MEMORy: Reducing GHG Emissions with Infrared Imaging Technology
Infrared imaging experts come together in the name of sustainability LEGANÉS, MADRID, SPAIN – UC3M and SENSIA have embarked on an innovative venture, the MEMORy project, which focuses on AI-powered optical gas imaging to address global sustainability challenges, particularly in methane emissions reduction. This partnership represents a strategic collaboration that aims to revolutionize continuous monitoring […]
PERSEO
Monitoring and quantifying emissions in the Port of Valencia VALENCIA, SPAIN – Since April 2022, the Fundación Valenciaport and SENSIA have been collaborating in the Port of Valencia with the objective of monitoring emissions to eventually decarbonize port activity throughout the 46 ports across Spain. This collaboration could not be made possible without the financing […]
New Mileva 33 OGI
The most lightweight OGI is now a reality with Mileva technology, with quantification analytics embedded. The most compact handheld cooled OGI in the market is now available. Mileva 33 OGI has a brand-new ergonomic design, less weight, and a more efficient and sustainable power supply. The revolutionary MWIR SENSIA 640 x 512 cooled detector allows us […]
SENSIA receives the CincoDias prize for Innovation
SENSIA has been awarded with the CincoDias prize for the most Innovative action related with universities The winners of this edition are Power to Green Hydrogen Mallorca, from the Enagás and Acciona consortium that aims for the Balearic Islands decarbonization, the Fundación Cruzcampo; Carlota Pi; the startup Trucksters and Sensia Solutions. The CincoDias Prize for […]
Build-in RedLook, the cutting-edge in Continuous Monitoring of unmanned sites for gas leaks, flame, intrusion, hot points and much more
Build-in RedLook, the cutting-edge in Continuous Monitoring of unmanned sites for gas leaks, flame, intrusion, hot points and much more SENSIA is proud to announce the full integration and development of the Build-in RedLook solution based on SENSIA’s RedLook thermal cameras and software for advanced image processing. Build-in RedLook is the latest step-forward in Continuous […]
SENSIA Inaugurates the new IR Radiometry, Calibration and Testing Lab
SENSIA Inaugurates the new IR Radiometry, Calibration and Testing Lab This Laboratory is equipped with the latest and most accurate technology. Thanks to this Lab, SENSIA extends the grade of accuracy and manufacturing rate. SENSIA Customer Success Services and R&D roadmap have been upgraded to the next level. “This lab is an extension of the […]
SENSIA delivers a CalcifIR RX solution for HITCOMP project
Within the frame of the HITCOMP Project SENSIA has successfully delivered a dual-camera system and the RedLook Analytics software, after performing the Site Acceptance Tests at the Fire Laboratory of Airbus DS at Getafe (Spain). HITCOMP is a Clean Sky2 Project (GA864713) for the “High Temperature Characterization and Modelling of Thermoplastic Composites”. This initiative belongs […]
The story behind the name of our cameras: MILEVA
The story behind the name of our cameras: MILEVA MILEVA is the name of SENSIA’s ultra high sensitivity cooled Optical Gas Imaging. Specially designed for Leak Detection and Repair (LDR) surveys, SENSIA named it to honor the memory of Mileva Marić. Mileva Marić (1875 – 1948), the first wife of Albert Einstein, was a Serbian […]
The story behind the name of our cameras: CAROLINE
CAROLINE is the name of two of our key products. Both our handheld Optical Gas Imaging for Leak Detection and Repair operations, as well as our fixed Smart Monitoring system for safety and environment, were named this way. This name is a tribute to Caroline Herschel., astronomer and one of the greatest pioneering female scientists […]
HITCOMP Project: Thermal Infrared System for the Analysis of Durable Next-Gen Aircraft Components
SENSIA has been assigned to the design, development and installation of an innovative ground test environment, as part of the HITCOMP project, within the framework of Clean Sky 2. Aluminum, steel, and titanium used to be predominant in the world of aerospace manufacturing, taking up 70% of the average aircraft. However, Heat and fire cause […]