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Mircrofiltration and ultrafiltration units
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Automatic ultra-filtration unit - Dulcoclean® UF
Dulcoclean® UF systems can easily eliminated the turbidity peaks, particles and biological contamination including bacteria, viruses and parasites. This system is capable of offering a consistently filtrate...
Automatic ultra-filtration unit - Dulcoclean® UF
Dulcoclean® UF systems can easily eliminated the turbidity peaks, particles and biological contamination including bacteria, viruses and parasites. This system is capable of offering a consistently filtrate...
Nano-filtration plant
The use of membrane filtration results in the separation of two streams, a concentrate and a permeate.
Usually the goal of membrane filtration is to obtain a better quality of the permeate or concentrate as much as possible, reducing the volume to maximum, the current that keeps the...
Usually the goal of membrane filtration is to obtain a better quality of the permeate or concentrate as much as possible, reducing the volume to maximum, the current that keeps the...
Nano-filtration plant
The use of membrane filtration results in the separation of two streams, a concentrate and a permeate.
Usually the goal of membrane filtration is to obtain a better quality of the permeate or concentrate as much as possible, reducing the volume to maximum, the current that keeps the pollutant or the product recovery.
The fields of application are different in the case of treatment normally apply to downstream of a primary treatment and/or biological, and aim to provide high quality to the effluent.
AUSTEP always uses membrane technology for wastewater treatment, with applications ranging from the concentration of oil emulsions, the tertiary filtration.
The sizing and selection of membranes depends on the nature of water and effluent quality requirements. Some important things to consider are the variability of flow, the presence of pollutants that cause fouling chemical or biological (eg. high concentrations of calcium or fat), the presence of aggressive molecules that can damage the membrane.
Every aspect is carefully assessed in the development of the project and in preparing the treatment program.
Usually the goal of membrane filtration is to obtain a better quality of the permeate or concentrate as much as possible, reducing the volume to maximum, the current that keeps the pollutant or the product recovery.
The fields of application are different in the case of treatment normally apply to downstream of a primary treatment and/or biological, and aim to provide high quality to the effluent.
AUSTEP always uses membrane technology for wastewater treatment, with applications ranging from the concentration of oil emulsions, the tertiary filtration.
The sizing and selection of membranes depends on the nature of water and effluent quality requirements. Some important things to consider are the variability of flow, the presence of pollutants that cause fouling chemical or biological (eg. high concentrations of calcium or fat), the presence of aggressive molecules that can damage the membrane.
Every aspect is carefully assessed in the development of the project and in preparing the treatment program.
Diaphragm filter
Membrane technology can be applied in different ways to waste water treatments, moreover, thanks to the remarkable development recorded in the last years, there are also economic advantages in comparison to other...
Diaphragm filter
Membrane technology can be applied in different ways to waste water treatments, moreover, thanks to the remarkable development recorded in the last years, there are also economic advantages in comparison to other technologies. Membrane use is extremely favourable in the case of:
Recovery of concentrate/permeate with a added value
Necessity to optimise the reuse of water (scarcity, cost of supply, cost of treatment)
Clear destination of the concentrate/permeate
AUSTEP supplies a turn-key service, from the pilot tests, with different membrane types, to the execution and start-up of the industrial plant, comprehensive of functional guarantees. Austep integrates in optimal way (costs and benefits) the membrane treatment with the customer's production process or waste water treatment plant.
Recovery of concentrate/permeate with a added value
Necessity to optimise the reuse of water (scarcity, cost of supply, cost of treatment)
Clear destination of the concentrate/permeate
AUSTEP supplies a turn-key service, from the pilot tests, with different membrane types, to the execution and start-up of the industrial plant, comprehensive of functional guarantees. Austep integrates in optimal way (costs and benefits) the membrane treatment with the customer's production process or waste water treatment plant.
