Ultrafiltration Module Articles & Analysis
21 articles found
In early 2012, Munich Airport (Flughafen München GmbH) contracted EnviroChemie GmbH to deliver an Envopur® UFI ultrafiltration plant to expand the existing pre-filtration unit, which had proved its reliability over the years. ...
The test plant consists of a filtration tank equipped with a with a BIO-CEL® membrane module. The filtration tank of the test stand is fed with the effluent of the sedimentation tank. ...
DEVISE ENGINEERING SA specializes in the field of Environmental Technologies and particularly in the design, manufacturing, procurement, installation, and initial operation & monitoring of packaged (i.e. in containerized form) physical-chemical and biological treatment units for small-and medium-scale applications, both municipal and industrial Wastewaters. DEVISE ENGINEERING SA through its ...
System description Fig 1: Water reuse system overview Waste water is screened and balanced in aerated tanks then fed to an advanced membrane bioreactor (AMBR), biomass separation using Ultrafiltration membranes, reverse osmosis (RO) and ultraviolet (UV) disinfection. ...
The performance of two different ultrafiltration modules was assessed with two filtration configurations (tangential and dead-end). ...
DEVISE ENGINEERING SA specializes in the field of Environmental Technologies and particularly in the design, manufacturing, procurement, installation, and initial operation & monitoring of packaged (i.e. in containerized form) physical-chemical and biological treatment units for small-and medium-scale applications, both municipal and industrial Wastewaters. DEVISE ENGINEERING SA through its ...
Nitrifying bacteria in wastewaters significantly affected Chlorella growth as they possibly competed with Chlorella in assimilating ammonia and nitrate in domestic wastewater. In a submerged ultrafiltration (UF) membrane module, with an initial concentration of 850 mg/L of Chlorella, the optimized flux was 0.02 m3/(m2·h), and the filtration cycle was 30 ...
Berghof Membrane Technology produces tubular ultrafiltration membranes and modules for the use in sidestream MBR applications. The advantage of these tubular membranes with inner tube diameters ranging from 5 till 10 mm is the throughput of flows with high suspended solid contents (up to 25 g/L MLSS) without clogging the module. The external ...
Challenge testing was carried out of full-scale prefiltration and ceramic ultrafiltration (UF) modules in a mobile drinking water treatment system. ...
Apart from plenty of advantages, the main disadvantage of ultrafiltration is rapid flux decay due to concentration polarisation and membrane fouling. ...
This new waste water treatment plant encompasses, besides a mechanical and biological clarification, a variety of treatment processes, such as an ultrafiltration with submerged modules (MBR technology), an ozonization as well as an activated carbon filtration. For the ultrafiltration, three submerged BC400 modules by MICRODYN- ...
This new wastewater treatment plant encompasses, besides a mechanical and biological clarification, a variety of treatment processes, such as an ultrafiltration with submerged modules (MBR technology), an ozonization as well as an activated carbon filtration. For the Ultrafiltration, three submerged BC400 modules by ...
A review on pulp and paper industrial membrane processes using a variety of modules and processes is presented. Membranes are mostly used today to purify process waters and to recover coating colours. Ultrafiltration using tubular membrane modules or cross-rotational (CR) filtration has been widely applied for the purification of process waters. ...
This work is a review of the study performed on heavy metals biosorption by Sphaerotilus natans confined in an ultrafiltration membrane module. A methodological approach has been applied aiming at the dynamic modelling of the process: i) firstly, biosorbent was characterised according to acid-base properties of binding sites; ii) then, equilibrium studies were ...
The V✧SEP treatment system uses Nanofiltration or Ultrafiltration membrane modules to sequentially replace the solvent and remove permeable species that are not desired by using continuous dilution and removal of filtrate. ...
VSEP is used for preconcentration of Poly Vinyl Chloride (PVC) latex to a spray dryer at this facility. The VSEP system uses an ultrafiltration membrane module and is able to concentrate (dewater) latex emulsions from a concentration level of 38 percent to a level of 55 to 68 percent. ...
The VSEP system uses nanofiltration followed by ultrafiltration membrane modules and is able to treat the mine tailing pond effluent, reducing suspended and dissolved solids below the required limits for process recycling or discharge. ...
The VSEP (Vibratory Shear Enhanced Processing) system uses an ultrafiltration membrane module and is able to recycle up to 80 percent of the water used at this facility. ...
The VSEP is used for treatment of river water for ultrapure water production at this facility. The VSEP system uses an ultrafiltration membrane module and is able to treat river water in order to remove or reduce color, turbidity, permanganate consumption, and total iron below the required limits. ...
VSEP is used for treatment of a chromate batch solution at this facility. The VSEP system uses an ultrafiltration membrane module to treat pressate from the filter press operation in order to recover pigments and also generate a permeate stream that meets the required discharge limits. ...