Electrochemical processes like water electrolysis will become increasingly important in the future in light of climate change and the resultant need for an energy and raw materials transition. The Fraunhofer Institute for Microengineering and Microsystems IMM is collaborating with hte GmbH to develop modular electrochemical cells. These flow cells are used in screening tasks, thereby helping optimize electrochemical production processes, such as water electrolysis.
Design features offer a solution for common challenges associated with manual sampling
Precise and fast determination of bound nitrogen monitoring
Certified for use in Safety Instrumented Systems up to SIL 3
How to optimize process networks with Ethernet-APL
High chemical resistance for use in demanding applications
Report Shows Need for Higher Degrees of Individual Customer Service on Complex Networks
NORD will almost triple the size of one of its two Polish production locations and expands IE5+ motor production
Certification according to SIL 1 (IEC 62061) and PL c (EN ISO 13849-1) standards for a wide range of applications
Flexible and versatile sensor for easy integration
Reduced energy consumption and cleaning effort for sterile processes
Quick and easy set up without calibration for different media
Study to support the development of project in Australia to develop a green energy supply chain with proprietary Uhde methodology
Complete monitoring system in ruggedized case
Maximilian Hoyer with new management position at the Paderborn-based process technology specialist in July
New version with high-performance error diagnosis
Flow Meter Reliability is Critical for On-Line Analysers Servicing the Oil and Gas Industry
As of 1 June 2023, Bürkert Fluid Control Systems has taken over the majority stake in the young Swiss company ReseaTech from Burgdorf. Both companies have already been working successfully on joint projects since 2021.
Compact device for low flow rate measurement
For compressed air consumption measurement and avoidance of losses due to leakages and inefficiencies
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