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Events

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Kristallisation und Fällung
12.02.2020 | | 3 days | Karlsruhe | Entry: paid
Vom Schüttgut zum Silo
17.02.2020 | | 2 days | Braunschweig | Entry: paid
Partikelmesstechnik
25.02.2020 | | 4 days | Goslar | Entry: paid
Partikelsimulation im Maschinen- und Anlagenbau
26.02.2020 | | A morning | Webinar / Online | Entry: Free (after registration)
Pumpenanlagen auslegen, betreiben, optimieren
02.03.2020 | | 2 days | Wuppertal | Entry: paid
Explosionsschutz in Theorie und Praxis
09.03.2020 | | 2 days | Altdorf b. Nürnberg | Entry: paid
Projektmanagement im Anlagenbau
10.03.2020 | | 2 days | Wuppertal | Entry: paid
Methoden der Charakterisierung von Schüttgütern
10.03.2020 | | 1 day | Altdorf b. Nürnberg | Entry: paid
Moderne und bewährte Schüttgut-Förderkonzepte
11.03.2020 | | 1 day | Altdorf b. Nürnberg | Entry: paid
Pneumatische Förderanlagen für Dünn- und Dichtstrom
12.03.2020 | | 2 days | Altdorf b. Nürnberg | Entry: paid
Rohrleitungen in verfahrenstechnischen Anlagen planen
16.03.2020 | | 2 days | Wuppertal | Entry: paid
Partikelsimulation im Bergbau und der Fördertechnik
17.03.2020 | | A morning | Webinar / Online | Entry: Free (after registration)
Wärmetauscher in verfahrenstechnischen Anlagen planen
17.03.2020 | | 2 days | Wuppertal | Entry: paid
Risikomanagement verfahrenstechn. Anlagen (HAZOP / LOPA)
17.03.2020 | | 2 days | Wuppertal | Entry: paid
LOPA zur Spezifikation von SIL-Anforderungen an Schutzmaßn.
19.03.2020 | | 1 day | Wuppertal | Entry: paid
Kostenschätzung verfahrenstechnischer Anlagen
23.03.2020 | | 2 days | Altdorf b. Nürnberg | Entry: paid
Verfahrenstechnische Erfahrungsregeln /Auslegung Apparate
30.03.2020 | | 2 days | Altdorf b. Nürnberg | Entry: paid
Drying
Almost every material used as bulk is dried during production. The fields of application vary from food to pharmaceuticals, from minerals to detergents, from polymers to paper, from raw materials and commodities to highly formulated specialties. Drying technology is a continuously developing field which bears various challenges. Different sources of pitfalls are scattered over a bunch of stages and fields in industrial production, which may be located in process design, operation and automation, equipment selection and the development of desired product properties. In addition lectures, laboratory practicals and tutorials bring together the theory and practice.
30.03.2020 | University Course | 3 days | Magdeburg | Entry: paid
Partikelsimulation mit Diskrete-Elemente-Methode in ROCKY
Beware of falling rocks - Process optimization through particle simulation Rocky dem is an ideal tool for the analysis of many applications in mechanical process engineering. It allows exact predictions of particle behavior, taking into account the dynamic interaction between particles and between particles and walls of components. Shock movements, energy absorption rates and particle breakage can be analyzed. Wherever large quantities of particles or, more generally, bodies are set in motion or are in motion, ROCKY can be used to understand and specifically improve the processes. ROCKY can be used to select size, shape, material and mutual interaction in a wide range. Typical fields of application include, for example, bulk, transport, separation, mixing, sorting and processing operations. On the one hand, measures to optimize the transport process of the bulk material, for example to minimize material losses or to avoid dust formation, can be tested. On the other hand, the results provide important information for targeted improvements to plants, for example to increase the service life of conveyor belts and other components. Rocky dem is used to optimize agitator mills, SAG mills, crushers and high-pressure grinding rolls, among other things. The particle spectrum ranges from small synthetic particles such as tablets to rubble. Furthermore, production, transport and processing processes of components such as screws, washers, bottles etc. can be simulated.
08.04.2020 | Seminar | 2 days | Aadorf (CH) | Entry: paid
R&I-Fließbilder in der Verfahrenstechnik (Kompaktseminar)
06.05.2020 | | 1 day | Wuppertal | Entry: paid
Prozessleittechnik für verfahrenstechnische Anlagen
07.05.2020 | | 2 days | Wuppertal | Entry: paid
Coating and Drying of Thin Films
The Short Course ”Coating and Drying of Thin Films“ covers topics of coating technologies, flow modeling, rheology, preparation of coating fluids and aspects of drying technology with emphasis on “Printed Electronics” and “Battery Coatings”. Processes will be explained using examples which will be presented in lectures as well as in a practical workshop in the TFT Coating and Printing Lab.
25.05.2020 | Hochschulkurs | 4 days | Karlsruhe | Entry: paid
Verfahrenstechnische Anlagenplanung in der Praxis
18.06.2020 | | 2 days | Altdorf b. Nürnberg | Entry: paid
Pumpenanlagen auslegen, betreiben, optimieren
22.06.2020 | | 2 days | Altdorf b. Nürnberg | Entry: paid
Partikelsimulation mit Diskrete-Elemente-Methode in ROCKY
Beware of falling rocks - Process optimization through particle simulation Rocky dem is an ideal tool for the analysis of many applications in mechanical process engineering. It allows exact predictions of particle behavior, taking into account the dynamic interaction between particles and between particles and walls of components. Shock movements, energy absorption rates and particle breakage can be analyzed. Wherever large quantities of particles or, more generally, bodies are set in motion or are in motion, ROCKY can be used to understand and specifically improve the processes. ROCKY can be used to select size, shape, material and mutual interaction in a wide range. Typical fields of application include, for example, bulk, transport, separation, mixing, sorting and processing operations. On the one hand, measures to optimize the transport process of the bulk material, for example to minimize material losses or to avoid dust formation, can be tested. On the other hand, the results provide important information for targeted improvements to plants, for example to increase the service life of conveyor belts and other components. Rocky dem is used to optimize agitator mills, SAG mills, crushers and high-pressure grinding rolls, among other things. The particle spectrum ranges from small synthetic particles such as tablets to rubble. Furthermore, production, transport and processing processes of components such as screws, washers, bottles etc. can be simulated.
01.07.2020 | Seminar | 2 days | Renens (CH) | Entry: paid
Risikomanagement verfahrenstechn. Anlagen (HAZOP / LOPA)
07.07.2020 | | 2 days | Altdorf b. Nürnberg | Entry: paid
LOPA zur Spezifikation von SIL-Anforderungen an Schutzmaßn.
09.07.2020 | | 1 day | Altdorf b. Nürnberg | Entry: paid
Partikelsimulation mit Diskrete-Elemente-Methode in ROCKY
Beware of falling rocks - Process optimization through particle simulation Rocky dem is an ideal tool for the analysis of many applications in mechanical process engineering. It allows exact predictions of particle behavior, taking into account the dynamic interaction between particles and between particles and walls of components. Shock movements, energy absorption rates and particle breakage can be analyzed. Wherever large quantities of particles or, more generally, bodies are set in motion or are in motion, ROCKY can be used to understand and specifically improve the processes. ROCKY can be used to select size, shape, material and mutual interaction in a wide range. Typical fields of application include, for example, bulk, transport, separation, mixing, sorting and processing operations. On the one hand, measures to optimize the transport process of the bulk material, for example to minimize material losses or to avoid dust formation, can be tested. On the other hand, the results provide important information for targeted improvements to plants, for example to increase the service life of conveyor belts and other components. Rocky dem is used to optimize agitator mills, SAG mills, crushers and high-pressure grinding rolls, among other things. The particle spectrum ranges from small synthetic particles such as tablets to rubble. Furthermore, production, transport and processing processes of components such as screws, washers, bottles etc. can be simulated.
16.07.2020 | Seminar | 2 days | Grafing (D) | Entry: paid
Rohrleitungen in verfahrenstechnischen Anlagen planen
09.09.2020 | | 2 days | Wuppertal | Entry: paid
Wärmetauscher in verfahrenstechnischen Anlagen planen
10.09.2020 | | 2 days | Wuppertal | Entry: paid
Fest-Flüssig-Trennung
14.09.2020 | | 5 days | Karlsruhe | Entry: paid
Moderne und bewährte Schüttgut-Förderkonzepte
15.09.2020 | | 1 day | Wuppertal | Entry: paid
Explosionsschutz in Theorie und Praxis
16.09.2020 | | 2 days | Altdorf b. Nürnberg | Entry: paid
Verschleiß durch Schüttgüter
16.09.2020 | | 1 day | Wuppertal | Entry: paid
Pneumatische Förderanlagen für Dünn- und Dichtstrom
17.09.2020 | | 2 days | Wuppertal | Entry: paid
Kostenschätzung verfahrenstechnischer Anlagen
23.09.2020 | | 2 days | Wuppertal | Entry: paid
Simulation partikelbeladener Strömungen
23.09.2020 | | 3 days | Karlsruhe | Entry: paid
Verfahrenstechnische Erfahrungsregeln /Auslegung Apparate
28.09.2020 | | 2 days | Wuppertal | Entry: paid
Projektmanagement im Anlagenbau
15.10.2020 | | 2 days | Altdorf b. Nürnberg | Entry: paid
R&I-Fließbilder in der Verfahrenstechnik (Kompaktseminar)
21.10.2020 | | 1 day | Altdorf b. Nürnberg | Entry: paid
Prozessleittechnik für verfahrenstechnische Anlagen
22.10.2020 | | 2 days | Altdorf b. Nürnberg | Entry: paid
Partikelsimulation mit Diskrete-Elemente-Methode in ROCKY
Beware of falling rocks - Process optimization through particle simulation Rocky dem is an ideal tool for the analysis of many applications in mechanical process engineering. It allows exact predictions of particle behavior, taking into account the dynamic interaction between particles and between particles and walls of components. Shock movements, energy absorption rates and particle breakage can be analyzed. Wherever large quantities of particles or, more generally, bodies are set in motion or are in motion, ROCKY can be used to understand and specifically improve the processes. ROCKY can be used to select size, shape, material and mutual interaction in a wide range. Typical fields of application include, for example, bulk, transport, separation, mixing, sorting and processing operations. On the one hand, measures to optimize the transport process of the bulk material, for example to minimize material losses or to avoid dust formation, can be tested. On the other hand, the results provide important information for targeted improvements to plants, for example to increase the service life of conveyor belts and other components. Rocky dem is used to optimize agitator mills, SAG mills, crushers and high-pressure grinding rolls, among other things. The particle spectrum ranges from small synthetic particles such as tablets to rubble. Furthermore, production, transport and processing processes of components such as screws, washers, bottles etc. can be simulated.
05.11.2020 | Seminar | 2 days | Berlin (D) | Entry: paid
Risikomanagement verfahrenstechn. Anlagen (HAZOP / LOPA)
10.11.2020 | | 2 days | Wuppertal | Entry: paid
LOPA zur Spezifikation von SIL-Anforderungen an Schutzmaßn.
12.11.2020 | | 1 day | Wuppertal | Entry: paid
Retrofit von Chemieanlagen im laufenden Betrieb
19.11.2020 | | 2 days | Altdorf b. Nürnberg | Entry: paid
Pumpenanlagen auslegen, betreiben, optimieren
25.11.2020 | | 2 days | Wuppertal | Entry: paid
Verfahrenstechnische Anlagenplanung in der Praxis
02.12.2020 | | 2 days | Wuppertal | Entry: paid
Rektifikationskolonnen
07.12.2020 | | 2 days | Wuppertal | Entry: paid
PLATFORMS
SchuettgutPortal Recycling-Portal Solids Processing
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