Containerized Ultrafiltration (UF) Water Treatment Plant

Transcription

1 Containerized Ultrafiltration (UF) Water Treatment Plant Small UF System Containerized UF Water Treatment Plant This UF containerized water treatment plant can be used to treat water from a variety of sources into potable water. The core treatment module of the plant is the pressurized compression membrane modules. This system is fully independent and just requires power to work. Key Application Areas Remote potable water supply (agriculture, mining, etc.) Emergency water supply backup Process water supply Stand out Features: Containerized and independent system with a relatively small footprint. Ease of transportation Fully weatherproof Automatic operation, can be remotely controlled and monitored by mobile phone network Customized standalone process, suitable for a variety of water sources Low capital cost, no supporting infrastructure necessary Low energy consumption through single power source Low maintenance cost Equipped with state of the art Polyvinylidene difluoride (PVDF) membranes which are highly resistant to oxidation and easy to clean

2 Containerized Ultrafiltration (UF) Water Treatment Plant Specifications Inlet water quality Source Turbidity Particulate size Oil Content River, lake, dam or other natural water sources, secondary effluent <300 NTU <0.5mm <2mg/L Operating conditions ph 1-14 Temperature Pressure CIP Fluids 5-45 o C <3 Bar Sodium hypochlorite NaOCl, Citric acid, Sodium hydroxide NaOH Permeate water quality Total Suspended Solids <1 mg/l Silt density index (SDI) <3 Turbidity <0.1 NTU Coliform count Undetectable Model Small UF Capacity (m 3 /day) Inlet size (mm) footprint Power supply DN m*1m*2.5m 220V/50Hz/1-4kW Weight (Tonnes) CMF-2000 <2000 DN 150 ISO 20ft (GP) 415V/50Hz/5-12kW <6 CMF DN ISO 40ft (GP) 415V/ 50Hz/15-30kW 8-10 Smaller and larger flowrates available upon request

3 Containerized Membrane Bio Reactor (MBR) Wastewater Treatment Plant Small submerged membrane system This containerized integrated wastewater treatment plant is a stand alone wastewater treatment system that combines the biological treatment of waste and UF membrane separation of sludge. This wastewater treatment system is compact due to the high MLSS without sludge sedimentation. The system can be designed to meet sewerage discharge standards. Containerized MBR Wastewater Treatment Plant Key Application Areas Remote sewage treatment (agriculture, mining, etc.) Industrial effluent treatment Domestic and commercial wastewater treatment Production of grey water Stand out Features: Containerized and independent system with a relatively small footprint. Ease of transportation Fully weatherproof Automatic operation, can be remotely controlled and monitored by mobile phone network Customized standalone process, suitable for a variety of water sources Low capital cost, no supporting infrastructure necessary Low energy consumption through single power source Low maintenance cost Equipped with state of the art Polyvinylidene difluoride (PVDF) membranes which are highly resistant to oxidation and easy to clean High pollutant removal efficiency Consistent effluent water quality produced Effluent water can be reused as domestic or industrial grey water

4 Containerized Membrane Bio Reactor (MBR) Wastewater Treatment Plant Specifications Inlet water quality Source Particulate size Oil Content Industrial or municipal effluent <2.0mm <2mg/L Operating conditions ph 6-9 Temperature Membrane pressure Mixed liquor suspended solids (MLSS) CIP Fluids 5-45 o C <0.05 MPa <15000 ppm Sodium hypochlorite NaOCl, Citric acid, Sodium hydroxide NaOH Permeate water quality Total Suspended Solids Biological Oxygen Demand (BOD) Turbidity Coliform count <1 mg/l <10mg/L <0.5 NTU Designed to meet local regulations Model Capacity (m 3 /day) Inlet size (mm) footprint Power supply Weight (Tonnes) 50-MBR 50 DN 50 ISO 20ft 415V/50Hz/8kW MBR DN 50 ISO 40ft (HC) 415V/ 50Hz/10-20kW Smaller and larger flowrates available upon request 7

5 Containerized UF and RO Water Treatment Plant Small Ultrafiltration (UF)/ Reverse Osmosis (RO) system This containerized UF and RO water treatment plant is able to produce potable water from sea water, brackish water or secondary effluent. Containerized Ultrafiltration (UF)/ Reverse Osmosis (RO) Water Treatment Plant Key Application Areas Pharmaceutical, electronics, energy, food and other industrial applications Seawater desalination plant Secondary effluent reuse plant Stand out Features: Containerized and independent system with a relatively small footprint. Ease of transportation Fully weatherproof Automatic operation, can be remotely controlled and monitored by mobile phone networks Customized standalone process, suitable desalination for a variety of water sources Low capital cost, no supporting infrastructure necessary Low energy consumption through single power source Low maintenance cost Dual membrane operation High ion removal efficiency Consistent permeate water quality produced

6 Containerized UF and RO Water Treatment Plant Specifications Inlet water Source ph Salt content Oil Content Secondary effluent, seawater, brackish water, well water 1-14 for UF, 3-4 for RO <40000 ppm <2mg/L Operating conditions ph 6-9 Temperature Pressure CIP Fluids 5-45 o C <3 bar for UF Sodium hypochlorite NaOCl, Citric acid, Sodium hydroxide NaOH Outlet water quality Salt rejection capacity 98.5% to 99.7% Yield rate 30-50% Turbidity <0.1 NTU Model Small Capacity (m 3 /day) Inlet size (mm) DN 25 to DN 50 footprint Power supply Weight (Tonnes) Up to 5m 3 220/50Hz/ Varied 50-TSW <50 DN 50 ISO 20ft (HC) 415V/50Hz/30kW TSW DN 55 ISO 20ft (HC) 415V/ 50Hz/40-50kW 8-10

7 Containerized Moving Bed Biofilm Reactor (MBBR) Wastewater Treatment Plant Samples of patented biocarriers This containerized integrated wastewater treatment plant is a stand alone wastewater treatment system that combines the physical and biological treatment of wastewater. This system is compact due to the high nitrification and BOD removal efficiencies provided by the bio carriers. Containerized MBBR Wastewater Treatment Plant Key Application Areas Remote sewage treatment (Campsites, remote communities, etc.) Domestic and commercial wastewater treatment Production of grey water Stand out Features: Containerized and independent system with a relatively small footprint. Ease of transportation Patented new bio-carrier formulation using a combination of natural fibres and plastic Fully weatherproof Fully enclosed system for odour and noise control Substantially smaller footprint compared to other biological methods (e.g. RBC, AS) Automatic operation, can be remotely controlled and monitored via mobile phone Customized standalone process, suitable for a variety of water sources Low capital cost, no supporting infrastructure necessary Low energy consumption through single power source Low maintenance cost High BOD and nitrogen removal efficiency Effluent water can be reused as domestic or industrial grey water

8 Containerized Moving Bed Biofilm Reactor (MBBR) Wastewater Treatment Plant Specifications Inlet water quality Source Total Suspended Solids (TSS) BOD Content Total Nitrogen Content (TN) Total Phosphorus Content (TP) Industrial or municipal effluent ~ mg/l ~ mg/l ~10-50 mg/l ~1-12 mg/l Operating conditions ph 6-9 Optimal growth temperature 5 o C - 45 o C Bio carrier area m 2 /m 3 Mixed liquor suspended solids (MLSS) Typical dosing fluids ~ ppm Polyaluminum chloride (PAC), Alum (aluminum sulfate) Outlet water quality (Removal rates attainable) Total Suspended Solids <20mg/L (Up to 95%) Biological Oxygen Demand (BOD) <15 mg/l (Up to 95%) Total Nitrogen Content (TN) <10 mg/l (Up to 90%) Coliform count Designed to meet local regulations Actual design based on requirements for BOD, Nitrogen and nutrient removal Model Capacity (m 3 /day) footprint Power supply Weight (Tonnes) 20-MBBR <100 ISO 20ft 415V/50Hz/4-10kW 5 40-MBBR <300 ISO 40ft (HC) 415V/ 50Hz/10-20kW 7 Size and capacity dependent on influent and effluent water quality