Germany
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OSMO MEMBRANE SYSTEMS GMBH
Germany
Disposal of oil emulsions by ultrafiltration Increasing disposal costs and laws about oil disposal make a treatment of oily emulsions right necessary right where they come up. The main target of this treatment is the reduction of waste volume as much as possible. Ultrafiltration is one possibility to separate even stabile emulsions. Like chemical methods and flotation, ultrafiltration can not be used as stand-alone solution. Only by an effective pre-treatment and a pre-treatment of the oily concentrate, an optimized and economical emulsion disposal can be guaranteed. By the pre-treatment, coarse particles and free oil is separated; the pre-separation dewaters and concenctrates the flow, which comes as concentrate from the ultrafiltration. So, a maximum of dewatering and concentration of the oil can be reached. The emulsion is pumped through the membrane modules of the plant. On the membrane surface, oil is separated from the waste water. Waste water will pass the membrane and is colle
Request for a quoteOSMO MEMBRANE SYSTEMS GMBH
Germany
Acid recovery out of pickling acids Salts and acids can be concentrated or separated from solutions by electrodialysis. For this, ions (anions and cations) are transported through the ion exchange membranes by the applied electrical field. Typical examples for the usage of electrodialysis are: Acid recovery at pickling lines Recovery of metals out of electro-plating rinsing water
Request for a quoteOSMO MEMBRANE SYSTEMS GMBH
Germany
Coating colour recycling at paper and cardboard industries During the production of coated paper, it has to be cleaned with water and so, waste water results with pigments of the coating color. Because of their properties, exisiting precipitation plants are working hard on these types of waste waters. Alternatively to precipitation plants, membrane filtration technologies can be used to recover these high-value coating pigments. For that, the water with coating color pigments is circulated through the membrane plant until the required concentration is reached. The permeate is free of particles the CSB value is reduced significantly. It can know be handled by the precipitation plant, which is relief by the removing of the pigments. The concentrate with coating color pigments will be recirculated into the production process. Advantages: Reduction of coating color and pigments consumption Reduction of solid amounts in the waste water, which means reduction of operation costs
Request for a quoteOSMO MEMBRANE SYSTEMS GMBH
Germany
Memcell classic The MEMCELL plant has been developed to run laboratory trial with minimized effort. The plant is suitable for membrane screening, cleaning examinations, lab trials and quality management. All common flat sheet membranes can be used. The plant is suitable for the following processes: Ultrafiltration Nanofiltration Reverse osmosis The flat module corresponds in his hydraulic properties to a spiral wound element. So, examinations with the flat module can be used for up-scaling to pilot plant sizes. The flat cell is available with various spacers (30-44-80mil); to run the plant with another spacer, only the middle part of the test cell has to be changed. On permeate side, there is a porous sinter plate to guarantee a steady permeate flow. So, a reliable scale-up is possible. For membrane manufacturer or technical institutes, the MemCell is available on request with parallel or seriell connection of more than one test cell. Technical data: Working pressure 64 bar (standard)
Request for a quoteOSMO MEMBRANE SYSTEMS GMBH
Germany
Pilot plants Stillt to come in english...!
Request for a quoteOSMO MEMBRANE SYSTEMS GMBH
Germany
For the following membrane technologies, OSMO offers rentable plants Microfiltration and ultrafiltration: ceramic modules, spiral wound elements (4" and 8"), pipe and capillary modules as well as dived membrane systems Nanofiltration and reverse osmosis: Spiral wound elements (4” and 8”) up to 100 bar, filtration performance 100 – 5000 l/h Pilot plants for electrodialysis Pilot plants for capillary modules for surface water treatment, Membrane area up to 70m², performance 1500-3000 l/h with integrated reverse osmosis plant Pilot plants for diffusion dialysis For pipe modules, the following pilot plants are rentable: Anorganic pipe modules (MF / UF) Olivia mini: Membrane area approx. 0,2 - 0,3 m² Olivia: Membrane area approx. 0,8 - 1,6 m² Olivia 2.0: membrane area approx. 0,8 - 1,6 m² Organic pipe modules (MF / UF) Membrane area 2-10m² depending on installed elements (Spiral wound modules UF - NF - RO): Brasilia 4", 2 elements 4040 up to 20 bar PIA 4", 3 elements 4040 up to 100 bar PAU
Request for a quoteOSMO MEMBRANE SYSTEMS GMBH
Germany
Construction of customized pilot plants Osmo Membrane Systems GmbH is very experienced in layout, manufacturing and start-up of pilot plants. From a container-installed plant which can be designed frost-proof, up to commercial Pilot plants with remote control and online integration, our product range covers a multitude of applications. Depending on the task, we rent an existing pilot plants or we design a new one. Our product range covers laboratory plants like our plant “MemCell” up to large scale plants. The plants can be delivered with an individual visualization. So, this includes data logging and remote control. By request, the plants may be delivered with a customized visualisation system. You are able with the process control system (PCS) to control the plant and a measurement data logging / interpretation system is implemented too. On customers request a secured remote maintenance and remote control will be also installed.
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Siemensstraße 42
70825 Korntal-Münchingen - Germany
IGUS® GMBH
Germany
- Low-maintenance system for travel up to 100 m - Other sizes and versions available, travel up to 200 m and more with E2 roller e-chains® - Protection against weather and dirt exposure - Cost-effective and fully enclosed complete solution - Standardized and modular design - Simple wall assembly or optional floor mounting - Cable lengths up to 50% shorter than festooning, low-profile installation and no cable junction - Cables are at all times guided with a defined bending radius, and tensile forces are absorbed by the e-chain® - Cables cannot hook, jam, or tear - No slip ring contacts (as is the case on motor drums) -Cables or hoses can easily be retrofitted at any time Reduce electricity costs - direct drive due to scraper, no additional drives needed (as is the case on motor drums) Scraper arm (e.g. as mechanical connection to the scraper carriage) optionally available - we document the situation on-site and will propose a customised solution
Request for a quoteFLOTTWEG SE
Germany
Honored with the German Innovation Award 2019, the Xelletor series is one of the greatest achievements in the field of sewage sludge. Dewatering sewage sludge is standard for wastewater treatment plants and since it usually has to be transported away, operators have an interest in separating as much water as possible from the sludge. This saves weight and thus reduces costs. Savings of up to 10% in sludge volume and 34% in energy consumption are possible. Our Xelletor high-performance centrifuge inspires customers all over the world with the many years of technical know-how and innovative spirit behind it.
Request for a quoteFLOTTWEG SE
Germany
Proven know-how meets state-of-the-art technology. This is the best way to describe the new Flottweg decanter C series. We also have the optimal solution for the very large wastewater treatment plants. The combination of our own Simp Drive® drive system, which has been in use since 1994, and Recuvane®, which allows flexible and simple retrofitting as well as targeted discharge of the centrate water, sets new standards for Flottweg in separation technology.
Request for a quoteADVANCED ENGINEERING WEDGE WIRE
Turkey
Intake screen also called T-screen is used to intake and clear water in many industrial areas. They are commonly used in hydroelectric, agricultural, drinking applications to prevent dirty materials from the water. Intake screen is commonly used in lakes known as lake pump intake screen. Intake water works as passive intake screen to intake of water for generating electricity for hydropower. Water intake filter screens can intake clean water by eliminating unwanted materials. Because of its simple cleaning, major maintenance is not required for the operational time. Advantages: 1-High performance water filtration 2-Fish friendly 3-Corrosion resistance 4-Passive intaking water 5-High durability – less maintenance 6-Easy to install Applications: 1-Hydropower Intake 2-Lake Application 3-River Application 4-Water Cleaning
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