Global engineering at its best. The field of water treatment demands superior instrument performance and networkability. Our versatile systems highlight our continuous customeroriented innovation and are developed to simplify any water treatment situation. An otherwise unattainable synergy of hardworking valve elements, process actuation, sensors and networked communication provides a true single source of remarkably attractive solutions. Peace of mind, process safety and ease of use in a world where application knowledge, reliability and quality are paramount. Components are designed according to global norms and standards for your critical water applications. Proven reliability, superior accuracy and virtually maintenance-free service ensure Burkert’s systems deliver unsurpassed total performance in the form of complete control loop systems.
PROCESS AUTOMATION
Water treatment 4.0. Worldwide demand for water is increasing, while this valuable resource is becoming scarcer.
The water industry relies on automated and digital concepts to treat water more efficiently, productively and competitively.
Two goals are in the foreground: the safe supply/disposal as well as the economical use of resources. At process level, we support you with solutions for the automation of ion exchangers, membrane filtration and media filtration.
Automated water treatment. With the aid of numerous monitoring and diagnostic functions, Burkert’s range of sensor technology, valve technology, pneumatics and control cabinet technology enables safe processes and preventive maintenance. You save resources, receive relevant information and benefit from the automatic documentation of your data.
Flexible communication connection
To ensure the automation fits into any existing system, we offer you a wide range of solutions with all the relevant communication protocols.
Quick implementation
Burkert automation solutions help you to implement projects very quickly. The high availability of the standard devices pays off.
Simple installation
Burkert components can be integrated quickly and easily. A minimum number of installation steps minimises the risk of errors.
Safe processes
Burkert systems are highly efficient in terms of operation with predictable maintenance intervals and fast troubleshooting.
Save energy, increase output. When cleverly combined, automated processes, controllers and measuring methods reduce your energy consumption by up to a third. At the same time, you benefit from maximum productivity and consistent high product quality.
Valves Sensors
Media filtration or
Ion exchangers or
Membrane filtration
Water Treatment
Raw Water
Permeate
Production
PLC
Everything in one place
A central control cabinet provides an overview of your plant. It offers space for the PLC, power supply, AC actuators, I/O systems, valve islands as well as communication interfaces.
Distributed Automation
Decentralised Automation
Short routes
Control your plant with compact on-site control cabinets in the individual sections.
Each process valve is controlled individually and supplied via its own intelligent control head The process valves use LEDs to signal their actual switching state. Simplifying on-site process monitoring, eliminating troubleshooting and guaranteeing plant availability.
Smart Panels complete cabinet solutions
Precise advice. Which type of automaton suits your application best? In close cooperation with you, we analyse your requirements and help to design your automaton solution. Be it sensor, valve island or fully configured control cabinet - you receive a well-balanced solution. Our fast assembly with minimal labour requirement create smart panels for robust for arduous environments, are certified IP66 ingress protection and can include pneumatic or electro-pneumatic cabinets. From decentralised smaller cabinets through to large-scale centralised units, Burkert can customise for any requirement.
Pneumatic Controls
From the simplest pilot valve to a fieldbus enabled multichannel pneumatic valve island we fit around your needs and can help to develop flexible interfaces between your process and your control system. The valve islands and the field devices provide easy commissioning and maintenance. Thanks to a wide range of communication options they are also future-proof in times of Industry 4.0.
Types 6519, 6012&6014
Pilot Valves
It’s your choice. From the simplest banjo valve to a fieldbus enabled multichannel pneumatic valve island, we fit around your needs and can help to develop flexible interfaces between your process and your control system.
Type 8652
AirLINE Valve Island
Especially developed for applications in process automation. Diagnostic functions can be visualised at the LC display, both in clear text as well as symbols. This makes it easy to relate to the shown messages and helps to save time during start-up and maintenance. Key pneumatic functions such as nonreturn valves in the exhaust air ducts make sure there is no unplanned actuation due to pressure peaks.
Type 8647
AirLINE SP Electropneumatic Automation System
A modular, electropneumatic automation system consisting of connection and valve modules. Specifically developed for safe and complete integration into the decentralised peripheral system “SIMATIC ET 200SP” and “SIMATIC ET 200SP HA” from Siemens. Pneumatically operated process valves, cylinders or other components can be connected to the pneumatic outputs.
Type 8644 with Rockwell Point I/O
AirLINE Quick
Ground-breaking modular system in protection class IP 20 with multiple communication possibilities including ControlNet, DeviceNet, Ethernet and Profibus DP. Fully compatible with Rockwell Point I/O. In addition to the existing solution the AirLINE Quick version helps you to reduce the number of components in the control cabinet.
Type 8653
AirLINE Field
Diagnostic functions can be visualised at the LC display, both in clear text and as symbols. This facilitates assignment of the displayed messages and helps to save time during startup and maintenance. The hardware design has been optimised for installation close to the actuator. Thus, an intelligent installation system allows the valve island to be installed in a wide variety of positions. Designed for fieldbus interface: CANopen, IO-Link or buS.
Type 8640
Valve Unit
Designed to solve diverse and complex control problems due to its systematic modular construction and combination of pneumatic and electrical interfaces. 2 to 24 valve functionalities may be realised on one valve unit. Electrical connectivity is achieved by either fieldbus interfaces, common connection (parallel connection technique) or multipin interfaces.
Valves
Type 8805
Ball Valves
Ball valves with pneumatic actuation DN10-50 as versions 2/2 or 3/2 way. Available as cast or PVC version. Suitable as ON/OFF or as a modulating control valve.
Type 8805
Butterfly Valves
Butterfly valve with pneumatic actuation DN50-300. Available as cast or PVC version. Suitable as ON/OFF or as a modulating control valve.
Type 8804
Ball valve with electrical actuation DN10-50. Available as SS or PVC version in 2/2 or 3/2 way versions. Actuator as ON/OFF or continuous control.
Type 2000
Angle seat 2/2 way process valve maintenance free nearly with unlimited lifetime. Housing in SS or brass from DN8-65.
Type 8802 ELEMENT
Continuous control valve system series enables the easy integration of digital automation modules in all extension stages. From basic positioner to high-capacity with optional integrated fieldbus interface to digital process controller.
Type 2030
Electromotive
Process Valves
Pilot controlled diaphragm valve with piston actuator and diaphragm seal. Flow optimised and applicable for aggressive an corrosive media.
Type 33XX
Electromotive
Process Valves
Their unique speed ensures maximum performance, fast stepping motor for high-precision control, adjustable speed up to 6mm / s, SAFEPOS switches to a defined position in case of power failure, mechanical position indicator and manual operation.
Controllers & Rotary Actuators
Type 3003/3005
Electrical Rotary Actuator
The electrical rotary actuator is a compact and powerful actuator system which provides a long service life. Materials and components have been chosen for maintenancefree operation and ensure low thermal loading on the actuator.
Types 8692, 8693 & 8694
Positioner and controller range offers a complete automation concept for integration into the most up-to-date control systems. Designed for tough and agile process environments, particularly suited in terms of size, shape and cleanability, footprint and access code security.
Types 8791, 8792 & 8793
Side Control Positioner
Robust and compact, designed to standardisation acc.to IEC 534-6 or VDI/VDE 3845 for assembly with linear and rotary actuators. It can be operated with the usual current and voltage standard signals and can also be equipped with the fieldbus interface Ethernet/IP. Can be used as a positioner only or full PID process controller.
Type 8805 Top Works
Consists of a 90° rotating (ball or butterfly valve) and a pneumatic rotary actuator. The rotary actuator is available as single or double-acting actuator. Can be complemented by a positioner (8792), a pilot valve (6519) or several kinds of position feedbacks (1061) with integrated pilot valves.
Types 8691 & 8695
Control heads mixes the benefits of local pilot with feedback in one package. Burkert has the advantage of being able to control the quality of the components inside as they are our own standard products. Add one, two or three pilot valves with mechanical, inductive or sensor pad feedback. Then plug and play.
Type 3285
Direct-acting motor valve used for dosing of liquids and gases in closed or open control loops. Offers excellent range and fast response times with low power consumption Versions: Standard, positioner, process controller.
Solenoid Valves
Type 5282
Servo-assisted diaphragm valve up to DN65 orifice separating diaphragm for aggressive and contaminated media. Closing and opening times can be adjusted individually explosionproof versions, service-friendly manual override.
Type 6013
Direct-acting plunger valve. The stopper and plunger guide tube are welded together to enhance pressure resistance and leak-tightness. Various seal material combinations are available depending on the application.
Type 0330
Direct acting 2/2 or 3/2 way solenoid valve with a wide range of circuit functions. The valve is fast acting and a long service life and works under vacuum conditions. The perfect solution for chemical dosing.
Type 0142
Servo-assisted diaphragm with diameter of up to DN50, plastic for aggressive and contaminated media, media separated, metal-free version, service-friendly manual override and switching reliability with feedback function.
Type 6281
Watermark Certified
Servo-assisted diaphragm with diameter of up to DN50. Vibration-proof, damped design for quiet closing in a standard brass or stainless steel housing. Equipped with manual override for easy maintenance and commissioning.
Type 6213
Watermark Certified
Great general purpose solenoid, servo-assisted diaphragm with spring coupled diaphragm opens without differential pressure. Damped design for quiet closing, compact construction with high flow rate.
Type 0131 Toggle Valves
Various seal material combinations are available depending on the application. Thanks to the diaphragmseparation between actuator and fluid body, aggressive media such as acids and alkaline solutions can also be safely controlled.
Type 6027
Direct-Acting Plunger Valve
Powerful valve with diameter of up to DN13. Various seal material combinations are available depending on the application.
PROCESS MONITORING
Digitalisation is permanently changing the industrial landscape. An exact understanding of production processes is the starting point for improved competitiveness. The collection of all relevant process parameters and the intelligent networking of field devices make processes not only more transparent, but are also necessary for creating additional potential for optimisation. Processes can therefore be adapted and improved in real time during the production flow. Our range of sensors, from analytical to fieldbus devices, offer customers a fit-for-purpose solution to assist in measuring and monitoring with reliable field devices.
Flow Sensors
Type 8020
Insertion flowmeter with paddle wheel for continuous flow measurement. 3-wire frequency pulse version to directly interface with PLC.
Type 8025
Insertion flowmeter or batch controller with paddle wheel and flow transmitter or remote batch controller. Up to PN10, size of measuring tube: DN06 to DN400.
Type 8030
A cost effective integration in pipe system. Inline paddle wheel flowmeter for continuous measurement with 3-wirefrequency pulse version to directly interface with PLC’s. Available in brass SS, PVC and PVDF.
Type 8035
Paddle wheel flowmeter or batch controller provides display for indication of flow rate and volume with totalisers or dosing.
Type 8036
Inline flowmeter with paddle wheel. Specially designed for measuring the flow rate in solid-free liquids, in a variety of applications (water or chemical processing)
Type 8045
Insertion electromagnetic flowmeter includes a backlit display, can handle media with some suspended solids operating keys and a sensor consisting of PVDF or stainless steel material.
Type 8032
Flowmeter/threshold detector with paddle wheel provides indication, monitoring, transmitting and on/off control. Automatic calibration using Teach-in.
Type 8054
Electromagnetic flowmeter designed for liquids with a minimum conductivity of 5 μS/cm. Combined with a dosing valve, the flowmeter can also be used for for water/waste water & general purpose applications.
Type 8055
Electromagnetic flowmeter with flange for continuous measurement or dosing in water treatment or dosing processes.
Type 8070
Positive displacement flowmeter for continuous flow measurement especially designed for highly viscous fluid like glue, honey or oil.
Type 8077
A flowmeter with oval rotors, designed for measurement or batch control of highly viscous liquids with exceptional repeatability and high accuracy.
Type 8098
Based on SAW (Surface Acoustic Waves) technology and is mainly designed for applications with the highest hygienic demands. Ideal for liquids with low or no conductivity. Includes acoustic turbidity and density measurement.
Pressure & Temperature
Type 8311
Mini pressure transmitter/ switch with extralarge display specially designed to switch alarms and to establish monitoring.
Type
8312
Pressure transmitter with CANopen interface has a ceramic thick film or metallic thin film strain gauge measuring principles. Access to measurement value, device status and settings.
Type
8318
Pressure transmitter with IO-Link interface Process connections: G, NPT in ¼”, G ¾” with hygienic flush diaphragm or clamp according to DIN 32676. Access to measurement, device status and settings.
Type 8400
Screw in temperature threshold detector with display designed to monitor limit values, ON/OFF or continuous control loop.
Type 8412
RTD temperature sensor with CANopen interface with single probe type Pt1000. Temperature measurement range -50 to +150oC
Type 8418
Single RTD temperature probe sensor with IOLink interface. Access to measurement value, device status and settings.
Type
8316
Compact pressure measuring device meets the highest requirements with regard to mechanical loading, EMC characteristics and operational reliability.
Type 8325
Transmitter is designed to cover the majority of industrial applications in the field of pressure measurement technology.
Type PT100
Industrial RTD temperature sensor with pt100 or analogue 4-20mA transmitter output. Flexible, wide industrial applications, measuring range -40 to 225oC
Level Sensors
Type 8139
Radar level sensor for liquids suitable for use in applications with aggressive fluids as well as with hygienic requirements.
Type 8110
A filling level switch for liquids, using a tuning fork as the sensor element. It is designed for industrial use in all areas of process technology and can be used in liquids.
Type 8177
A non-contact ultrasonic level measuring device, designed for continuous level measurement in open or closed vessels.
Type 8188
Level measurement device with guided radar, universal level applications for liquids liquid interface measurement. Insensitive to dust and steam.
Conventonal Analytical Sensors
Type 8202
Measurement of pH value or redox potential (ORP) in clean or contaminated liquids. Compact device for direct connection to PLC.
Type 8222
Perfect for clean water and slightly concentrated liquids for measuring conductivity. Three cell constants to cover wide range of applications including reverse osmosis.
Type 8220
Conductivity sensor consisting of compact probe with integrated electrodes. Broad range of process connections with various fittings DN15 to DN200.
Type 8228
Inductive conductivity meter designed for usage under harsh conditions in industrial processes measuring concentrated liquids like acids.
Type 8232
Electrochemical sensor for measuring the chlorine concentration including a “trace” (zero chlorine) sensor. There are four variants of this sensor available.
WATER QUALITY MONITORING
Everything at a glance. Water quality varies greatly not only worldwide but also regionally. As a result, water treatment requirements also differ. In order to guarantee an optimum end product, you must constantly monitor the quality of the water, even during the individual treatment steps. This applies in particular if you supply water to end consumers or processing companies.
Analytical Sensors and Cubes
Miniaturisation and modularisation. Each Cube is equipped with MEMS technology.
“Micro-Electro-Mechanical Systems” which are miniaturised components that combine logic elements or micromechanical structures in a single microchip. Sensor chips are integrated into the analysis cubes. There are five measuring parameters as separate analysis cubes: pH, reduction potential (ORP), conductivity, free chlorine, turbidity and iron.
An excessively high iron concentration in water can cause long-term sedimentation of iron particles in pipes and valves, thereby leading to a reddish discolouration of water for the end user. The iron content must be constantly monitored. The cube operates fully automatically and is characterised by its extremely compact dimensions. Cuttingedge flow injection analysis requires only a few reagents.
< 6 litres of water for every measuring procedure
Chlorine and chlorine dioxide measurement
Chlorine is used against harmful microorganisms and to disinfect drinking water. Unlike conventional solutions, the sensor cube measures without electrolytes, which makes the sensor particularly low maintenance. Additionally, it carries out measurements in a very stable manner, irrespective of the pressure and flow rate. The maintenance effort is low and you only need to replace the measuring cell every 2-3 years.
System modularity Reduction of maintenance and calibration
pH
measurement
The pH value is an indicator of the balance in drinking water. This measurement reduces maintenance and calibration effort thanks to ISFET (ion sensitive field effect transistor) technology. It enables stable longterm measurement, especially for drinking water applications.
Easy to operate Long operating duration
ORP measurement
The ORP value or “Redox” measures sum parameters for the oxidising or reducing potential of water. Carrying out the OPR measurement with a sensor cube offers a number of advantages: Operation and maintenance are very simple, the sample water flow rate is minimal and the operating duration long.
Simple water preparation DIN/ISO 7027 or EPA method 180.1
Turbidity
measurement
Turbidity is the indicator for ingredients and suspended matter not dissolved in water. The sensor cube measures the level of turbidity in accordance with applicable standards and directives. The time and effort required for water preparation is small with cuvette measurements. Since only a small amount of sample water is required, the measurement reacts quickly to changes in the sample water.
to operate Maintenance free
Conductivity
measurement
Conductivity is the indicator for ingredients and minerals dissolved in water. Their maintenance-free measurement via the modular sensor cube is particularly suitable for drinking water. It is easy to operate, has a resistive 2-electrode sensor, hot-swap and a minimal sample water flow rate.
Monitoring and analysing water online. Burkert’s Online Analysis Systems provide you with a space-saving and safe solution. It allows you to monitor all key water parameters with just one system – continuously, precisely and with low maintenance.
Type 8904
Type 8905
Type 8904
Maintenance
Thanks to the technologies applied in the individual sensor cubes, there is significantly more time between maintenance intervals. Less maintenance means more time saved.
Hot-Swap technology
Simply remove sensor cubes for maintenance, even during operation. This reduces downtime.
Continuous monitoring
Thanks to the PLC connection, you always have an overview of all the measurement data whenever and wherever you need it.
Documentation
Due to continuous control and data storage, you can rely on secure and easy-to-document process flows.
Keeping water quality under control
Manual sampling is so yesterday: Today, simply program the measuring solution according to your needs and receive measured values continuously.
Easy water quality measurement
Type 8905 covers all key parameters in just one system: Chlorine, chlorine dioxide, pH, ORP, conductivity, turbidity and iron.
Minimum workload
Automatic measuring reduces your workload enormously. A high-resolution 7” touchscreen ensures intuitive operation and clear visualisation.
Sustainable processes
The Online Analysis System is environmentally friendly and sustainable in operation thanks to its low water consumption.
Analytical Systems – Type 8906
Complex checks with conventional systems. The highest demands are placed on the quality of water for drinking water and food production, therefore state of the art flow injection analysis is fast, reliable and extremely economical. Our sensor cubes are easily integrated into a Burkert online analysis system in a robust control cabinet solution.
Type 8906
Raw Water
Type 8906
Type 8906
Reduced costs through intelligent cabinet layout
The sensors in the control cabinet automate the sampling process. Further, the number of sensors required is also reduced. This saves costs when purchasing and operating the sensors.
Long maintenance intervals
Since the maintenance intervals of sensor cube MS06 are very long, your water treatment plant works more economically. Moreover, the sensor cleans and calibrates itself automatically. By the way, other Burkert sensor cubes are also characterised by their long maintenance intervals.
Easy and fast installation
Installation of a Burkert system Type 8906 in the plant is much easier and faster than installing individual sensors for each sample water line.
Resource-friendly
Sensor cube MS06 for iron measurement is extremely economical with regard to reagent consumption. This saves costs, reduces waste and therefore conserves resources.
Process reliability
With the control cabinet solution Type 8906, you have your water quality permanently under control at a central location. A real plus for your process reliability.
Customer-specific plant design
The Burkert online analysis system can be individually adapted to your plant and integrated with ease. All from a single source: Measurement technology, valve technology and control technology.
Transmitters & Controllers – Type 8619
Purity under control . The multiCELL Type 8619 collects and logs data from up to twelve sensors. For example, you can check the water temperature, the pH value, the conductivity, the ORP value, the chlorine content or any analogue parameter at a glance.
If required, the multi-channel transmitter can also perform a range of dosing and control functions all with a simple, intuitive user interface with large adjustable backlit graphics display.
This guarantees the necessary process reliability of your water treatment plan and the flawless quality of your products.
Mathematical functions for smart data evaluation
Extra benefits of the multiCELL Type 8619 are its mathematical functions such as the subtraction function: This compares values from different sensors quickly and clearly on the multifunction controller. You can then see in real time if something is amiss in your water treatment.
For instance, unusual pressure differences at the intake and outlet can indicate a leak or resistance in the water circuit. If water quality deteriorates between two sensors, for example, this may indicate that an ion exchanger or filter is not fully functional.
Conductivity sensor
Type 8221
Pressure transmitter
Type 8325
Flowmeter Type 8098 without display
Conductivity sensor Type 8221
mulitiCELL Type 8619
Transmitters & Controllers – Type 8611
Small but mighty. Thanks to its compact design, the universal 8611 eCONTROL Universal controller is especially designed for compact control system applications. It is compatible and tested with all Burkert proportional valves and sensors and can be connected with every non-Burkert Control valve by standard signal (4…20 mA, 0…10 V or PWM-output). It is equipped with many additional functions, including process value feedback supplied as one of three analogue inputs; a standard signal (4…20 mA/0…10 V), frequency or RTD signal; directly to the universal controller. The process switching points can be set via a 4…20 mA or 0…10 V signal or with the keypad. For temperature specific control, it is possible to set a cascade structure with both temperature and flow as inputs. Thanks to the proportional control capabilities, a wide range of control functions can be performed in a variety of liquids and gas mediums.
ALL THINGS WATER
Commitment to our customers. We believe we have intimate knowledge and significant insight into the application environments that traverse the broad spectrum of water chemistry and water treatment. We can collaborate with you in the real physics of reverse osmosis, ion exchange, boiler chemistry and high purity water where we can share our experience in complete control loops for flow, temperature, pH, level, pressure and conductivity. We can assist you in determining the most effective water treatment architecture to help you see and assess what is happening in your plant from the control room or the board room.
ION EXCHANGE
Exchange hard for soft. Today’s economic climate means industries demand continuous improvement of water quality. Manufacturers of ion exchange equipment choose Burkert as their single source for process actuation, networked Communication, control and the synergy of hardworking valve and sensor elements. Users of ion exchange equipment know they can rely on us for global support and process expertise. Ion exchange equipment for pure or ultra-pure water can operate with customer confidence.
MEDIA FILTRATION
Optimised for your needs. In media filtration processes different process values are having an influence to the production volume and the life time of the filters. Modular measuring concepts can help to optimise the design according to the customer needs. Burkert provides individual solutions for maximum of customer benefit.
8804
2/2 way butterfly valve/2/2 or 3/2 way ball valve pneumatically operated with electrical rotary actuator
More information pg 14
2/2 way angle
More information pg 25
8805 Butterfly valve with pneumatic rotary actuator
More information pg 14
8805
Ball valve with pneumatic rotary actuator
More information pg 14
More information pg 18
More information pg 13
MEMBRANE FILTRATION
Process reliability you can count on. Regardless of which process is used to separate or clean a fluid, Burkert guarantees you the purest results. Whether you are using corrosive fluids, in large volumes or the smallest dose, we filter your medium precisely.
REVERSE OSMOSIS & NANO FILTRATION
Where purity is expected. In the competitive field of RO and NF Systems, purity is expected. Customers are concerned about life-cycle costs and strategies for monitoring percentage reject and ratio efficiency. In solutions from dialysis water and laboratory water to power generation boiler supply we are known for supplying the highest quality isolated solenoid valves, precise and reliable flow meters and accurate conductivity and pH instrumentation. We supply our reverse osmosis clients with more than just components. We cooperate to produce cost effective control subsystems.
Fluid sensors, transmitters and controllers
With the latest range of multifunctional analytical instruments and broad range of switches, transmitters and valves, Burkert Fluid Control Systems provides intelligent technology that protect membranes, enhances process efficiency, and lowers operating and chemical costs. Proper process monitoring also allows the plant to run with minimal operator intervention therefore increasing the cost savings of a typical water purification system.
8804
2/2 way butterfly valve/2/2 or 3/2 way ball valve pneumatically operated with electrical rotary actuator
More information pg 14
5282
Servo-assisted 2/2 way diaphragm valve
More information pg 18
Pneumatically operated 2/2 way angle seat valve CLASSIC
More information pg 25
8805
Butterfly valve with pneumatic rotary actuator
More information pg 14
8805 Ball valve with pneumatic rotary actuator More information pg 14
Servo-assisted 5/2, 5/3 or 3/2 way solenoid salve for pneumatics More information pg 13
island
13
PERMEATE MONITORING
Continuous permeate monitoring. Whoever treats water or constructs plants for this purpose has a lot of responsibility. An automated monitoring system facilitates this by guaranteeing the specified water quality. The Permeate Monitoring System tailored to your plant offers everything you need for reliable and time-saving water quality monitoring. By being connected to the controller (PLC), it ensures your plant is digital. In other words: All relevant data can be viewed at a glance at all times and is fully documented.
Status overview
The status of each diaphragm can be viewed at any time on a central display. This allows you to detect the smallest amount of damage and prevent downtime. Authorised users can, for example, call up error messages in real time via the Internet.
Time-saving sampling
The system rinses and measures at the same time, thus reducing the time required, even though it samples each pressure pipe individually. The measured values are recorded digitally and sent directly to the control system.
Automated measuring
The system automatically and continuously monitors one or several plants, and is supervised by just one person. You determine the frequency of sampling individually.
Simple integration
The stand-alone system with its own PLC and software can also be easily integrated into existing plants.
Maintenance scheduling
By using the trend analysis of the system, you can schedule your maintenance activities. Your total operating costs are reduced and the plant thus pays for itself in a short period of time.
Perfect down to the last detail
For example, media-separated valves prevent seawater from reacting with the metal of the valves and falsifying measured values.
WATER BLENDING
Finding the best blend for the right water quality. To ensure that you always get the water quality that your application needs, we also mix our skills and our knowledge together. For intelligent water blending, we can offer you a standard system that can be individually modified to suit a range of different areas of application. And if the need arises, we can also provide tailor-made solutions.
Air-conditioning
Air-conditioning technology prevents corrosion and deposition in humidity and air-conditioning plant by controlling the quality of the make-up water, where it must be adjusted often by means of blending raw and pure water.
Cooling tower
Cooling tower maintenance where it is necessary to supplement process water with make-up water to prevent corrosion and deposition. The limit values for the process water are specified and maintained by the addition of make-up water.
Brewing
The quality of beer depends on the quality of the brewing water, because it has a significant effect on the taste of the beer. In order to maintain a constant high quality, the raw water often has to be almost completely desalinated by means of a membrane plant first, and then blended to produce the desired quality.
Irrigation
Poor raw water quality for irrigation can lead to over-salinisation of the soil or a shift in the soil structure. The blending unit can lower the cost of additional chemicals through exact dosage. Especially where large quantities of irrigation water are involved, blending the water makes economic sense.
Drinking water
Drinking water suppliers are subject to extremely high quality requirements. In this respect, long-term maintenance of health requirements and the prevention of damage – due to corrosion and deposition for instance –both play very important roles. Following treatment of the water through deionizing or reverse osmosis, the water has to be blended in order to comply with the locally specified limit values.
GAS DOSING
Flow measurement and regulation of gases. In order to achieve a perfect processing result, the exact dosage amounts are important. This must be the case for the oxidation air or oxygen dosing, the pH reduction before membrane systems or the CO2 addition for curing. Burkert’s gas dosing systems adopt the precise control of the quantity, avoids overdosing, saves unnecessary energy and thus contributes significantly to economic operation.
Leading the way in intelligent networking. Burkert leads the way in networked automation solutions. Driven by the movement of mass production and process automation throughout industries, we aim to simplify and provide peace of mind by offering reliability in both fit-for-purpose products and support. Burkert provide a number of gateway and networked options for customers with adaptable and integrative product and technology. As world leaders in supporting core and essential industries, continual innovation is imperative to meet growing demands.
If you’re looking to develop bespoke solutions incorporating the highest level of creativity whilst being as economically conscious as possible, Burkert offer you a place that promotes interdisciplinary and technologically autonomous work from the first idea all the way to production.
In being part of the global picture, Burkert’s experienced and trustworthy system developers all over the world are happy to assist in projects whenever required. Our highly qualified, motivated engineers and our outstanding production facilities are offered to Burkert customers when required to tailor meet your needs.
Burkert Australia understand local, but think global. We embrace challenges and are constantly thinking future forward with product and system development, and all of this is at your disposal as one of our valued customers.
Find out more about the added values that our Systemhaus offers you.
• Avoiding unnecessary information losses and saving valuable time, thanks to interdisciplinary cooperation between Burkert experts
• True originality for the perfect technical solution, thanks to wide-ranging industry and application Expertise
• Remarkable time and cost savings, with the help of industry-specific technology platforms
Burkert Systemhaus – where your ideas feel at home. Working in partnership with you, we develop individual solutions that precisely meet your expectations.
Local pacific teams.
Since 1980, Burkert has shown its commitment to bringing the highest level of quality and service to Australia.
Burkert maintains highly trained staff that is on hand to answer technical needsfrom one-off basic solenoid valves, to comprehensive networked systems.
Burkert Australia HQ is located in Sydney, with large branch offices in all states, including some regional centres.
Burkert in New Zealand has its headquarters in Auckland and maintains presence throughout both the North and South Islands, serving Trans-Tasman customers.
Wherever you are, Burkert will be there to ensure you get the very best technical solution.
