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DONI®Aseptank is designed for the storage of sterilized products and it is a buffer module between DONI®Therm UHT and the packaging machines. DONI®Aseptank should be used when:
- there is a difference in the production output of DONI®Therm UHT and the packaging machines;
- Any of the packaging machines suddenly stop.
- there are products which cannot re-circulated;
Before use DONI®Aseptank should be sterilized with steam and cooled with water. Pressure is maintained with sterile air in the void.
It is designed for CIP cleaning.

DONI®Tank L are buffer tanks for temporary holding of raw or pasteurised milk and other liquid ingredients. They are also used for certain manufacturing processes. They are installed indoors and in a vertical position. The tanks have different components depending on the manufacturing process.
- with insulation or without insulation;
- with or without a stirring mechanism;
- with a manhole on the top or on the side;
- with sensors for low, high and current levels;
- spray balls for CIP cleaning.
The manufacturing lines are designed according to the manufacturing process and the specific working environment.

DONI®Tank is designed for the storage of raw or pasteurized milk and other liquid components. It can be installed indoors or outdoors, horizontaly or vertically.
Milk is filled into DONI®Tank from the base to avoid foam forming. When the tank is filled to the top level, the agitator switches on. It homogenizes the milk, to prevent it from dividing into different fractions. During stirring the milk moves uniformly within the whole of the tank which guaranties equal temperature and prevents the separation of fat. The working regime of the agitator can be controlled according to the specific requirements of each product. DONI®Tank is insulated with a stainless steel cover. It is equipped with spray balls for CIP, an air vent and a control panel. During filling the current levels of filling are indicated and during discharge the lowest filling level is controlled. In rare cases the tanks can be equipped with cooling elements for temperature control during longer storage periods.

Lubricant ALB-591 is conceived and designed to keep both in good condition and working order not only the machinery for the meat industry (such clippers), but also food processing machinery in general.

Taking into account the strict regulations of health and hygiene which apply in the Food industry, Lubricant ALB-591 is officially approved and meets all the EU and USA requirements and food regulations.

Lubricant ALB-591 is available in two types of containers:

• 2 liters can for the air-conditioning unit
• 400 ml spray for the protection of materials and pieces.

We distribute our products in more than 80 countries covering the five continents and competing with success in the most demanding markets.

Our aim is to keep increasing our presence in all markets by offering high quality products at very competitive prices.

Large range of loops in different formats and colors. We manufacture almost all available loops in the world to close casings, sausages, bags, nets and other packagings. High quality service.

Very competitve prices. Our products meet all EU and USA regulations and demanded requirements.

Large range of clips. More than 600 different types and formats.
We manufacture almost all available aluminium clips in the world to clip casings, sausages, bags, nets and other packagings.
High quality  service
Very competitve prices
Our products meet all EU and USA regulations and demanded requirements.

Large range of clips. More than 600 different types and formats. We manufacture almost all available aluminium clips in the world to clip casings, sausages, bags, nets and other packagings. High quality  service.

Very competitve prices. Our products meet all EU and USA regulations and demanded requirements.

Large range of clips. More than 600 different types and formats. We manufacture almost all available aluminium clips in the world to clip casings, sausages, bags, nets and other packagings. High quality service

Very competitve prices. Our products meet all EU and USA regulations and demanded requirements.

Weekly acidic cation exchanger

Through dealkalization, the hardness and the bicarbonate content of the water are reduced, thus typically reducing the salt content in the water by approximately 75%. Used for production of boiler water and district heating water as well as process water in breweries. 

Advantages and references

• The need for blowdown of the boiler is considerably reduced compared to the use of softened water solely as boiler feedwater.
• If the water composition is suited for dealkalization, the method is suitable for large boilers and it is inexpensive in operation.
• When brewing, the bicarbonate content is important. This can be adjusted by mixing dealkalized water and raw water. 

Plant description

• The plants are produced as one-tank and two-tank plants.
• The tanks are made of steel and can therefore resist pressure fluctuations. They are also surface coated with PPA, a high-performance factory applied polyethylene coating. Thus, the filter tanks combine the strength of steel with the strong anti-corrosion properties of the PPA (C5-M).
• A complete plant for production of boiler feedwater typically comprises
  • dealkalizer,
  • CO2 deaerator, and softening plant. 

This type of plants is used for treatment of ground water and surface water typically for reduction of iron, manganese, ammonium, and aggressivity in waterworks, companies, and private households. Pressure filter plants can also be used for special fields of application such as dechlorination of water, reuse of process water, filtration of seawater, percolate filtration, final filtration of industrial or municipal waste water.

Advantages

The flexible system with many standard modules results in favourable prices and makes countless applications possible. The plants are uncomplicated and at the same time extremely efficient and reliable. The design makes installation and maintenance relatively easy.

Plant description

Flow rates of standard modules: Up to 100 m³/h per unit. The plants come with manual or automatic backwash. The tanks are made either of steel or stainless steel. Inside, the tanks are protected against corrosion according to job and likewise, the choice of filling is based on individual considerations. Efficient backwashing for continuous and trouble free operation. In the lower part of the pressure filters there is a nozzle plate with special nozzles.

The design offers some significant advantages:

• Even distribution of load for optimum utilization of the filter medium.
• Good filtration quality.
• Efficient and even washing of the filtering media with air and water ensuring high filtration capacity.
• Long service intervals between each backwash.
• Long life-time of the filter media.

Click the illustration to see animation of how the filter works;

• 1) in operation,
• 2) backwash with air,
• 3) backwash with water...

Activated carbon is a natural product made from carbon, wood, or coconuts. An activated carbon filter can remove free chlorine, chloramide, chlorine dioxide, phenols, organic solvents, and pesticides.

Carbon filtration has great capabilities in industry, breweries, waterworks, and wastewater treatment.

Advantages

EUROWATER has the necessary technical experience of carbon filtration from countless installations throughout the years. We will gladly give you non-committal suggestions and quotations, e.g. as enclosure for authority applications. This is necessary if the task is to remove pesticides in drinking water.  

Plant description

The product range comprises filters of many different sizes and materials. All carbon filters can have automatic backwash. Carbon filters are also available in stainless steel with CIP (Cleaning In Place) for disinfection.

• Type ACH has individual membrane valves with pilot control.
• Type ACM has a synthetic valve which controls all functions during rinse.
• Type ACTF is used by large consumers such as waterworks, dairies, and breweries.

Filtration plants are used for many different purposes: Pretreatment prior to other water treatment, circulation water, water recovery, boiler water, cooling water, and wastewater.

Advantages

EUROWATER’s broad product range makes the selection of innumerable filtration jobs possible - even in liquids with extreme pH values and temperatures.

Flow rates for standard plants: Up to 200 m³/h.

Filtration plants cover various plant types:

• Pressure filters for filter bag Ideal for filtration jobs with heavy demands on flow rates and space. Used for filtration of boiler water and cooling water, circulation water in district heating plants, rinse water in the surface treatment industry and in the electronics industry, as well as for process baths, etc.
• Сartridge filters, used for filtration of small water volumes. Typical fields of application are industrial and process water as well as cooling water and hot water systems.
• Hydroanthracite filters, Pressure filter for multilayer filtration. Great flow velocity. Suitable for collection of mucous particles. Used for polishing of conventionally treated waste water, filtration of circulation water such as cooling water, and for filtration of water from fish breeding, etc.
• Used for jobs where the water contains large quantities of mechanical impurities. Filling is composed according to the job in question. Innumerable fields of application within industry including water recovery and filtration of circulation water.
• Sand filters, Pressure filter with sand filling. Used for pre-filtering prior to any other water treatment, for reduction of SDI (Silt Density Index) before RO, filtration of cutting coolants, etc.
• Carbonization plants, and plants for special filtration projects. Pressure filter with hydrolite Ca filling. For example used for hardening of water from freshwater destiller, which it used in the marine industry to produce drinking water by evaporating sea water.

Through softening, the calcium and magnesium salts in the water are exchanged for sodium salts which do not cause the disadvantages of hard water. The method is used in industries and institutions for treatment of water for steam boiler plants and district heating plants, laundries, cooling towers, rinse processes, washing, dishwashing, etc.

Individual solutions

The broad program makes it possible to choose the optimum plant for the project whether the need is continuous or discontinuous water supply.

Plant design

Flow rates for standard modules: Up to 150 m³/h per unit. The plants are produced as one-tank plants and multi-tank plants as well as cold water plants and hot water plants. The filter tanks are made of steel and coated with polyethylene. Each plant is supplied with a control unit adapted to the job. The plant can either be timer controlled or meter controlled. Meter control gives the best average water quality and economy.

Frame-mounted plants ensure safe and quick installation

Several of the two-tank plants can as standard be delivered as a unit in which tanks, pipe system, and controls are built together and mounted on a frame. The concept "Plug & Play" ensures a safe and quick installation.

Hot water plants

Several of our plant series can treat hot water up to +85°C. Filtertank, nozzle system, and the 5-cycle valve are designed specially for this purpose. The construction makes the plants suitable for sanitary installations.

Brine tank - brinemaker

The brine tanks are made of breach proof polyethylene and are esy to fill and clean. The brine maker can be added to several of the plant series and is delivered as standard with the STFA plant.

EUROWATER has supplied Denmark ’s largest and most modern UV disinfection plant for drinking water. High quality drinking water is vital and the UV treatment is an extra security measure to ensure clean drinking water by eliminating the risk of microbiological contamination. The operation costs are approximately 1 DKK pr. cubic metre. Click on the image to read more about the case.

UV light

UV light can efficiently reduce microbiological growth in water. UV radiation with a wavelength of 254 nanometers kills bacteria, viruses, algae, and fungi by destroying the DNA of the microorganisms. Disinfection by UV light is applicable to almost all water types.

Advantages

The UV systems are developed and produced with a view to high efficiency, great reliability of operation, easy installation, long life, and minimum maintenance. EUROWATER offers comprehensive technical consultancy as well as training of operating personnel.

Description of UV systems

The UV plants are developed by German Wedeco, which is one of the world's leading manufacturers of high-quality UV disinfection systems. Flow rates of standard systems is up to 6000 m³/h. The product range comprises several systems for disinfection of both drinking water and process water.

Certified UV plants

Certified and non-certified plants can be selected. For the certified plants, it is documented by test that the required minimum dose is achieved. This ensures a high level of safety and the best documentation in relation to authorities and consumers.

Types of the UV plants:

• Wedeco type Aquada - Appication: drinking water and process water within the Food & Beverage industry. The series comprises three types, each of which comes in five sizes. The systems consist of a cylindrical reactor of stainless steel with a UV lamp in a quartz pipe. Available with or without UV sensor.
• Wedeco type: Spektron e, Large - Application: drinking water and process water within the Food & Beverage industry. Certification: ÖNORM og DVGW. The system is equipped with temperature monitoring and UV sensor. Biodosimetrically tested.
• Wedeco type: Spektron e, Small - Application: drinking water and process water within the Food & Beverage industry. Certification: ÖNORM and DVGW. The system has IP65 protection class. At air temperature less than 25^oC, 8 hours of zero flow can be achieved. Extra cable length is possible.
• Wedeco type: Spektron industrial -  Application: drinking water and process water within the Food & Beverage industry. Certification: ÖNORM, DVGW and UVDGM. The plant comply with the strictest requirements in terms of hygiene and food safety. The sensor-controlled system OptiDose ensures monitoring of the operating conditions in real time including flow, UV transmittance and UV intensity.
• Wedeco type: ME - Application: drinking water, process water, ultra-pure water and for special use in pharmaceutical. The series comprises nine types. The systems consist of a cylindrical quartz pipe through which the water flows. Several UV lamps are on the outside of the quartz reactor. Reactor and lamps are in a stainless steel housing. Equipped with UV sensor. The systems are sanitizable.
• Wedeco type: BX - Appication: drinking water and process water within the Food & Beverage industry.Certification: Selected systems are certified in accordance with the Austrian ÖNORM and the German DVGW. The series comprises four types. The systems consist of a cylindrical reactor of acidproof steel with Spektrotherm® UV lamp in a quartz pipe. Equipped with UV sensor. Also available in PE. Biodosimetrically tested.
• Wedeco type: Quadron -  Application: drinking water and process water within the Food & Beverage industry. Certification: DVGW, UVDGM. The series comprises three types. The compact size of Quadron makes it the ideal solution for installation of a UV disinfection system when space is limited. The plant has a chemical-free cleaning system and a monitoring system with a sensor per lamp to ensure that the correct UV dose is always used.

3D drawing of container

Above, you see an example of a fully equipped container. The container has been designed for a power plant and the water will be used for cooling water (8 m³/h), boiler water for high pressure steam turbine (6 m³/h), and drinking water. The container includes the following plants: Active carbon filter, pressure filter plant, softening plant with brine tanks, dosing stations, bag filters, doubble-pass reverse osmosis plant, dealkalization plant, booster pumps, and control cabinet. The shown container is insulated and equipped with door-in-door, light, and air-conditioning.

The concept

A water treatment solution consists of several treatment steps, e.g. filtration, softening, and demineralization - all controlled from a central control cabinet. These units must be put together on site. If the end-user or the contractor is uncertain if the installation can be carried out locally within the determined economic and temporal scopes, it can be an advantage to order a water treatment plant (container or frame-mounted) which is ready for use when supplied.

The solution is complete with all internal piping and wiring factory-built. The whole plant has been performance and pressure tested in our factory. This safety can be achieved with a EUROWATER frame-mounted plant or a container-installed plant.

With a container, you also have the advantage that the container itseslf is an actual building which in this way can be left out in the project. The containers can be delivered with and without insulation and can be equipped with lighting, air-conditioning, door-in-door, emergency shower, etc. We have constructed many different custom-made plants adapted to specific demands and wishes. Below, you can see different examples of this. We are happy to make quotations for start-up of plants and training of the operating crew.

• Complete water treatment plant in a 20 feet container. The solution consists of dosing, carbon filtration, softening, and demineralization through a reverse osmosis plant.
• 40 feet container with water treatment consisting of oxydation and filtration in a pressure filter plant type TFB 20. The plant has a capacity of 90 m³/h.
• 64 m³/h demineralized water produced in a reverse osmosis plant. A dosing plant is also installed in the container.

• EDI plant with a capacity of 60 m³/h totally demineralized water with a very low conductivity and silica acid content for producing boiler water for high pressure steam turbine. The pipe system for the treated water is made in PP (Polypropylene) connected by welding and each takes app. 15-20 minutes to make. In total, 570 weldings have been made for this plant. Each EDI cell is fitted with own test cock.