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Edition 02/2020

Article and compact news

Our AERZEN customer journal "AERZEN com.press" will provide you with detailed information at regular intervals about our company, our products and application solutions.

Article

Digital control technology for blowers and compressors

AERZEN has newly developed the AERtronic

Everyone is talking about digitalisation, automation and Industry 4.0. Integrating digital applications in the control of blowers and compressors also offers great potential for increasing machine availability, reliability and information transparency in the higher-level control system of the machine operator. Therefore, AERZEN develops its portfolio in the field of assembly control consequently and counts on the advantages of digitalisation. With the newly developed AERtronic, AERZEN has now succeeded in extending the functional spectrum of its predecessor by digital applications.

AERtronic was specifically expanded by digital applications.

As a customer-oriented and practical experienced manufacturer of highly efficient blower and compressor technology AERZEN always works close to the needs of the customers. The technology pioneer has therefore quickly realised that the further development of digital functions in the control technology of process air systems brings extensive advantages for the operators of the machines: The software-based recording, analysis and evaluation of relevant process parameters not only makes digital solutions more user-friendly, but also enables significant optimisation in operation.

The new generation of the AERtronic machine control system has, therefore, been specially developed to meet the customer requirements of the various industries. AERZEN offers the system in the three versions Basic, Advanced and Premium. These differ in their range of functions and can, therefore, be tailored to the individual needs of the plant operator.

Three versions Basic, Advanced and Premium

The AERtronic Basic variant acts as a digital machine parameter display and fault indicator. The user can now read the relevant process parameters such as pressures and temperatures on a modern display and transfer them easily and conveniently to the control room via Modbus RTU interface - unlike its predecessor, an analogue display unit with circular instrumentation.

In addition to these functions, the AERtronic Advanced control unit offers the possibility of actively controlling processes. The device uses the sensors to identify critical states in the process and switches the machine off, if necessary, to prevent damage. In addition, the plant operator has the possibility to transmit the recorded parameters via Modbus RTU to his higher-level systems such as Supervisory Control And Data Acquisition (SCADA). This function makes it possible to make processes in the plant even more transparent and to identify potential for improvement at an early stage. This variety of functions plays out its advantages above all with the Delta Screw screw compressor and is, therefore, provided as standard. If you are looking for an “Industry 4.0 ready” solution for your processes, you will find an advanced and user-friendly machine control in the AERtronic Advanced. Customers also have the option of using the Advanced control unit to access additional interfaces such as Modbus TCP, ProfiNet® and Profibus® or to visualise all information on smartphone, tablet or PC via WebView.

The premium version of the AERtronic is based on the Advanced control unit and enables the operator to access further services via the AERZEN platform to increase availability, efficiency and evaluation. The artificial intelligence trained and programmed on the basis of more than 150 years of mechanical engineering experience ensures even more efficient, reliable and smarter machine operation. The innovative AERZEN control units set the course for operators of blowers and compressors towards digitalisation of production. Thanks to the extensive functional diversity of the systems, it is possible to combine the highest safety standards with maximum user comfort and process efficiency. The use of an AERtronic control unit also extends the service life of the system by protecting the machine specifically against failures caused by overloads.

Comparison of variants

An even more detailed explanation and a clear comparison of the three variants Basic, Advanced and Premium can be found under this link: www.aerzen.com/products/control-technology/aertronic-unit-control.html 

Compact news

New and revised marketing materials

AERZEN has recently revised or introduced new marketing materials for the application areas of wastewater treatment, food technology and process gas technology.
How can energy costs be saved in wastewater treatment? How can hygienically pure process air be generated? What requirements must modern process gas compression meet? These are some of the questions which AERZEN customers will have to ask themselves in order to address the challenges posed by Industry 4.0, globalisation and constantly increasing cost pressures. We are supporting you in dealing with these challenges and offer answers to your questions in our new brochures. You can download the new brochures using your CustomerNet access via our website, or printed versions can be ordered by completing this request form: https://www.aerzen.com/company/request-and-contact/directory-of-contacts.html 

New head for Western Europe

Matthew Morey has been appointed the new Director of AERZEN’s Western Europe region. He will, thus, run the ten Western European sales and service companies of the AERZEN Group, form a management team for the EMEA region with the other regional managing directors in Europe and be the primary interface with production.Morey joined the AERZEN Group in 2006. For the last 14 years, he has been the head of AERZEN Machines Ltd., Great Britain. This business has achieved many successes, laying the foundations for more of the same in the future. Now Matthew Morey’s strategic know-how and sound market knowledge will benefit the Western Europe region.

New Managing Director Aerzen Belgium

In March 2020, Frederik Deboyser took over the management of Aerzen Belgium N.V., based in Kortenberg near Brussels. The graduate engineer, who successfully completed a degree in electromechanics in 1993, has been at home in the world of blowers for over 24 years. From 1998 to 2007 and since 2014 he was Sales Manager at AERZEN’s Belgian subsidiary. For the operational and strategic management of Aerzen Belgium the new Managing Director relies on a team which comprises both long-term as well as some relatively new employees. “With this mixture of our own experience and external developments, we are ready to develop the Belgian market with renewed vigour and energy, focusing on customer orientation and the quality of our products and services,” emphasises Frederik Deboyser.

Americas: Wastewater specialist supports Sales

Jennifer Kintzer has taken over the position of application specialist for wastewater technology in the Americas region. With 25 years of experience in the wastewater industry, in her new role she will support the sales team in increasing performance in the wastewater industry in North, Central and South America and in the Caribbean. One of her priorities is the training of regional colleagues. Jennifer Kintzer worked in consulting for almost 20 years before she joined AERZEN USA as a Senior Applications Engineer, with responsibility for positive displacement blowers, screw compressors and turbo blowers.

APAC: New Regional Application Manager

Wong Kah Wai took over the position of Regional Application Manager for the Asia/Pacific region (APAC) on April 1, 2020. He is based in Singapore. In conjunction with our subsidiaries in this region, he will seek to expand business with the wastewater industry. The 43-year-old has more than 15 years of experience in design, operation and consulting for leading wastewater companies such as Sembcorp Utility, UG M&E, Sumitomo Electrics, Mitsubishi Heavy Industries, United Engineers, Black & Veatch and CH2Mhill. Wong Kah Wai holds a Master of Science and a Bachelor of Engineering in Environmental Engineering from the University of Singapore.