O que é a tecnologia MBR para tratamento de efluentes?

MBR significa Membrane Bioreactor (Biorreator de Membranas). É um processo que combina o tratamento biológico por lodos ativados com a filtração por membranas, eliminando a necessidade de decantadores e entregando efluente tratado de altíssima qualidade.

Qual a principal vantagem do MBR em relação à ETE convencional?

A maior vantagem é a qualidade do efluente final (pronto para reuso) aliada à economia de espaço físico (ocupa até metade da área de um sistema convencional) e menor produção de lodo secundário.

A água tratada pelo MBR pode ser reutilizada na indústria?

Sim. O efluente do MBR sai livre de sólidos suspensos e com baixíssima contagem microbiológica, sendo ideal para torres de resfriamento, lavagem de pisos/equipamentos e pré-tratamento de osmose reversa.

Como é evitado o entupimento (fouling) das membranas MBR?

A prevenção ocorre por meio da aeração contínua diretamente abaixo dos módulos de membrana (que remove o excesso de sólidos por borbulhamento) e ciclos automáticos de limpeza química (CIP).

INDUSTRIAL WATER SOFTENER: PROTECTION AND EFFICIENCY FOR YOUR EQUIPMENT

A water softener is a system designed to reduce the hardness of water, preventing the formation of scale and corrosion in boilers, cooling towers and other industrial equipment. Hard water contains calcium and magnesium salts that can compromise efficiency, increase operating costs and reduce the useful life of equipment.

Studies show that water softening can reduce energy consumption in boilers by up to 30% and extend the life of pipes by more than 5 years, depending on the system.

50%
SAVINGS

in the consumption of potable water with reuse systems.

40% REDUCTION

in the costs related to water collection and treatment.

90% REUSE

40% REDUCTION

in the costs related to water collection and treatment.

40% REDUCTION

in the costs related to water collection and treatment.

HOW DOES THE MBR SYSTEM WORK?

The membrane biological reactor (MBR) is an evolution of traditional wastewater treatment plants (WWTP). In it, microorganisms degrade the organic load in an aerated tank, and the sludge is separated from the clarified effluent by means of biological reactor membranes, which replace the use of secondary decanters.

This combination creates a membrane reactor capable of producing very high quality effluent, ideal for reuse or disposal in accordance with strict environmental standards.

AERATED BIOLOGICAL REACTOR

Where the degradation of organic matter takes place.

MEMBRANE BIOREACTOR MODULES

Responsible for filtering and separating the treated effluent.

MEMBRANE AERATION SYSTEM

This reduces the accumulation of solids and increases the efficiency of the process.

MEMBRANE AERATION SYSTEM

This reduces the accumulation of solids and increases the efficiency of the process.

INDUSTRIAL WATER SOFTENER: PROTECTION AND EFFICIENCY FOR YOUR EQUIPMENT

A water softener is a system designed to reduce the hardness of water, preventing the formation of scale and corrosion in boilers, cooling towers and other industrial equipment. Hard water contains calcium and magnesium salts that can compromise efficiency, increase operating costs and reduce the useful life of equipment.

Studies show that water softening can reduce energy consumption in boilers by up to 30% and extend the life of pipes by more than 5 years, depending on the system.