commercial and industrial ultrafiltration (membrane filtration)

THE BEST ALTERNATIVE TO TRADITIONAL SAND SEDIMENT FILTERS DELIVERING CONSISTENT TURBIDITY, BACTERIA AND VIRUS REMOVAL

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Industrial ultrafiltration (membrane filtration) is the best alternative to traditional sediment filters based on sand and anthracite media filtration.
Delivering consistent turbidity, bacteria and virus removal using only a fraction of the existing footprints, ultrafiltration is replacing many conventional water filtration plants in groundwater and industrial water applications.

1. Commercial and industrial ultrafiltration (membrane filtration)

Ultrafiltration or membrane filtration is a water filtration technology based on membranes and pressure to separate particles in suspension and colloidal matter from water.

Nominal diameter of micropores in ultrafiltration membranes is around 0.03 μm, what provides a good balance between filtration and permeability and provides a barrier against bacteria and most virus.

Current quality standards for water supplies in drinking and industrial applications have increased the use of ultrafiltration (membrane filtration), which delivers higher filtrate quality than conventional sand, gravel and anthracite pressure filters.

Ultrafiltration is also widely used as a in integrated membrane filters as pretreatment to reverse osmosis plants, reducing the RO membrane fouling risk and before water disinfection. By physically removing bacteria and pathogens ,ultrafiltration can also reduce significantly the downstream Chlorine dosing.

2. ultrafiltration benefits

Industrial Ultrafiltration barrier for turbidity and bacteria

The main benefits of ultrafiltration opposed to other conventional filtration technologies are:

Capacity to cope with variable feedwater quality, delivering a consistent filtrate independently of the feedwater characteristics
Higher filtrate quality than tradicional sediment filters: 0.1 NTU and 99.999 bacteria removal
Smaller plant footprint with up to 50% reduction compared to traditional media filters.
Simpler design than standard media filters
Lower chemical consumption and environmental impact than standard media filters

3. typical recovery rates in ultrafiltration systems

The recovery rate of a typical Ultrafiltration (membrane filtration) system is the permeate volume divided by the feedwater volume for a period of time.

Permeate water used for backwashing and flushing must be considered for the overall system recovery. Typical recoveries for ultrafiltration systems range from 85 percent to greater than 95 percent.

Design recovery typically decreases as feedwater turbidity increases and, in some cases, recovery and plant capacity are constantly monitored and controlled to match the feedwater quality.

1% to 15 % of the daily filtrate flow will typically be required for backwash and membrane flushing in any industrial ultrafiltration (membrane filtration) plant.

4. Ultrafiltration plants with multiple configurations

Available as skid-mounted or containerised units, our energy-efficient ultrafiltration (membrane filtration) systems are available for groundwater, surface water and industrial applications including drinking water, reverse osmosis pre-treatment, irrigation water, blowdown reuse in cooling towers, boiler feedwater treatment and other industrial process water.

Australian made with high quality components our ultrafiltration (membrane filtration) plants arrive at your facility fully factory-tested and ready to be energised. This way installation, commissioning and start-up times are minimal.

5. Our range of commercial and industrial ultrafiltration plants

Standard Technical Data *(1)	UF-5	UF-10	UF-20	UF-30	UF-40	UF-50	UF-80	UF-100
Filtrate flow (m3/h)	5	10	20	30	40	50	80	100
Feed pressure	2 bar (min) – 4 bar (max)
Recovery	90%
Filtrate turbidity	< 0.1 NTU
UF Membrane Type	Energy-Saving Hydrophilic PVDF-fiber membranes
Number of UF Membranes	1	2	4	6	8	10	16	20
Skid dimensions Width Depth Height	1500 mm 1000 mm 2900mm		2500 mm 1000 mm 2900mm			4000 mm 1000 mm 2900mm
Power (KW)	2,2					7,5	15	30
Power supply	50Hz, 230V (1-Phase) or 400V (3-Phases)					50Hz, 400V (3-Phases)

6. Standard and optional features in our industrial ultrafiltration systems

Features & Options	Standard	Option
100 μm cartridge pre-filters	Standard
Self-cleaning disk pre-filters		Optional
Outside-In flow configuration	Standard
U-PVC housings	Standard
Feed pump	Standard
Backwash pump	Standard
Backwash tank	Standard
Air scour cleaning		Optional
Chemical backwash cleaning (chlorine/acid/base)		Optional
Skid mounted	Standard
Containerised		Optional
VFD for feed pump		Optional
Backwash sequence initiated on time	Standard
Backwash sequence initiated on diff pressure or filtered volume		Optional
Energy-Saving Hydrophilic PVDF-fiber membranes	Standard

Download our Ultrafiltration UF systems specifications

7. Feed water requirementes in ultrafiltration plants

Qualified Feed Water Quality	Units	Recommended	Limit
Turbidity	NTU	< 50	300
TSS (Total Suspended Solids)	mg/L	< 20	100
TOC (Total Organic Carbon)	mg/L	< 10	40
COD (Chemical Oxygen Demand)	mg/L	< 20	60
Oil and grease	mg/L	0	2
Particle Size	μm	< 150	300
PH		6 – 9	2 – 11
Temperature	°C	< 35	40
Feed Pressure	Bar	< 3	5