proposição de um índice de qualidade de estações de tratamento de água (iqeta) proposal of a quality index applied on the water treatment plants
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2005
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Abstract
O presente trabalho objetiva a proposição de um Índice de Qualidade de Estação de Tratamento de Água (IQETA), aplicável a estações de tecnologia convencional, que permita comparar o desempenho das estações por meio de uma metodologia que transcenda o simples atendimento ao padrão de potabilidade. A metodologia para a elaboração do IQETA fundamentou-se basicamente na mesma utilizada para o desenvolvimento do IQA. A posterior aplicação do IQETA a dez estações de portes distintos validou-o como ferramenta de avaliação. Verificou-se clara tendência das estações com melhor desempenho - produzindo água filtrada de melhor qualidade, em termos de turbidez - serem contempladas com maiores valores para o IQETA, demonstrando a utilidade do índice como uma ferramenta capaz de auxiliar na administração de sistemas de produção de água para consumo humano.
This work aims the proposal of a Water Treatment Plant Quality Index (WTPQI), applied on the conventional plants, to compare the performance of plants by means a methodology beyond compliance of the drinking water guideline. The WTPQI methodology was based on the same utilized for the Water Quality Index. The WTPQI application on ten plants has validated it as a good tool for evaluation plants. A clear tendency of plants with good performance, in terms of turbidity effluent, keeping high WTPQI values was verified. This fact demonstrated the usefulness of the index as a tool able to help water supply systems management.
This work aims the proposal of a Water Treatment Plant Quality Index (WTPQI), applied on the conventional plants, to compare the performance of plants by means a methodology beyond compliance of the drinking water guideline. The WTPQI methodology was based on the same utilized for the Water Quality Index. The WTPQI application on ten plants has validated it as a good tool for evaluation plants. A clear tendency of plants with good performance, in terms of turbidity effluent, keeping high WTPQI values was verified. This fact demonstrated the usefulness of the index as a tool able to help water supply systems management.
| Reference Key |
lopes2005engenhariaproposio
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| Authors | ;Vanessa Cristina Lopes;Marcelo Libânio |
| Journal | ophthalmology and therapy |
| Year | 2005 |
| DOI |
10.1590/S1413-41522005000400008
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