La historia empezó hace 8 años. Esta famosa empresa australiana de ingeniería hidráulica está situada en el oeste de Australia y se dedica al óxido de cobre negro.
Para optimizar la gestión del agua y ahorrar más agua y, al mismo tiempo, reducir el derroche de energía, la planta decidió recuperar el agua de lavado a contracorriente del sistema de UF existente.
El agua de lavado recuperada se filtraría de nuevo por UF y se convertiría en agua de alimentación de ósmosis inversa. La capacidad de entrada del sistema es de 8 m3/h, y la capacidad de producción de agua debería alcanzar los 4 m3/h.
Antes de adentrarnos en este proyecto, necesitamos saber claramente qué quería nuestro cliente y cuál es su objetivo. A partir de la encuesta, averiguamos los requisitos importantes que se indican a continuación.
Nuestro cliente es profesional y está especializado en la calidad del agua de alimentación. Rellenaron una hoja de análisis sobre los datos de calidad del agua de entrada, que nos ayudó a confirmar los materiales de las membranas de UF en poco tiempo.
A partir de la siguiente tabla, pudimos saber que los tamaños de las partículas eran en su mayoría de alrededor de 10um con un porcentaje del 93,19%.
Basándonos en la calidad del agua de entrada y el uso del agua de salida, elegimos el siguiente elemento de UF.
Material de la membrana: PVDF mejorado
Área de la membrana: 34㎡
Modo de funcionamiento: de afuera hacia adentro
Dimensión: 200X1900mm
Tamaño de conexión: DN50
El factor clave que preocupaba a nuestro cliente era la capacidad de producción de la membrana de UF. Cuando se trata de la capacidad de producción, en realidad es difícil decir un número exacto.
Sin embargo, hay muchos proveedores de UF en el mercado para decirle directamente acerca de su capacidad de producción y garantizar un valor numérico para la capacidad de producción.
Sinceramente y calurosamente persuadimos a nuestros clientes a no creer tan fácilmente, y por favor averiguar la verdad de los hechos reales.
Los datos de la capacidad de producción pueden variar por debajo de dos factores.
A través de la comparación entre todo el paquete de UF y los productos duros que necesitan ser construidos por los clientes en el sitio.
Después de considerar los costes locales de mano de obra, y otros costes relativos para el proyecto, su director ingeniero del centro eligió el sistema completo de UF.
Comencemos el trabajo desde el diseño (normalmente, el diseño se realizará en un plazo de 5 días laborables tras la confirmación del proyecto).
El sistema UF consta de las 5 partes principales que se indican a continuación:
Del dibujo anterior, podemos resumir tres puntos clave de nuestro diseño.
Si también necesita membranas de UF o recipientes de UF, puede acudir a nosotros. Brother Filtration tiene años de experiencia en filtración y fabrica todo tipo de productos de filtración de alta calidad.
Nos dedicamos a proporcionar mejores soluciones de filtración para nuestros clientes. Puede ponerse en contacto con nosotros directamente.
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