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Fast and reliable measurement over wide temperature ranges
Improved efficiency of protein capture with Surface Acoustic Wave Flowmeters
Hanna Lundin, product engineer at Emerson, explains in this article how simplified tank monitoring system architectures make it more feasible for companies to implement an automated solution to improve their inventory management, increase safety and efficiency.
Elimination of measurement blind spots with safe and easy-to-install solution
Precision and accuracy are essential for liquid dosing applications to ensure quality and safety. While these factors are vital at the micro level, macro scale applications, involving litres of product, can also make significant efficiency gains by optimising dosing control. To achieve this, selecting the right valve and measurement technology is vital, with the right level of automation.
With the growing complexity of technical plants, demographic shifts in the workforce, and increasingly stringent regulatory requirements, traditional methods of risk assessment are reaching their limits. To meet these challenges, TÜV SÜD has developed a digital approach, called iaHAZOP, that builds on established risk assessment methods and extends them into the digital domain. The process industry now has a tool that redefines the state-of-the-art in technical risk management. Authors: Michael Pfeifer, Senior Expert Adaptive Safety and Alexander Kurdas, Expert for Machinery and Electrical Safety. TÜV Süd
Optional Stainless-Steel Sleeve for mechanical stabilisation
Analysis technology insensitive to cross-contamination allows cost effective measurements
Cloud solution for portable gas detector logging and analysis
Advanced pressure measurement technologies not only provide outstanding accuracy and reliability in chemical industry applications, but also help to minimise operational costs without compromising plant safety.
Bringing Powerful Pyrometers and Software Platform Together
The climate crisis is driving demand for the electrification of transportation and energy infrastructure, which in turn is accelerating the need for more powerful and safer rechargeable batteries, including li-ion, sodium-ion, and solid-state. However, one of the key issues affecting battery quality is accurate humidity monitoring and dry control during manufacture.
Intrinsically safe optical liquid level switches for direct contact with flammable or explosive liquids
Leak detection with robust fixed mounted solution for monitoring and advanced analytics
Integration of Ethernet connection allows increased measurement efficiency
Two-in-One Analyzer for measuring hydrogen sulfide (H2S) and carbon dioxide (CO2) as part of quality and process control
The use of conventional analysis equipment in hazardous areas is complicated due to a lack of approvals. Equipment without ATEX or IECEx certification must be specially protected so that it does not act as an ignition source. At the same time, analysis equipment is essential for many processes. For example, for testing the purity of hydrogen at hydrogen refuelling stations.
Accurate object targeting at long distances with a 30:1 distance to spot ratio
Enhanced sensitivity to fulfil tighter international regulation
The quality of manufactured or processed products at cleanroom facilities are protected by applicable good manufacturing practices (GMP) that specify stringent environmental monitoring requirements.
For use in demanding applications where direct contact with flammable or explosive liquids is required
Maintenance-free unit for hygienic valves
Detection of air leaks in a bandwidth from 2 – 65 kHz
Mobile turbidity measurement with laboratory accuracy
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.
Building AI-based detection tools without being a specialist
Safe and secure temperature data management
Inline measurements in real time directly in the system and without sampling
Brewers will often attribute their success to passion, determination and innovation, but once a beer has been developed and branded, it’s all about consistency. Process monitoring therefore has a key role to play. In the following article Keijo Pyörälä from Vaisala will explain how in-line refractometers, located strategically at every stage of the brewing process, enable process optimization, save energy, reduce waste, lower costs and help deliver top quality beer.
Optimization of biogas production with continuous measurement of methane and CO2
For De-Chlorination of Effluent in Municipal Water Systems and for Industrial Cooling Water Treatment Processes
How can a feed silo or a glass recycling container be transformed into a smart asset? With the battery-operated WILSEN.sonic.level IoT sensor from Pepperl+Fuchs. The autonomous device is connected to the internet via LoRaWAN.
Level measurement for a wide range of liquids and solids
RFID Temperature Labels for wireless reading and monitoring for a wide range of devices and equipment
Easy installation on the outside of pipes needs no system shutdown
Corrosion resistant polypropylene and FKM wetted materials for a wide range of chemicals
International collaboration takes Vaisala and the Finnish Meteorological Institute (FMI) to Mars onboard NASA’s Mars 2020 Perseverance rover
As a measurement technique, guided wave radar is established: the equipment is robust, the technology is mature, and the primary application niches have emerged. The problem - until now - was that the instrumentation was notoriously difficult to install.
Availability of system for sizes up to 12 cubic meters
With remote access for flexible software configuration and set-up
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