Waste-water-treatment - Import export

MSE Filterpressen® offers a wide range of filter presses with sidebar technology suitable for both standard and medium duty and for heavy-duty performance levels. Maximum flexibility is provided by choosing between simple manual to fully automated MSE filter press designs. MSE chamber filter presses are upgradable in terms of modules and features and can be customized to your specific needs and requirements. HIGH PERFORMANCE AND HIGH DEGREE OF CONFIGURATION FOR YOUR CHAMBER FILTER PRESS The chamber filter press can be configured as required depending on the series. Taking different influencing factors into account, chamber filter presses achieve a solids content in the filter cake from 30 to over 50 percent. The intelligent filtration principle leads to immense cost savings in the waste water sector, for example. The operation of the chamber filter press is designed for a feed pressure of up to 15 bar in order to successfully filter even the finest particles.

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.

The hot filter press combines the standard process steps of a membrane filter press, (filtration, filter cake washing and squeezing), with the additional function of a thermal filter cake drying (TCD). As a result, all process steps are carried out in one plant, the hot filter press. Dewatering and drying of the resulting filter cake is thus done without a downstream drying process. Cost-intensive and time-consuming vacuum contact drying is therefore no longer necessary. FUNCTIONAL PRINCIPLE OF THE HOT FILTER PRESS – WITH THERMAL FILTER CAKE DRYING In contrast to the conventional method, the system consists of membrane filter plates and heat exchanger plates, which are installed alternately in a filter press. For thermal drying, hot steam and/or oil is applied to the working space behind the membrane and the filter cake is thermally dried accordingly. The advantage of this process is that a high dry matter content (DM content) of over 90% is achieved.

Based on the decisive properties of the flexible material, the rubberised filter press is mainly used for the filtration of particularly aggressive suspensions and environments. The aggressive suspensions include, for example, solvents or acids. In this context, the conventional painting of the steel parts is no longer sufficient. THE RUBBERIZED FILTER PRESS OF MSE AS PROTECTIVE MEASURES AGAINST AGGRESSIVE SUSPENSIONS In a complex process, the load-bearing filter press components are coated with a layer of 3mm thick plastic. In the case of the rubberised filter press, the hydraulic stands, feed stand, pressure plate and supporting beams are hard rubberised and the smaller components are made of polypropylene. It is also possible to rubberise only the components in contact with the product, such as the feed stand and the pressure plate. The composition of the rubber coating depends on the special surface requirements of our customers.

With its structural protection measures and its specific requirements the ATEX filter press complies with the ATEX directives. As a result, these types of filter presses are designed for a high level of safety and explosion protection. ATEX „ATMOSPHÈRES EXPLOSIBLES„ ATEX derives its name from the French term „ATmosphères EXplosibles”. It consists of two EU directives governing explosion protection and thus the equipment and working environment in an environment with an explosive atmosphere. ATEX filter presses are especially used in filtration processes in the chemical, petrochemical, oil and gas extraction, mining, food and waste water sectors. With their design, as well as the selected materials, they comply with all the requirements of the ATEX certification in potentially explosive areas.

Especially in rapidly changing markets, it is all the more important to rely on a partner with many years of market and expert knowledge. With semi-mobile container plants – similar to mobile filter presses – we support you in defying the rapid changes on the market in order not to jeopardise your core business. Semi-mobile filter presses can be used flexibly and are also quickly ready for operation. Furthermore, the semi-mobile filter press is fully equipped and immediately ready for operation after connecting to sludge, water and power supply. MSE Filterpressen® engineers and manufactures the plants for individual customer requirements. In this way, the best possible result can be achieved for every task. The semi-mobile filter press from MSE is available in various designs. The sizes of the semi-mobile filter presses are available up to a maximum size of 1500 format. This corresponds to about 100 chambers, i.e. about three cubic meters of chamber volume.

CellTRON® FOR MAXIMUM FILTRATION REQUIREMENTS The basis of this plant is a membrane filter press. The new product series is equipped with an innovative filter press emptying system with lifetime error message, an automated filter cloth washing system with implemented CIP cleaning function as well as an automatically opening and vacuum-proof housing. In contrast to conventional filter presses, this new development guarantees an almost gastight encapsulation of the filter press. The filter press thus meets the specific requirements for dewatering special (metal) sludges. In addition to standard configurations for battery cell production, this technology series is also suitable for demanding applications that require the highest safety and efficiency standards. These include volatile, dust explosive products as well as substances with toxic and radioactive properties but also pharma food products and hot suspensions (≥130°C).

Semi-automatic filter presses represent a simplified and cost effective solution for the reliable operation with respect to operation and safety measures. This type of filter press is distinguished by a special, a rail-mounted two-hand control panel. The filter press with two-hand control is used in particular when the space on site is limited or a higher degree of automation is not required. Accordingly, a conventional version of the protective device is no longer effective. REDUCED PROCUREMENT COSTS AND SIMPLE OPERATION – THE SEMI-AUTOMATIC FILTER PRESS WITH TWO-HAND CONTROL FROM MSE Based on the safety technology requirements, an intelligent two-hand control is implemented, for example, for moving the filter plates by means of automated plate shifter. This functional principle thus prevents the operator from reaching into the working area. Complicated mechanical designs including further safety measures are not necessary.

Fully automatic filter presses are specifically designed for applications in which a continuous operation and fast cycle times are essential and therefore crucial. MSE fully automatic filter presses provide a high degree of automation while providing uninterrupted operation at the same time. FULLY AUTOMATIC FILTER PRESSES FROM MSE INCREASE PRODUCTIVITY AT THE SAME TIME REDUCING PERSONNEL COSTS The operating time of a fully automatic filter press is 24/7. The option of the simultaneous filter plate opening system, for example, helps to realise a particularly fast cake release reducing the cycle time to a minimum. The result is a high-speed filter press that allows increased production per unit area of filter. For this reason, these machines are used in applications with highly filterable products where high filtration speeds are required. These include, e.g. mining concentrates and residues.

This product is designed to descale fine bubble membrane diffusers by injecting formic acid to their internal surface. This operation is required when an increase in head loss is observed and to significantly reduce calcium carbonate deposits (carbonation) in the membrane. PUSHCART manufactured in Stainless Steel and complete with the following Storage box in HDPE PVDF lined dosing pump Flexible delivery hose 25m in pvc (reinforced with polyester fibres) Spray nozzle in stainless steel

Multi-purpose, multi-directional, submerged mixer ideal for general mixing and flow generation; adaptable to many tank configurations. Open, dual helical impeller providing intensive; directional sub-surface mixing pattern with minimal surface disturbance and low power to volume performance 1.5 – 22KW Drive Motors 4 + 6-Pole Speeds, Direct Drive AISI 304/316 or other SS Submersible motor – ip 68 protection High quality, low maintenance motor Robust + compact design – minimal vibration Easy installation + removal Directional mixing + flow generation plus general mixing of lagoons Basins + tanks activated sludge processes vey large surface area reservoirs Denitrification + sbr + asp

Exceptional mixing performance for both low and high solids concentration solutions. Intensive, low-energy, 360 - degree mixing pattern and totally non-clogging impeller. 1.1 – 30KW Drive Motors 10-42 rpm Geared Drive AISI 304/316 or special SS Fixed Bridge + Floor Mounted High efficiency mixing of basins + tanks Activated-sludge processes Denitrification + sbr Also ideal for deep tanks + high mlss Intensive low energy to volume mixing Totally non-clogging design Minimal noise output Robust design – low maintenance

Open, two-bladed helical impeller providing intensive radial, sub-surface mixing pattern with minimal surface disturbance and extremely low power to volume performance Turbulent 3D radial mixing pattern 1.5 – 55kW Motor Range 4 + 6-Pole Speeds, Direct Drive Motor AISI 304/316 or other SS General-purpose mixer adaptable to most tank configurations plus applications and easily positioned for various process requirements Simple, robust, and reliable Non-clogging, no sheering action impeller Virtually zero surface turbulence and no aerosols No o2 transfer and easy to install and remove

The FRMD is used to remove the upper layer of foam, oil or fats. The natural flow within the basin, together with the suction of the pump, attracts the surface of the water towards the center of the FRMD. An adaptable floating weir allows the upper layer to enter the pump and be removed from the basin. The weir and the submersible pump are mounted on a robust floating structure held in place by cables and springs or guiding tubes. Depending on the application and the geometry of the basin, the FRMD can be mounted together with a MIX SL (directional submersible mixer) or MIX-AS (floating downdraft mixer) to help the flow towards the weir. Applicable for removal of oil, fats, bulking + aging sludge, recycling of scum in sludge stabilisation + biogas, SBR and ASP tanks.

Radial Aspiration and Mixing floatable material with downdraft flow and dual action impeller. The homogenization phase allows re-entrainment with the biological process. FRED units prevent settlement and crust formation as well as mixing the entire basin. Nothing is discharged from the basin. Applicable for Viscous + sludge bulking applications and grease trap systems upstream of biological reactor SBR. 1.1 – 22KW Motors 4 – 6 Pole Speed, Direct Drive 2 + 3 Float Options AISI 304/316 or special SS Special dual action impeller Excellent mixing performance Reliable + non-clogging design Easy installation + removal

To assist bio-digestion FB aspirates and breaks high volumes of foam forming on the surface of some biological and thermophilic reactors. Foam is drawn into the volute where the degassing tube allows air to vent to atmosphere and liquid to re-entrain. Nothing is discharged from the basin. Applicable in high foam treating biological reactors, high foaming influent, thermophilic reactors, biological treatment of animal waste.

Discharges the volume of clean water without disturbing the sludge blanket or floatable materials on the surface. Ideal for the SBR Process, Sludge Settling Tanks, Sludge Thickeners plus the general decanting process. Comprises of a Stainless-Steel float Circular Type – 10 to 150 m3/h Capacity Rectangular Type – 150 to 3,000 m3/h Capacity Custom manufactured AISI 304/316 or special Materials Can also be equipped with a pump which allows to transfer the water from the sbr to a basin located at a higher level Minimal sludge blanket disruption Adjustable flow rate Avoids discharge of floatable materials Straightforward design + installation

As a floor mounted submersible aerator with intensive mixing action, it is ideal for deep tanks, existing pocket ASPs with moderate to high sludge concentrations and will re-suspend of settled sludge

Totally independent Aerator and Mixer. Air Provided by Blower with Variable Frequency Drive which can regulate oxygen supply from zero to maximum capacity; whilst retaining full mixing and oxygen dispersion capability therefore the units are ideal for SBR ASP & MBR applications.

Specifically designed for fixed or Float mounting which allow impeller immersion to vary in accordance with flow levels and associated oxygen demand. Ideal for Oxidation Ditches and Pocket ASP’s.

The Aquaturbo AER-AS is a high-speed floating mechanical aerator. It consists of a high efficiency ambient operated motor customized to Aquaturbo wet environment operating standards. The unit is constructed from stainless steel and consists of a one-piece float, a suction cone, and a two flight Archimedes style Screwpeller®. The Screwpeller® generates a flat and large-diameter spray pattern maximizing the air-water contact zone. The AER-AS is easily adaptable to nearly any basin configuration. With a lengthened intake cone section, the AER-AS can penetrate water depths up to 8 m. This allows the unit to draw activated sludge of low oxygen concentration from the bottom of the basin to be transformed into an oxygen-rich surface discharge. Easy to install, robust and reliable, the Aquaturbo AER-AS ensures efficient aeration and mixing for years of maintenance free service.

Slow speed aerators used for aeration and mixing of urban and industrial wastewater in various processes Provided in either fixed bridge or floating designs Ideal for Aerating most types of wastewater or industrial euents The TLF® Turbine Aerator is one of the most ecient aeration products in the marketplace Produces High Mixing and Homogenous Solutions in large lagoons and ASP tanks. IP55 geared motor with IE3 highly efficient rating Coupling sleeve and based materials coated with high grade Epoxy Paint Float can me supplied in various materials including HDPE Rotor made of glass fibre reinforced polyester. The GRP has a low density which allows installation without having to empty the tank and the design also reduces the axial loads on the gearbox.

Designed to be installed in many circular clarifier tanks with flat or slightly sloping bases. Generally used for the treatment of urban or industrial wastewater containing solids that settle quickly and where it is important to be able to remove the sludge as it forms. Aluminium support beams Stainless steel feed well: at the bottom, which dissipates the effluent inlet and at the top, and assists in the sludge being raked towards the sludge discharge cone Sludge cone: collects the sludge transferring from the base of the tank through the suction tubes Suction tubes equipped with extended control valves Stainless steel weir plate and arm for the transfer to the overflow of clarified water

Thickening of sewer station sludge Thickening of sludge from urban or industrial effluent treatment plants The sludge suspension is introduced into the centre of the circular thickener. The thickened sludge is discharged at the centre through the bottom. The sludge suspension is introduced into the centre of the circular thickener. This thickening solution is economical and requires little maintenance. Thickeners are usually made of concrete and can also be made of vitrified steel.

Submerged turbine operating at low speeds combined with an air blower for oxygen input. The Sofie® Submersible Aerator/Agitator is a mixing unit for extremely challenging applications. The units minimise blocking or clogging, the Sofie® can be used as an aerator or an agitator for wastewater treatment. Sofie® is designed to be installed at the base of tanks and to operate either in aeration or in a mixing mode. Sofie® is a good alternative to mechanical fine bubble aerators and is suitable for ponds with oxygen or mixing requirements.

Sludge settling Equipment designed for primary and secondary settling tanks in urban or industrial wastewater treatment plants that contain solids and can then be extracted for sludge processing. Scraper bridge made entirely of aluminium and stainless steel for extremely long durability (compared to galvanised steel solutions in particular). Robust and reliable solution. The Scraper bridge is designed to be installed in circular settling tanks. Hundreds of scraper bridges installed over the last 60 years.

The removable aeration ramp is a solution to bring oxygen to effluent by fine air bubbles whatever the depth of the basin. These ramps are ideal to overcome an emergency oxygen deficit following a breakdown or an increase in the volume of effluent to be treated.

Polypropylene feeder for grids in bioreactors and degreasing tanks Suitable for both municipal and industrial wastewater treatment plants. Allows the installation of Aquadisc® 250 / 305 / 320 and Aquatube® 70 diffusers. Diffusers are known for their excellent temperature resistance, recyclability, and longevity. Glass Fibre reinforced polypropylene feeder. Noemi® module body, highly resistant to chemical and abrasive attack - standard length tubes of 2 m, which can be designed to fit many tanks configurations Polypropylene support and fixing brackets mounted on stainless steel anchor rods - the profiled shape of the bracket allows the module body to be locked in rotation and ensures its stability in the tank All stainless-steel fixi Drain plug

The EUROMIX® vertical shaft floating agitator is designed for all mixing applications and operates at 1000 rpm. The liquid rises to the surface of the tank and discharged at the base. The EUROMIX® flow-guide pipe allows the fluid to be directed to the base of the tank and can be used for deep tanks. The specific flow created ensures the mixing of the liquid. The general basis of the mixing being vertical, the water is directed at very high-speed causing a laminar flow by the agitation unit at the tank base. The EUROMIX® thus prevent the formation of dead zones in the tanks. It prevents sedimentation and rapid settling in holding and mixing tanks.