Booked exhibition space and a full program

(Image rights: Inspire GmbH)

(Image rights: Inspire GmbH)

(Image rights: Inspire GmbH)

(Image rights: Inspire GmbH)

The exhibition space is fully booked

The lounges in Vienna have become an attractive event for exhibitors. Over 60 companies present innovative products and services. Here is an excerpt from the list of companies:

ABC Allgemeine Bau Chemie GmbH, bc-technology GmbH, BLOCK Technical AG, Briem Steuerungstechnik GmbH, BRUCHA Gesellschaft m.b.H., BWT Pharma & Biotech GmbH, Camfil Austria GmbH, Chemgineering Group, Cleanroom Control and Sterilization Technology GesmbH, Cleanroom Technology Austria, CLS Ingenieur GmbH, COMPREI Reinraum-Handel- und Schulungs GesmbH, Contec, CRS Clean Room Solutions GmbH, Czech Engineering, Dastex Reinraumzubehör GmbH & Co. KG, decontam GmbH, Drees & Sommer Projektmanagement und bautechnische Beratung GmbH, Dycem Ltd, Ecolab GmbH, Ellab GmbH, elva-tec Radeberger Reinraumsysteme GmbH, Exyte Central Europe GmbH, FISCHER Mess- und Regeltechnik GmbH, Friedrich Sailer GmbH, Gerflor GmbH, Human.technology Styria GmbH, Hydroflex Group GmbH, Ing. W. Häusler GmbH, Industrie Automation Graz, Innerspace GmbH, KEMMLIT-Bauelemente GmbH, Lorenz Consult ZT GmbH, Mettler-Toledo GmbH, MIKROCLEAN GmbH, Niotronic Hard- & Software GmbH, ÖRRG - Österreichische Reinraumgesellschaft, Particle Measuring Systems, Pfennig Reinigungstechnik GmbH, SALESIANER MIETTEX GmbH, Schülke & Mayr GesmbH, SHIELD Scientific B.V., Siemens AG, Siemens AG, SWAN Analytische Instrumente AG, TECNOPLAST Industrietechnik GmbH, Testo Industrial Services GmbH, USF Water Purification GmbH, VALTEC GmbH, Viessmann Technologies GmbH, VIP 3000 e.V., VOGELBUSCH BIOPHARMA GmbH, VTU Engineering Deutschland GmbH, ZAUNER Anlagentechnik GmbH, ZETA GmbH.

Science, Technology, and Projects – Extremely interesting topics of the lounges in Vienna

Safety Laboratory for Highly Infectious Samples – MED CAMPUS GRAZ

In the new campus of the Medical University of Graz, a unique BSL-3 dissection and laboratory area has been established in Austria. This laboratory enables autopsies, rapid diagnostics, and sample preparation for molecular pathogen diagnostics while complying with all legal requirements for BSL-3 facilities and beyond. An additional chemical shower for personal decontamination, typically only required in BSL-4 areas, provides optimal protection for staff and the environment. This safety laboratory will thus make an important contribution to healthcare not only locally but also nationally in the future.

The infrastructure and expertise will be available to all relevant sectors in Austria, so that autopsies can also be performed in Graz in specific situations on deceased individuals from other federal states. This may be particularly necessary in cases of death due to undiagnosed pathogens or for risk assessment during emerging epidemics and for evaluating the role of comorbidities. It can be assumed that the need for high-quality BSL-3 facilities will increase due to the rise of multi-resistant bacteria, the re-emergence of new pathogens at regular intervals, and the possibilities of rapid global dissemination.

Furthermore, this laboratory is also available for development and research collaborations, including protective equipment and decontamination procedures. Development of a Class III isolator for special requirements demanding BSL-4 protection level has already begun.

Project work for everyone's satisfaction – is that possible?

During a major hospital project, the project manager of the client was asked at the start of construction what the project must achieve to be considered a personal success. The following project vision was documented as a result: "Construction of the hospital while maintaining quality, costs, and schedule to the satisfaction of all project participants."

This statement was placed at the beginning of the weekly construction meetings and served as a central control and orientation element throughout the entire project process. The project was implemented as envisioned. Even today, the involved persons fondly remember this project.

Looking at projects today, they are under high time and cost pressure. Quality and satisfaction of all parties are often sacrificed. It is therefore time to refocus on the satisfaction of all involved and to make the project a matter close to the heart.

This presentation will discuss approaches and possibilities, and how digitalization can contribute to this.

Ways to fully integrate CAD and flow simulation into process engineering

The integration of flow information in the conception and detailed planning of process plants has become a megatrend in recent years. Often, this integration is achieved by outsourcing flow simulation projects. In doing so, CAD data is rarely or only partially reused. For cleanroom facilities, such outsourcing is extremely challenging due to the complexity of the building and installations (HVAC, process media, etc.). Our contribution will present approaches to overcoming this challenge, with a special focus on facilities in cleanroom technology. Furthermore, examples will illustrate possible application areas of flow simulation in the conception and detailed planning of cleanroom facilities. Finally, the possibilities that arise from a complete integration of Building Information Modeling (BIM), CAD, and flow simulation in the context of cleanrooms will be summarized.

Comparability studies for pharmaceutical active ingredients from recombinant proteins

The production of pharmaceutical active ingredients and the associated analytical comparability studies are designed to demonstrate the analytical comparability of active ingredients and final medicines before and after significant changes. Changes in the process and production plant, such as a change in production standards, adjustment of the scale, or modifications of the cell line or biosynthesis/bioreactor conditions, must be compared. The presentation provides an overview of regulations, regulatory expectations, and the currently proven methods for setting up comparability studies. Additionally, topics such as product quality and knowledge, critical quality attributes, process control strategies, analytical control strategies, and associated documentation must be included. The focus will be on comparability studies of protein products developed using recombinant DNA technology.

Smart Engineering Services

On average, around 10,000 different components are procured in engineering to realize a pharmaceutical production plant. Each component involves extensive specification work, which consumes a lot of time – and time costs money!

Christian Gösler explains in his lecture a new service from the engineering professional ZETA, which counteracts unnecessary time waste caused by redundant processes in engineering. With the new Smart Engineering Service (SES) from ZETA, significant added value is achieved through the development of a customer-specific project database and the integration of all project suppliers (PDP) into the central data management. On the one hand, this significantly shortens project lead times, enabling faster market entry and higher amortization. On the other hand, the service offers full data transparency and knowledge generation on a comprehensive central database, which provides added value throughout the entire asset lifecycle, especially for plant operation and asset management.

ZETA relies on two expert software systems and has found suitable partners in SIEMENS and AVEVA for the new engineering service. The specifications of individual PDPs are standardized and serve as the basis for streamlined, transparent data processing. Each component is defined once and represents the digital twin. Using AVEVA software, a virtual 3D model is created based on standardized catalog data. Gösler will present practical examples of efficient engineering services, demonstrating how the interfaces of the overall plant planning can be visualized through 3D planning and how SES reduces interface coordination effort.

ISO 14644-2:2015, Monitoring to Demonstrate Cleanroom Air Quality

This presentation explains what has changed in the new DIN EN ISO 14644-2 and what impact this has on requalification of cleanrooms. How should the new requirements be implemented? What does the concept of continuous cleanroom monitoring entail, and how is it implemented? Practical tips for creating a monitoring plan will be provided.

Particles – What to do?

No one is protected from particles. They appear when not needed. And above all: they are distributed inhomogeneously. Usually, at least. What are the expectations of authorities, what techniques are available, and what procedures make sense? There is no one-size-fits-all answer to what approach is appropriate. This presentation explains possibilities and solutions regarding particles.

Efficient reporting of environmental parameters

A central task of a cleanroom monitoring system is documentation. Long-term archiving and processed reporting. The presentation will explore the fundamental possibilities. Which monitoring parameters can or must be included? Building blocks such as alarm logs and audit trails will be examined in detail. How can integration into downstream systems, such as document management systems, look?

Wireless protocol with long-range

In recent years, there has been high interest in wireless systems for continuous monitoring systems. Measurements often take place in demanding industrial environments, e.g., with cement block walls or metal cables, which has led many users of monitoring systems to encounter problems, e.g., regarding network connectivity or coverage. It has been shown that a completely new protocol is required for optimal on-site usability. We can present you with the suitable solution.

LOUNGES 2020 in Karlsruhe – New topics will expand the spectrum in the future

Artificial Intelligence

The rapid technological development in the field of artificial intelligence (AI) and the resulting global changes in production and value chains will have a lasting impact on our future. Cross-network and transformative research and innovation are the cornerstones for developing AI into a key technology of the future. Additionally, AI applications are gaining an extra acceleration factor to expand the possibilities and benefits of Industry 4.0. Data plays an important role not only for AI applications and Industry 4.0 but also forms the basis for innovative business models and thus for the future competitiveness of companies.

Today, when dealing with artificial intelligence, various terms and applications, such as learning systems, are interconnected. Besides natural intelligence of every human, artificial intelligence and learning systems will help humans better understand complex relationships and find practical solutions. The scope of applications for learning systems is already very extensive, even though we are only at the beginning of this development process.

The goal of "Lounges 2020 Artificial Intelligence" is to provide a platform for research institutions, SMEs, and startups to showcase practical and relevant results of artificial intelligence and learning systems.

Another goal is to offer conference participants the opportunity to network both during the event and afterward via a communication platform, enabling participation in the rapid development of AI.

Topics forming the basis and infrastructure for cleanroom and process areas

Digitalization - BIM - Industry 4.0 and Internet of Things

The term digitalization is currently prevalent in many – including private – conversations and corporate target plans. Developments in digitalization evoke both enthusiasm for what is possible and fears, not only among employees but also among entrepreneurs. Where is the journey heading for my company, or what will happen to my workplace? When engaging with this topic, one finds that the variety of opportunities, e.g., for new applications and business models, is increasing rather than decreasing. It is essential to shape the transformation process; that is the solution for us.

Simply put, digitalization is the transfer of an analog world (e.g., measurement values, data, information) into a world that "only" consists of 0s and 1s, processed via software programs and algorithms, resulting in solutions and services. There is no single, clear definition of digitalization; depending on the context, it can have multiple meanings. In summary, digitalization is the umbrella term for the digital transformation of society and the economy.

An example of transferring the analog world into the digital realm is Building Information Modeling (BIM) in construction. The goal of BIM is to introduce digital methods across the entire value chain of a building.

To enable the entire value chain via BIM or for BIM, a uniform naming of products and their characteristics (features) is necessary. An internationally used product classification system called "eClass" is suitable for this purpose.

Fully automated processes for most workflows (e.g., production, order processing, purchasing) within a company can only be implemented through digitalization if the "language" – the exchange of data – is unambiguous within the company, with suppliers, and with customers. This requires clear classification keys for processes and products. Product data and their classification are broadly needed to optimize the entire value chain and are therefore essential for BIM. Besides BIM, this approach is also fundamental for Industry 4.0 and the "Internet of Things" (IoT).

All the content listed has been developed jointly with the companies and compiled for the event.

Free visitor registration with the code CRWIEN2019.