Programa Integral para el Tratamiento de Agua de Calderos

Programa Integral NALCOEl Programa Integral NALCO para la Proteccin del Sistema Generador de Vapor, tiene como objetivo prevenir el deterioro de la Caldera y equipos en contacto con el Vapor y Condensado.El tratamiento permite producir un vapor de calidad adecuada, sin arrastres, al menor costo posible (eficiencia trmica).

Programa Integral NALCO NALCO 19 NALCO 9546 NALCO 750 NALCO 356El Programa NALCO Calderos consiste en la aplicacin de cuatro (4) productos:

NALCO 19 EFECTIVO DE ACCIN RPIDA IDEAL PARA BAJAS TEMPERATURAS APORTA SLIDOS PROHIBIDO EN SISTEMAS QUE USAN ATEMPERACIN DE VAPOR POR ENCIMA DE 900 psig SE DESCOMPONE EN PRODUCTOS CORROSIVOS NO ES RECONOCIDO COMO PASIVADOR

PUNTOS DE APLICACIN

NALCO 9546Tecnologa Transport Plus (Fosfato-polmero-dispersante): Protege tubos de los Calderos de incrustaciones de sales minerales, mediante la solubilizacin y acomplejamiento, evitando la formacin de cristales que causan las incrustaciones.

NALCO 9546 El Fosfato precipita el Calcio como Hidroxiapatita (menos adherente) Ca10(PO4)6(OH)2 La Alcalinidad OH precipita al Magnesio como Brucita - Mg(OH)2 Requiere mantener alcalinidad y fosfato residual Contiene polmeros sintticos para acondicionar los precipitados Contiene antiespumante Aprobado por FDA

NALCO 750 Producto que por el mecanismo de romper la tensin superficial, evita formacin de espuma y por ende, elimina los arrastres qumicos (generados por espumeo).Adems, la sinergia que tiene con el NALCO 9546, permite trabajar Calderos con niveles mayores de Slidos Totales Disueltos (STD) reduciendo purgas y logrando ahorros va menor prdida de energa en purgas (menor consumo de petrleo para calentar agua).

NALCO 2813 (Tri-Amina): previene la corrosin de lnea de retorno de condensado, al evitar la formacin de cido carbnico

CO2 + H2O H2CO3 (Corrosivo)

GRACIASPREGUNTAS?

Reverse osmosis membranes are typically one of three types:

1.Spiral Wound2.Hollow Fiber3.Tubular

The spiral wound and the hollow fiber type membranes are the most common types used for water treatment applications. The membranes are constructed into modules which will contain a specific amount of membrane area.

Reverse osmosis membranes are typically one of three types:

1.Spiral Wound2.Hollow Fiber3.Tubular

The spiral wound and the hollow fiber type membranes are the most common types used for water treatment applications. The membranes are constructed into modules which will contain a specific amount of membrane area.

Reverse osmosis membranes are typically one of three types:

1.Spiral Wound2.Hollow Fiber3.Tubular

The spiral wound and the hollow fiber type membranes are the most common types used for water treatment applications. The membranes are constructed into modules which will contain a specific amount of membrane area.

Reverse osmosis membranes are typically one of three types:

1.Spiral Wound2.Hollow Fiber3.Tubular

The spiral wound and the hollow fiber type membranes are the most common types used for water treatment applications. The membranes are constructed into modules which will contain a specific amount of membrane area.

Reverse osmosis membranes are typically one of three types:

1.Spiral Wound2.Hollow Fiber3.Tubular

The spiral wound and the hollow fiber type membranes are the most common types used for water treatment applications. The membranes are constructed into modules which will contain a specific amount of membrane area.

Reverse osmosis membranes are typically one of three types:

1.Spiral Wound2.Hollow Fiber3.Tubular

The spiral wound and the hollow fiber type membranes are the most common types used for water treatment applications. The membranes are constructed into modules which will contain a specific amount of membrane area.

Reverse osmosis membranes are typically one of three types:

1.Spiral Wound2.Hollow Fiber3.Tubular

The spiral wound and the hollow fiber type membranes are the most common types used for water treatment applications. The membranes are constructed into modules which will contain a specific amount of membrane area.

Reverse osmosis membranes are typically one of three types:

1.Spiral Wound2.Hollow Fiber3.Tubular

The spiral wound and the hollow fiber type membranes are the most common types used for water treatment applications. The membranes are constructed into modules which will contain a specific amount of membrane area.

Reverse osmosis membranes are typically one of three types:

1.Spiral Wound2.Hollow Fiber3.Tubular

The spiral wound and the hollow fiber type membranes are the most common types used for water treatment applications. The membranes are constructed into modules which will contain a specific amount of membrane area.