Cost-effective and scalable PoE transmitter in small form factor
Certified Class '0', 100% oil-free compressed air supports the production and packaging of over 350 tonnes per day of 40 different types of flour meeting the company’s needs for quality and reliability.
Low-pulsation 3 chamber design in different construction materials
Goods and products manufactured with industrial processes often contain water in various concentrations. To date, laboratory instruments have been the most common tools for measuring moisture. While the processes are highly precise, they also have disadvantages. Endress+Hauser is enhancing an existing level measurement technology so that it’s also capable of determining material characteristics, radar-based sensors supply real-time information regarding material moisture.
The decarbonization of energy systems has seen greater interest in the production, distribution and use of hydrogen. To ensure it can become a viable business, custody transfer for hydrogen is essential and this is now being made possible using the latest generation of measurement technologies, as Ricardo Mendes, Global Product Line Manager, ABB explains.
Rugged and compact stainless-steel housings with ATEX approvals
Efficiency in mixing technology through innovative shovel design
With new features and Android 12 compatibility
Flexible, container-based solution for managing complex system architectures
Four temperature ranges available for use in demanding environments
Reduces complexity for the construction of pressurized control panels
With improved functionalities and food certification for Europe and USA
Effectively enabling upscaling of chemical processes
2/2- and 3/2-way valves in compact design for versatile use
Energy-saving motor/inverter solutions for new installations and retrofitting
The right solution for every application
Sealed parts for very high hygienic requirements
Introduction of new category of collaborative robot arm
Depth filter sheets with activated carbon
For particularly aggressive and abrasive media
Automation technology facilitates large-scale biomass cultivation using artificial photosynthesis. Prototype with quantum technology to be presented at Hannover Messe 2022
Reliable mixing processes for smaller batch sizes
Technology for hydrogen generation expected to go into production in 2025
The new European HQ of Fluke in Eindhoven, Netherlands is home to a 400sqm customer experience centre to allow customers to experience using products in realistic environments.
With vibration recording acceleration sensor for predictive maintenance
Pharma PAT software and manufacturing automation specialist acquired by global scientific instrumentation and solution provider
Specially developed valve for installation with plastic pipes
High temperature stability allows use in CIP and SIP applications
Fraunhofer researchers develop sensors for fire and explosion protection
Pre-planned routes and faster report compilation for optimised inspection processes
Accurate measurement in chlor-alkali electrolysis sub-processe
"Untouched since the ice age" is not a marketing slogan, but a fact - a real piece of the ice age that still exists today: When the ice melted, immense amounts of water drained away into the rock of the Swabian Alp mountains. The earth shifting in an unusual way then caused this reservoir to be sealed off approximately 400 meters below the outside world. As a result, EiszeitQuell has an original purity and quality - just like water over 10,000 years ago.
Users in process automation have the most to gain from insight through data from sensors and actuators. This is where the advanced physical layer for Ethernet, short Ethernet-APL comes in, the data highway to the field of process plants. Many questions must be answered when deploying Ethernet-APL for the first time. This article discusses topologies for Ethernet-APL that can be realized with currently available infrastructure components.
Variety of sizes for different size of applications and plants
For long-term operation under harsh conditions
Methanol reformers convert easy-to-transport methanol into hydrogen. But conventional reformers still come with a number of drawbacks – catalyst attrition, to name but one example. An innovative methanol reformer for mobile applications from the Fraunhofer Institute for Microengineering and Microsystems IMM is able to overcome these challenges.
For the safe production of hydrogen by electrolysis
Food-compatible lubricants in all axes avoid potential contamination
Revised series for processes with strict hygiene requirements
An easy alternative to nitrogen purge for void space layup
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