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effluent treatment plant Applications

  • Final effluent monitoring for wastewater treatment industry

    Industry and municipal waste-water (sewage) treatment plants have had to respond to environmental legislation such as the Urban Waste Water Directive, IPC, IPPC and now the EPR (Environmental Permitting Regulations). As successive legislation becomes more stringent, discharge consents have been progressively tightened, and the need for self-regulation has become more important. As a consequence, on-line instrumentation has been installed throughout waste-water industry to continuously to provide final effluent monitoring and perform water analysis for key consent parameters.

    By Pollution & Process Monitoring Ltd based in Sevenoaks, UNITED KINGDOM.

  • Biological wastewater processes for municipal treatment plants

    Biowater have knowledge and competence to help in designing and building new systems and upgrade existing infrastructure based on biotechnology as CFIC, MBBR and IFAS solutions.

    The Company offers cost-effective solution that allows municipal plants to both increase their treatment capacity and upgrade the effluent quality with minimal civil works.

    By Biowater Technology AS based in Tonsberg, NORWAY.

  • Real-time In-situ Effluent Monitoring

    The UviLux BOD Indicator enables in-situ, real-time, reporting of BOD within both natural water systems and water processing plants. The monitor detects fluorescent proteins that are inherent within sewage and slurry and provides an output in BOD equivalent units. The principle behind the measurement is the excitation of Tryptophan-like fluorescence within UV wavelength band, which has been shown to correlate with both BOD and bacterial contamination. With complete flexibility of deployment methodology, the UviLux BOD Indicator can be applied to both water supply and water recovery processing plants. For water supply processing, the UviLux BOD Indicator can be applied at the front end to the water intake to provide alarm of any contaminated water entering the plant. Applications within Waste Water Treatment Works can include monitoring of effluent levels at the final outflow point (into rivers and coastal areas) as well as the primary, secondary & tertiary stages, the data potentially feeding into energy saving systems to optimise process performances. The CTG UviLux BOD Indicator in-situ fluorometer can also be used within pipe and channel networks to test for incidences of black water and grey water cross-over.

    By Chelsea Technologies Group based in West Molesey, UNITED KINGDOM.

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    Industrial water treatment

    We Set New Standards In Water Treatment Productivity; Choosing the right industrial effluent treatment will ensure you are running the plant as cost effectively as possible. An ENEXIO 2H Water Technologies solution is purpose-built to help industrial wastewater treatment plant managers comply with discharge consent conditions, minimize environmental pollution and reduce costs.

    By ENEXIO Water Technologies GmbH based in Hürth, GERMANY.

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    Towns wastewater treatment

    For this propose, AZUD has developed innovative wastewater treatment plants AZUD WW MBBR (Moving Bed Bio Reactor). This techonology is based on the growth of biomass in a plastic supports (carriers) suspended in the bioreactor mixed liquor. This carriers allow more concentreation of microorganisms per unit volume than a conventional system, reaching high quality effluent in a minimum area of implementation. In addition, our exclusive AZUD RC system allows remote management of automation and electromechanical equipment, to ensure a proper operation of all our plants at all times.

    By Sistema Azud, S.A. based in Alcantarilla, SPAIN.

  • Landfill Leachate Treatment

    Effluents from waste (leachate) are highly polluted and must be treated efficiently before they can be discharged into a municipal sewage plant or a local watercourse. Conventional treatment technologies do not suffice. Chemical processes are not economic due to the high pH buffer capacity of the leachate. Hardness and chlorides in the leachate are a problem for many plant components. Besides, process knowhow and operating experience are indispensable for an effective elimination of the harmful ammonia nitrogen. Certain processes also produce residues such as concentrates, which must be removed from the landfill body. This disposal is very expensive. WEHRLE is a reliable and experienced plant constructor for those applications. The first leachate treatment plants were built in 1991 and have been in constant operation ever since. This is not only proof of excellent technology but also for sustainable efficiency with stable, predictable, low operation costs.

    By WEHRLE Umwelt GmbH based in Emmendingen, GERMANY.

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    Residential areas and hostelries wastewater treatment

    For this propose, AZUD has developed innovative wastewater treatment plants AZUD WW MBBR (Moving Bed Bio Reactor). This techonology is based on the growth of biomass in a plastic supports (carriers) suspended in the bioreactor mixed liquor. This carriers allow more concentreation of microorganisms per unit volume than a conventional system, reaching high quality effluent in a minimum area of implementation.

    By Sistema Azud, S.A. based in Alcantarilla, SPAIN.

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    Wastewater treatment for Medium & Large STPs

    DEVISE has developed “Smart Treatment Solutions” for larger capacities plants. Medium size STP’s up to treatment capacity of 2,300 m3/d (11,500 P.E.) are possible to implement with Packaged Systems. DEVISE is currently implementing such a STP using its revolutionary “Ultra-Clear Bio-Plant” technique which would produce an effluent quality suitable for re-use.

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

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    Food & beverage wastewater treatment

    For this propose, AZUD has developed innovative wastewater treatment plants AZUD WW MBBR (Moving Bed Bio Reactor). This techonology is based on the growth of biomass in a plastic supports (carriers) suspended in the bioreactor mixed liquor. This carriers allow more concentreation of microorganisms per unit volume than a conventional system, reaching high quality effluent in a minimum area of implementation. In addition, our exclusive AZUD RC system allows remote management of automation and electromechanical equipment, to ensure a proper operation of all our plants at all times.

    By Sistema Azud, S.A. based in Alcantarilla, SPAIN.

  • Process water treatment for the electroplating and galvanizing industry

    Treatment solutions for water and effluent from electroplating and galvanizing industry. Treatments of rinsing water and effluents obtained from surface treatments of: metals, special alloys, and plastic. SAITA provides plants and solutions such as: Zero discharge plant, recycling of rinsing waters, polluted baths’ filtration, chemical-physical treatment plants, demineralization and reverse osmosis plants and evaporators.

    Treatments

    Chromating // Nickel-plating // Galvanizing // Electroless nickel // Aluminium anodizing // Phosphating // PVD // Wet vibrofinishing // Fashion accessories // Plastic metallization // Printed circuits PCB.

    By SAITA srl based in Limena (PD), ITALY.

  • Water treatment research for mining industry

    Securing a reliable supply of water for extraction, handling and transportation is vitally important to mining companies looking to expand their operations. These companies will go to great lengths to meet this need, running pipelines hundreds of miles long from desalination plants on the coast and treating wastewater that is conventional held in tailings ponds. Wastewater treatment technologies can recover saleable metal that might otherwise be lost and prevent environmental contamination from highly acidic effluent streams. Developing the infrastructure and technologies to meet these challenges in the mining industry is driving a market worth $11.9 billon.

    By Global Water Intelligence (GWI) based in Oxford, UNITED KINGDOM.

  • Water treatment for landscape

    The sources of water for traditional landscape irrigation are many. They include municipal water, groundwater, and surface water; treated municipal wastewater treatment plant effluent properly treated to the standards of quality required for irrigation; and ever-increasing harvested rain, gray and storm waters. Issues confronting the landscape irrigation market range from treatment of alternate supplies to addressing iron removal in order to provide suitable quality water for any given landscape irrigation application. With our experienced staff of irrigation industry professionals, and in cooperation with landscape architects and consultants, we have the expertise and flexibility to select the best, most cost-effective solution for addressing any landscape market irrigation water treatment application.

    By Lindsay Corporation based in Omaha, NEBRASKA (USA).

  • Wastewater Treatment for the Bioenergy Industry

    The waste (water) streams from the production of (bio) ethanol or ethanol spirits are generally very suitable for anaerobic treatment, due to their organic compounds. 

    The effluent streams produced by the different production processes are influences by a great number of parameters such as, process design, milling process, type of raw material, etc. This requires special attention in the design of the treatment plant for this type of industry. 

    Typical streams from these industries that can be treated are, whole stillage, thin stillage, spent wash, vinasse and condensate from evaporator. The Upflow Anaerobic Sludge Blanket (UASB) process and the External Circulation Sludge Bed (ECSB) process from HydroThane are worldwide proven processes for the treatment of this type of waste water.

    By HydroThane STP BV based in KC `s Hertogenbosch, NETHERLANDS.

  • Process design & engineering services for water treatment industry

    Waste water is any water that has been adversely affected in quality by anthropogenic influence. Municipal wastewater is usually conveyed in a combined sewer or sanitary sewer, and treated at a wastewater treatment plant or septic. Treated wastewater is discharged into receiving water via an effluent sewer.

    By Proxion Process based in Manchester, UNITED KINGDOM.

  • Gas infusion technology solutions for the water treatment industry

    Every municipality in the developed world has some form of water and wastewater treatment system. This varies from simple outfalls direct to the ocean to very sophisticated activated sludge plants with multiple unit processes dedicated to converting human waste, industrial effluents and storm runoff into clean water discharges and solids acceptable for some form of reuse. inVentures using its gas inFusion technology, has developed the gPRO system for the prevention and remediation of major algae blooms that negatively affect the water quality for millions of people. The company is currently working with several major water authorities on algae prevention programs by efficiently oxygenating specific regions of the water storage areas. Target Oxygenation prevents the build up of algal masses. Algal masses often require expensive treatment remedies and cause major taste and odor issues within drinking water supplies.

    By inVentures Technologies Incorporated. based in New Brunswick, NEW BRUNSWICK (CANADA).

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    Municipal wastewater solutions for biological treatment industry

    A well-designed wastewater plant starts with your effluent requirements and an energy-efficient biological process. WesTech has multiple biological process options to match your application and preference. From trickling filters to oxidation ditches, WesTech`s biological process equipment will give you the effluent quality you need and the foundation for a successful wastewater plant.

    By WesTech Engineering, Inc. based in Salt Lake City, UTAH (USA).

  • Microbial formulations for industrial sector

    MICROCAT microbial formulations from Bioscience, Inc., are blends of specialized, naturally occurring microbes and other ingredients that work together to solve the problems associated with wastewater treatment from heavy process industries. By augmenting existing microbial populations, MICROCAT products naturally enhance the biodegradation of wastewater from refineries, pulp mills, chemical plants, steel mills and textile plants. When properly applied as recommended by Bioscience’s team of seasoned professionals, MICROCAT bioaugmentation formulas can result in more stable and efficient wastewater treatment plant operation and better overall effluent quality for their difficult-to-treat wastewaters.

    By Bioscience, Inc. based in Allentown, PENNSYLVANIA (USA).

  • Evaporation technology for waste industry

    The leachate produced by the waste in the landfill is an extremely pollutant effluent that requires high effective treatment processes to comply with the very strict limits for discharging operations. EVALED evaporators are a technological solution which allow to exploit the biogas cogeneration for the full or partial power supply of the plant within the limits of the environmental regulations and to reduce the relevant costs for thermal energy and leachate disposal.

    By EVALED-Evaporator based in Zoppola (PN), ITALY.

  • Waste water respirometry solutions for toxicity tracking

    If toxicity is identified in a mixed sewage entering a treatment works, the problem for the plant manager is to track and identify the source of the toxicity. This can be done by sampling the effluent stream at various points in its length. By working in a logical sequence back up the sewer network the number of samples can be minimised. This type of testing should be rigorously enforced for new product introduction by a waste producer, as well as sampling the effluents directly at source. The samples would be tested against the activated sludge of the receiving works, using the Respiration Inhibition Test or the Nitrification Inhibition Test.

    By Strathkelvin Instruments Ltd. based in North Lanarkshire, UNITED KINGDOM.

  • Wastewater solutions for municipal sewer control

    Problem: A significant portion of the operational costs of a conventional municipal wastewater treatment plant employing an aerobic biological treatment unit comes from electricity costs associated with aeration. In many cases, the aeration rates are kept at the maximum level to ensure that the plant’s effluent is in compliance with the regulations. The critical parameter for regulatory purposes and treatment efficiency, BOD, takes 5 days to measure through standard methods providing almost no value to the plant operators in terms of adjusting aeration rates and chemical dosing.

    By Real Tech Inc. based in Whitby, ONTARIO (CANADA).

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