therefore, increased generation of effluents, which may have residential, industrial, and commercial characteristics.…”
Section: Driver Sourcementioning
confidence: 99%
“…Environmental Sustainability Guidelines: Guidelines that guarantee the safety and maintenance of natural resources, particularly water bodies that receive wastewater. [1,6,13,22,23] Financing: Financing of works for the implantation or expansion of sewage treatment and collection systems. [6,21,33] Investment: Application of financial resources in works to implement or expand treatment and sewage collection systems.…”
The sewage system is one of the components of the complex ecosystem of cities. Although increasing the intelligence of this system is an essential driver for having smarter cities, there are few works aimed at identifying drivers that enhance the intelligence of urban sanitary sewage systems. The identification of these drivers, as well as the degree of importance of each one, is strongly influenced by the perception of researchers and professionals about the reality of each country. In this work, we identified the main drivers that increase the intelligence of the Brazilian urban sanitary sewage systems based on extensive and detailed bibliographic research and in the vision of 241 Brazilian professionals with experience in the concerned field. We used factor analysis to explore the relationship between the drivers. The survey results showed that the twenty drivers found in the literature can be grouped into six factors, depending on their approach, and that seven were considered priorities. They also showed that the path to be followed to increase the intelligence of sewage systems in Brazilian cities is still influenced by the challenges of solving structural problems.
“…Environmental management: Actions based on environmental management instruments (such as licensing and environmental impact study) to eliminate/reduce possible impacts on the environment from the sanitary sewer system's construction and operation. [1,7,8,[12][13][14][15][19][20][21][22][23][24][25][26][27][28][29][30][31][32][33][34][35][36] Urban environment: Space with high population concentration and, therefore, increased generation of effluents, which may have residential, industrial, and commercial characteristics.…”
Section: Driver Sourcementioning
confidence: 99%
“…Environmental Sustainability Guidelines: Guidelines that guarantee the safety and maintenance of natural resources, particularly water bodies that receive wastewater. [1,6,13,22,23] Financing: Financing of works for the implantation or expansion of sewage treatment and collection systems. [6,21,33] Investment: Application of financial resources in works to implement or expand treatment and sewage collection systems.…”
The sewage system is one of the components of the complex ecosystem of cities. Although increasing the intelligence of this system is an essential driver for having smarter cities, there are few works aimed at identifying drivers that enhance the intelligence of urban sanitary sewage systems. The identification of these drivers, as well as the degree of importance of each one, is strongly influenced by the perception of researchers and professionals about the reality of each country. In this work, we identified the main drivers that increase the intelligence of the Brazilian urban sanitary sewage systems based on extensive and detailed bibliographic research and in the vision of 241 Brazilian professionals with experience in the concerned field. We used factor analysis to explore the relationship between the drivers. The survey results showed that the twenty drivers found in the literature can be grouped into six factors, depending on their approach, and that seven were considered priorities. They also showed that the path to be followed to increase the intelligence of sewage systems in Brazilian cities is still influenced by the challenges of solving structural problems.
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