wastewater treatment process Equipment available in Bangladesh

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  • Category: Water & Wastewater ×

  • Subcategory: Water Treatment ×

  • Keyword: wastewater treatment process ×

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  • Available in: Bangladesh ×

Chlorination Unit For Wastewater Treatment Process

by Miranda Water Treatment Systems     based in Ankara, TURKEY

After biological treatment, chlorination dosing plays a key role in the wastewater treatment process by removing pathogens and ending the biological activities. Chlorine is dosed to system continuously.

Filtralite - Model HR 3-6 mm - Uncrushed High Quality Expanded Clay Water Filter Media

by Filtralite Saint-Gobain Byggevarer As     based in Alnabru, NORWAY

Filtralite is high quality filter media, manufactured from a unique expanded clay material. Filtralite HR 3-6 is suitable for biological treatment processes.

Filtralite - Model HR 4-8 mm - Uncrushed High Quality Expanded Clay Water Filter Media

by Filtralite Saint-Gobain Byggevarer As     based in Alnabru, NORWAY

Filtralite is high quality filter media, manufactured from a unique expanded clay material. Filtralite HR 4-8 is suitable for biological treatment processes.


DEVISE - Model HIGH-RATE BIOPLANT - Package Wastewater Treatment Plant - BIOMAX type

by DEVISE ENGINEERING S.A.     based in Athens, GREECE

The BIOMAX is an effective High-Rate biological treatment unit based on the Moving Bed Biofilm Reactor with Integrated Fixed Film Activated Sludge and TUBE-Settling technologies. It is uniquedue to its compactness and performance with respect to volumetric efficiency. These technologies are combined in a prefabricated, standardized tank system ...

Biomar - Model AFB, ASBx & OMB - Biological Wastewater Treatment Plant

by EnviroChemie GmbH     based in Rossdorf bei Darmstadt, GERMANY

Anaerobic Wastewater Treatment With Biogas Production - Energy From Wastewater. One special characteristic of anaerobic technology is that it acidifies and ferments organic carbon compounds to produce the end products, methane and carbon dioxide. Anaerobic methods do not require any oxygen aeration and produce little excess sludge.

Biomar® - Biological wastewater treatment

by EnviroChemie GmbH     based in Rossdorf bei Darmstadt, GERMANY

One special characteristic of anaerobic technology is that it acidifies and ferments organic carbon compounds to produce the end products, methane and carbon dioxide. Anaerobic methods do not require any oxygen aeration and produce little excess sludge. Our Biomar® anaerobic systems are particularly suitable for the treatment of waste water ...

Model EcoSystem Plus - Optimization of Wastewater Treatment Biological Processes

by Bio-Organic Catalyst, Inc.     based in Costa Mesa, CALIFORNIA (USA)

EcoSystem Plus is a breakthrough bio-catalytic composition designed to increase dissolved oxygen (DO) levels in the water column and break the ester bonds of organic wastes. It will improve the biological oxidation-reduction rates of wastewater treatment systems, improve the quality of discharges, and substantially reduce H2S odor levels. ...

Split-O-Mat - Model FAT - Biological Treatment of Kitchen Wastewater Containing Fat

by EnviroChemie GmbH     based in Rossdorf bei Darmstadt, GERMANY

If the prescribed limit values for oils and fats cannot be reached with conventional separators, we recommend the further wastewater treatment with a Split-O-Mat FAT biological treatment plant. The remaining fats and oils are decomposed to carbon dioxide and water in a biological process in the compact plant. The treated wastewater can then be ...

Amphidrome

by De Nora Water Technologies     based in Colmar, PENNSYLVANIA (USA)

The Amphidrome Process for wastewater treatment is especially designed for biofiltration with the simultaneous removal of BOD, ammonia, suspended solids and nitrate-nitrogen. The system is a fixed film sequencing batch biological filter. The performance of the deep bed Amphidrome is guaranteed to produce an effluent which meets or surpasses ...

SIMPEC - Chemical-Physical Plant

by SIMPEC S.r.l.     based in Nova Milanese (MB), ITALY

Chemical-physical plants make the pollutants insoluble by the use of chemical products and subsequently they separate the insoluble part (sludge) from the water (physical process).

SIMPEC - Water and Wastewater Depuration Plant

by SIMPEC S.r.l.     based in Nova Milanese (MB), ITALY

Water and wastewater depuration is guaranteed by a whole of technologies and processes that are necessary to eliminate the pollutants. Simpecconstructs two kind of waste water treatment plants: chemical-physical plants and biological plants. In different situations the two plant solutions, can coexist for the effluent treatment. Cleaned water can ...

UltraDynamics Ultraviolet Disinfection System

by De Nora Water Technologies     based in Colmar, PENNSYLVANIA (USA)

Ultraviolet light has been known for over 100 years as an effective method for inactivating waterborne pathogens and viruses. Ultraviolet light disinfects when it is applied to the water at a specified intensity and length of time, rendering waterborne microorganisms 'microbiologically dead' by penetrating the cell wall and affecting the ...

Ion-Exchange System - Higgin

by De Nora Water Technologies     based in Colmar, PENNSYLVANIA (USA)

The TETRA® Higgin's Loop™ (CCIX) is a Continuous Countercurrent Ion EXchange contactor for liquid phase separations of ionic components using solid exchange (I-X) resins. The Higgin's Loop contactor is a vertical cylindrical loop, containing a packed bed of I-X resin that is separated into four operating zones by butterfly, or 'loop' ...

Deep Bed Filters

by De Nora Water Technologies     based in Colmar, PENNSYLVANIA (USA)

A Deep Bed filter may be defined as a granular filter for removal of TSS from secondary treatment effluent using a media depth of at least four feet at a filtration rate of more than 2 gpm/ft2. Coarse media is normally used to encourage deep penetration of solids into the media bed. This allows for longer filtration runtimes. Simultaneous air and ...

Membrane Filtration Systems

by De Nora Water Technologies     based in Colmar, PENNSYLVANIA (USA)

There are currently four commonly accepted categories of membrane filtration systems, defined by the size of material it can remove from liquid. From the smallest to largest pore size, these are Reverse Osmosis (RO), Nanofiltration (NF), Ultrafiltration (UF), and Microfiltration (MF). De Nora Water Technologies offers the UAT™ line of ...

Model InFlow751 - For Mounting Liquid-Electrolyte pH-Sensors

by Mettler - Toledo Int. Inc     based in Greifensee, SWITZERLAND

InFlow 751 flow-through housings serve for the direct fitting of METTLER TOLEDO electrodes and sensors for the measurement of pH, ORP, dissolved oxygen, conductivity and turbidity, particularly in the field of industrial wastewater treatment.

Bayoxide - Model E IN-20 - Arsenic Removal Media

by De Nora Water Technologies     based in Colmar, PENNSYLVANIA (USA)

Since the introduction of Bayoxide® E33 to the drinking water markets, Bayoxide E IN-20 media has been developed for application to other non-drinking water processes for As, PO4 and for heavy metals removal. It has been used for arsenic removal from mining and industrial wastewaters, selenium removal from refinery wastes and for phosphate ...

SORB 33 - Arsenic Removal System

by De Nora Water Technologies     based in Colmar, PENNSYLVANIA (USA)

The SORB 33® arsenic removal system employs a simple process that flows pressurized water through a fixed bed pressure vessel containing the ferric oxide (Bayoxide® E33 granular or Bayoxide® E33P pelletized) media. As the contaminated water passes through the media, arsenic is adsorbed and removed to a level below 10mg/L. Since the ...

Model Omni-SORB - Iron & Manganese Pre-treatment

by De Nora Water Technologies     based in Colmar, PENNSYLVANIA (USA)

The Omni-SORB™ granular filter media from De Nora Water Technologies was specifically designed to provide removal of iron and manganese compounds from water and wastewater supplies. Unlike other iron (Fe) and maganese (Mn) removal media, Omni-SORB is not a processed mineral. It is an engineered product using refined manganese that has high ...

Bayoxide - Model E33P - Arsenic Removal Media

by De Nora Water Technologies     based in Colmar, PENNSYLVANIA (USA)

Bayoxide® E33P is a pelletized version of the granular Bayoxide E33 arsenic removal media, and offers advantages over the original granular formulation. The pelletized Bayoxide E33P media has the same high capacity for arsenic removal as the original media, which has been proven to remove arsenic to below 4 parts per billion (ppb). The pellet ...

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