Solid and liquid separation - Import export

Flottweg nozzle separators (2- and 3-phase nozzle separators) are used for the continuous separation of solids from liquids and ensure highly efficient clarification or separation. The product to be clarified or separated flows via a stationary inlet pipe into the inside of the bowl and is gently accelerated to operating speed by the distributor.

Flottweg nozzle separators (2- and 3-phase nozzle separators) are used for the continuous separation of solids from liquids and ensure highly efficient clarification or separation. The product to be clarified or separated flows via a stationary inlet pipe into the inside of the bowl and is gently accelerated to operating speed by the distributor. Characteristics of our nozzle separators: — Energy-optimized and low-wear bowl design — High performance — Simple and fast maintenance — Designed for perfect hygiene The Flottweg nozzle separators are available in two basic designs: — Clarifier / 2-phase nozzle separator — Concentrator / 3-phase nozzle separator

Flottweg nozzle separators (2- and 3-phase nozzle separators) are used for the continuous separation of solids from liquids and ensure highly efficient clarification or separation. The product to be clarified or separated flows via a stationary inlet pipe into the inside of the bowl and is gently accelerated to operating speed by the distributor. Characteristics of our nozzle separators: — Energy-optimized and low-wear bowl design — High performance — Simple and fast maintenance — Designed for perfect hygiene The Flottweg nozzle separators are available in two basic designs: — Clarifier / 2-phase nozzle separator — Concentrator / 3-phase nozzle separator

Flottweg nozzle separators (2- and 3-phase nozzle separators) are used for the continuous separation of solids from liquids and ensure highly efficient clarification or separation. The product to be clarified or separated flows via a stationary inlet pipe into the inside of the bowl and is gently accelerated to operating speed by the distributor. Characteristics of our nozzle separators: — Energy-optimized and low-wear bowl design — High performance — Simple and fast maintenance — Designed for perfect hygiene The Flottweg nozzle separators are available in two basic designs: — Clarifier / 2-phase nozzle separator — Concentrator / 3-phase nozzle separator

Hydro cyclone units are applied in order to separate coarse and fine solid particles from liquids . These type of separators are particularly capable of separating sand, starch, and other finely distributed materials. With hydro cyclones it is possible to separate fine particles online during the process. Hydro cyclone units are used to separate, classify, and to thicken suspensions. Also, these units are used to purify ores and minerals. Also, in fibre technique and paper industry they are applied in purification processes to separate dirt. Hydro cyclones are frequently run in parallel mode. The lay out and design of hydro cyclones are performed empirically similar to the duct cyclones. In the lower flow region of a hydro cyclone an air swirl forms during the separation process, which is not substantially influencing the cyclone flow. Because of the large dimension of the cyclone, wall friction has much more influence on the flow.

Disc stack centrifuges are high-speed centrifuges for the mechanical separation and clarification of mixtures comprising solids and liquids. Due to their special design, disc stack centrifuges work at a very high rotation speed. As a result, the centrifugal acceleration (g-force) generated by a disc stack centrifuge is extremely powerful. Moreover, the discs included provide a large clarifying area. Thus, it is possible to separate ultrafine solid particles from a liquid and to separate liquid mixtures in an efficient way.

The Flottweg AC1700 separator – the newest member of the Flottweg family Separators are used to separate the finest solid particles from liquids. Separators are available from Flottweg for a wide range of applications, from the production of beverages to the production of vegetable oil. Our separators are subject to different requirements depending on the application and size of the respective plant. To be able to offer our customers more options and the optimum solution, we have expanded our separator portfolio with a new machine size: the Flottweg AC1700 separator. The Flottweg AC1700 separator fits between our popular AC1500 and AC2000 series and completes our product portfolio for the food and beverage industry. With over 70,000 m² / 753,474 ft² of clarification area and an acceleration of 11,000 g, the compact separator ensures an optimally clarified final product with a high throughput.

In many aspects of process engineering, separators are used for mechanical separation and clarification of mixtures comprising solids and liquids. A separator is liquid-oriented and works with a higher rotation speed than a decanter. As a result, the generated centrifugal acceleration (g number) of a separator is significantly more powerful than in decanter centrifuges. Flottweg separators are suitable for separating ultrafine solid particles from a liquid (clarifier separator). Furthermore, Flottweg separators are suitable for separating mixtures of liquids with different densities at the same time as separating a solid (purifier). Flottweg AC separators (Automatic Cleaning) can be used in a wide range of applications, and are also available in various configurations. — Beverage and brewing industry — Starch industry — Chemicals and biotechnology — Extracting and processing fats and oils

From algae harvesting to beer clarification and protein extraction: If you want to separate or purify liquids or remove ultra-fine particles you need strong and robust separators. Where decanter centrifuges reach their performance limits, the use of separators begins. Thanks to their high speeds, they are able to optimally process liquids. Clarifiers (2-phase separation), separate the finest solid particles from a liquid. As purification separators (3-phase separators), they separate liquid phases of different densities and simultaneously remove solids. Equipped with special features as the Flottweg Soft Shot® discharge system our products belong to the high qualitative products on the market.

Flottweg Sedicanter separates solids from liquids. Its special feature: the solids consist of a sediment with properties ranging between soft and fluid. Typical applications of the Sedicanter are "soft products": ► Biomass, yeast and protein suspensions. ► Fermentation broths and UF retentate ► CIP cleaning liquids and coarse matter-free live sludge ► Fruit juice byproducts and plant-derived raw materials ► Soap separation from oil refining processes The special technical features of the Flottweg Sedicanter: ► Separation of extremely difficult-to-sediment solids by acceleration up to 10,000 gee. ► Hygienic design, thus usable for applications in biotechnology ► Flexibility with fluctuating composition of the feed product by the adjustable impeller ► Gas-tight operation is possible by sealing the separation space off from the ambient air using inert gas

Screen & Belt Brushes IBEX – EBI, our research company, has developed a variety of innovative filaments & materials to improve the separating process throughout the streaming cycle but also to be multi-functional in keeping the separating units clear and free from detritus. IBEX Spiral Screen Brushes offer improvements in separating solids from liquids and as a bi-product prevents the screen from blocking by virtue of their position along the auger flights.

IBEX – EBI, our research company, has developed a variety of innovative filaments & materials to improve the separating process throughout the streaming cycle but also to be multi-functional in keeping the separating units clear and free from detritus. IBEX Spiral Screen Brushes offer improvements in separating solids from liquids and as a bi-product prevents the screen from blocking by virtue of their position along the auger flights.

The flow of water and sludge coming from the previous phases of treatment (whether biological or physical-chemical) is introduced into the intermediate zone of the tank, just below the lamellar pack. Lamellar pack single-piece clarifiers for the sludge settling. They are composed of: containment tank which can be manufactured from, at choice, treated and paintedcarbon steel or in AISI 304 stainless steel; lamellar pack with parallel channels in rigid polystyrene, stabilized against UV radiation; surface discharge trough (with weir) in AISI 304; intermediate distributor of the feed flow. Special materials and executions are available on request. FM – L SERIES (11,30 m2/m3 equivalent surface) Typical applications: secondary clarification of biological sludge, drinking water plants, upgrading of existing clarifiers, rain water treatment. -High solid-liquid separation efficiency -Simplicity of installation and operation -Compact execution -Low first costs and plant management costs

The flow of water and sludge coming from the previous phases of treatment (whether biological or physical-chemical) is introduced into the intermediate zone of the tank, just below the lamellar pack. Lamellar packs with frame for sludge removal. They are composed of the parallel channel lamellar pack in rigid polystyrene, stabilized against UV radiation, closedin an AISI 304 containment frame; they are normally employed for the upgrading of existing clarifiers or for housing in concrete tanks specifically built for the purpose of holding lamellar packs. F – L SERIES (equivalent surface 11,30 m2/m3) F – I SERIES (equivalent surface 14,90 m2/m3) F – S SERIES (equivalent surface 20,00 m2/m3) -High solid-liquid separation efficiency -Simplicity of installation and operation -Compact execution -Low first costs and plant management costs

The flow of oil and water is introduced to the tank and distributed in a homogeneous way across the whole cross-section. They are composed of a containment tank which can be manufacturedfrom treated and painted carbon steel or AISI 304 stainless steel; lamellar pack with parallel channels in rigid polystyrene, stabilized agains UV radiation. Special materials and executions are available on request. Typical applications: first fall rain water, petrochemical plants, mechanical workshops, refineries and depots of hydrocarbons, washing of vehicles, land reclaim, refuse handling centres. -High solid-liquid separation efficiency -Simplicity of installation and operation -Compact execution -Low first costs and plant management costs

Mitadaf is an innovative dissolved air flotation system. Its exceptional solid/liquid separation and/or sludge thickening efficiency is the result of the combined systemof uniform hydrodynamics and filtration with a bed of micro air-bubbles: an equipment of new concept developed by MITA. The heart of the mitadaf system is the multifunctional central column, by means of which the raw sewage is introduced into the tank, the clarified effluent water is recovered and the sludge exits. The raw influent water, suitably saturated with air, is introduced into the flotation tank via a series of holes located in the lower part of the central column. The entering mix, propelled by the micro-bubbles of air, immediately reaches the surface, homogeneously distributed across the whole flotation area (uniform hydrodynamic system).

The environmental protection has become essential. The water quality is a rare and expensive commodity and its production involves a problem more and more present with the industrial or urban slurries which need to be eliminated at a lower cost and if possible to be recovered. The filter-press has an important place in numerous industries whenever slurries can be concentrated : it can be used either in process or at the end of treatment. In any case the filter-press enables an optimal separation of liquid and solid and the last technical developments which has made it 100 % automatic made it also 100 % topical. The filter-presse is a machine used to filter under pressure the liquids loaded with solid matter in suspension. The filter-press is composed of 3 main parts : the frame, the filter part and the hydraulic power unit..

Nutsche filters for reactors and pilot plants Glass vessel: 10, 30, 50, 100, 140, 300 liter Pressure: -1.0 (FV) to +0.5/ 1.0 bar Temperature: -60 °C to +200 °C Filter cloth: Mesh size 8 to 115 micron Material: Borosilicate glass 3.3, PTFE, PFA, ETFE A clean-room setup and other materials are available to meet your specific process requirements. Buchi nutsche filters can easily be combined with our reactors for solid / liquid separation after the synthesis. The inert materials allow safe processing in an inert atmosphere of a wide range of solvents and acids in a completely sealed (buchiflex) glass system under full vacuum. The slurry is transferred into the filter. The solid content in the slurry is held back by the filter cloth forming a filter cake, while the filtrate runs away to the outlet valve in the bottom plate. The filtering stage ends when the filtrate is of small quantity, which can be shortened by squeezing the filter cake by turning the height adjustable stirrer.

-perforated sieve, perforation Ø 3 mm, separation 6 mm -1“ drain-cock for drainage of liquids -ideally situated loading centre of gravity -can be emptied at any height by cable from the driver‘s seat -body wall with reinforced edging -sturdy frame with fork sleeves -can be secured to prevent slipping and unintentional emptying -welding, oil- and watertight -with castors and handle Accessory -galvanized lid, can be opened from both sides

-perforated intermediate floor 100 mm above the floor, perforation Ø 3 mm, separation 6 mm -1” drain-cock for drainage of liquids -can be emptied at any height by cable operated from the driver’s seat -body wall with reinforced edging -sturdy frame with fork sleeves -can be secured to prevent slipping and unintentional emptying -welding, oil- and watertight -spray painted or hot-dip galvanized -Volume (approx.) in m³: 0,3 / 0,5 / 0,75 / 1,0 / 1,5 -Load capacity in kg: 750 - 1500

MSE stainless steel filter presses comply with the high hygiene and purity standards both in design and processing. With the stainless steel filter press, all components in contact with the product are covered with high-quality stainless steel. This also provides optimum protection against corrosion. FDA-COMPLIANT SOLID-LIQUID SEPARATION WITH THE MSE STAINLESS STEEL FILTER PRESS A large number of materials with different properties are used in the food sector in particular. Here, especially care must be taken to ensure that no ingredients are released into the food. The law stipulates a FDA certification for this. Accordingly, all materials used must be FDA-certified. The FDA certification stands for high purity and durability. Each component such as the filter plates, filter cloths and piping systems complies with the FDA guidelines. This contributes to high hygiene and safety requirements.

Solid Water Treatment Package We developed a Solid-Liquid Separation System to optimize the plant configuration in order to achieve a competitive solution, suitable to make the transportation and installation process more economical, and to provide benefits for the operating and maintenance activities.

API Separators CPI – Corrugated Plate Interceptor IGF – Induced Gas Flotator Drum Vacuum Filters Vacuum Belt Filters Flotators Oily Water Treatment Water Treatment Plants API Separators CPI – Corrugated Plate Interceptor IGF – Induced Gas Flotator Drum Vacuum Filters Vacuum Belt Filters Flotators Oily Water Treatment Water Treatment Plants

API Separators CPI – Corrugated Plate Interceptor IGF – Induced Gas Flotator Drum Vacuum Filters Vacuum Belt Filters Flotators Oily Water Treatment Water Treatment Plants API Separators CPI – Corrugated Plate Interceptor IGF – Induced Gas Flotator Drum Vacuum Filters Vacuum Belt Filters Flotators Oily Water Treatment Water Treatment Plants

API Separators CPI – Corrugated Plate Interceptor IGF – Induced Gas Flotator Drum Vacuum Filters Vacuum Belt Filters Flotators Oily Water Treatment Water Treatment Plants API Separators CPI – Corrugated Plate Interceptor IGF – Induced Gas Flotator Drum Vacuum Filters Vacuum Belt Filters Flotators Oily Water Treatment Water Treatment Plants

API Separators CPI – Corrugated Plate Interceptor IGF – Induced Gas Flotator Drum Vacuum Filters Vacuum Belt Filters Flotators Oily Water Treatment Water Treatment Plants API Separators CPI – Corrugated Plate Interceptor IGF – Induced Gas Flotator Drum Vacuum Filters Vacuum Belt Filters Flotators Oily Water Treatment Water Treatment Plants