FLIR Thermal Studio offers new measurement functions, advanced formula capability, and custom analysis templates for professional thermographers. Unlike comparable software that requires users to process images individually, this program allows tuning of entire batches of thermal photos or videos with a few clicks. Technicians use it to streamline image processing, which means UAS operators who record thousands of images in a single survey will be able to edit or extract hot spot data quickly and then export it for further analysis.
This new software also offers advanced post-processing capabilities so users can gain insights quickly from their data. High-sensitivity mode and pixel-binding for enhanced gas visualization from .SEQ and .CSQ files can help OGI technicians identify gas leaks in motion with video. With advanced measurement functions and coverage calculation, predictive maintenance professionals can generate custom reports quickly — up to 100 pages in less than a minute.
FLIR Thermal Studio accelerates even the most complex post-production thermal image and video processing, including multi-source plots and formula computations, multi-format export, and FLIR’s patented Multi Spectral Dynamic Imaging (MSX), which superimposes visual light details on thermal images. Supporting more than 20 languages, the program is compatible with Windows 7, 8, and 10 without the need for Microsoft Office.
FLIR Thermal can be downloaded as a free trial or with an upgrade to full functionality for $ 899. Additionally, FLIR is offering a $ 300 rebate for holders of valid FLIR Tools+ and Reporter licenses.
(Source: FLIR Systems, Inc.)
Uniper und thyssenkrupp Uhde bündeln Kräfte für Schlüsseltechnologie der globalen Wasserstoffwirtschaft
thyssenkrupp Uhde und Uniper gehen eine strategische Partnerschaft ein, um eine zentrale Technologie für den globalen Wasserstoffhandel zur industriellen Reife zu bringen: den großtechnischen Ammoniak-Cracker. In einem Ammoniak-Cracker wird Ammoniak bei hoher Temperatur katalytisch in seine Bestandteile Wasserstoff und Stickstoff zerlegt und anschließend in einer Aufreinigung reiner Wasserstoff erzeugt. Gemeinsam wird hierfür im ersten Schritt eine Demonstrationsanlage mit einer Kapazität von 28 Tonnen Ammoniak pro Tag am Uniper-Standort Gelsenkirchen-Scholven errichtet. Die Anlage wird eine der ersten ihrer Art weltweit sein und soll u. a. als Grundlage für das geplante Wasserstoff-Importterminal in Wilhelmshaven dienen, wo die Technologie großindustriell in einem zweiten Schritt zur Anwendung kommen soll.