Pittcon 2015

We would be delighted to see you at Pittcon! Come visit us at booth #4253 and learn more about our products based on the novel ultra-sensitive cantilever sensor technology combined with the photoacoustic measurement principle.

10 years celebration campaign – 50% discount on PA301

Gasera celebrates its ten year anniversary with a product discount campaign at Pittcon. We give an unbelievable 50% discount on all PA301 product orders placed during the Pittcon show. For more information please visit the campaign page.

In addition to being an FTIR accessory, the PA301 can be used in combination with other light sources such as widely scanning QCL or OPO lasers and broadband infrared source with optical filters for specific industrial applications. For more information have a look at the Application-note.

PA301
Widely scanning laser sources for LP1

The LP1 supports widely scanning mid-infrared laser sources making it a highly sensitive spectrometer for multi-gas analysis and providing improved selectivity for single gas applications. This platform is comparable to conventional FTIR gas analyzers with the advantage of higher sensitivity (detection limits in the ppb/sub-ppb range), wider dynamic range (five orders of magnitude), low sample volume (just a few milliliters) and long calibration period (several months).

The damage in floor coverings due to exceptional moisture is a common indoor air problem in both new and old buildings. This is a good example of LP1 combined with a widely scanning OPO laser providing a solution for identifying the emissions of the damaged coverings, which often lead to several, mostly irritational symptoms to people. For more information have a look at the Application-note.

LP1
Scientific presentations in Pittcon conference

Please make sure you take into account Gasera’s scientific presentations as you prepare your Pittcon schedule:

Monitoring of Atmospheric Methane with Tunable Quantum Cascade Laser Combined with Photoacoustic Spectroscopy
Session: Environment – Non-Metals and Particulate Determination
Sunday, March 8th, 2015, 01:30 PM, Room 257

Cantilever-Enhanced Photoacoustic Spectroscopy of Solids with Widely Tunable Quantum Cascade Laser
Session: Vibrational Spectroscopy Instruments and Applications
Tuesday, March 10th, 2015, 02:10 PM, Room 272

Multi-Component Gas Analysis Applications of Cantilever-Enhanced Photoacoustic Spectroscopy
Session: Environmental – Portable Instrumentation
Tuesday, March 10th, 2015, 11:05 AM, Room 256

Subscribe to Gasera’s Youtube channel

Visit Gasera’s Youtube channel to learn more about the company and product, and of course follow the company band “The Gaseras” 🙂 Subscribe to the channel to be the first to hear about new updates andvideos.

F10 OEM

 

We are looking forward to meeting you in New Orleans!

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Meet Gasera at JASIS 2014 in Tokyo

JASIS 2014 Sept. 3-5 at Makuhari Messe, Tokyo

We cordially invite you to visit booths 7A-501, 7A-403, 8B-303 and 5B-404 where you can find our products based on the novel ultra-sensitive cantilever sensor technology combined with the photoacoustic measurement principle.

Analyzers

Gasera’s gas analyzers have proven the unmatched performance of the novel PAS technology in various different applications such as greenhouse gas measurements, fermentation process monitoring, soil science and waste anesthetics monitoring just to name a few. Come to booth 5B-404 and lets find out if this could be the solution for your gas analysis challenge!

Micro Sampling with PA301

The micro sampling capabilities were demonstrated on hair fibers with PA301 photoacoustic FTIR accessory by using special sampling tools of the Micro Sampling Kit. You can download the application note here. You can find PA301 accessory at booths 7A-501, 7A-403 and 8B-303.

PA301 Micro sampling kit

Photoacoustic research module PA201 for unknown gas identification
Gasera’s PA201 is a custom photoacoustic gas measurement system designed for laboratory measurements to perform research and application feasibility testing. It can be easily connected with different types of light sources such as the near infrared distributed feedback laser (DFB), the quantum cascade laser (QCL) and the optical parametric oscillator (OPO). The unique features of this new concept are demonstrated in an application note addressing a specific unknown gas identification problem. You can download the application note here. You can find information of PA201 research module at booths 7A-501, 7A-403 and 8B-303.

PA201 with QCL Spectrum

The PA201 combined with a widely scanning EC-QCL source provides a new approach for gas phase spectroscopy with ppb-level sensitivity and high resolution from low sample volumes.

OEM opportunities

We have developed the concepts of LP1 and F10 analyzers into OEM solutions in order to fulfill the needs of our industrial customers who want to build their own analyzer systems and utilize the cantilever enhanced photoacoustic technology. Please visit us at booth 5B-404 for discussing the OEM possibilities.

We are looking forward to meeting you in Tokyo!

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Meet us at Analytica!

Meet Gasera at Analytica 2014 in Munich

Gasera representatives will be at the Analytica 2014 Trade fair in Munich during 1.- 4.3.2014. If you want to schedule a meeting with Gasera people please send an e-mail to: contact@gasera.fi

We are looking forward to see you in Munich!

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Gasera hits the ten o’clock TV news!

The announcement of a PhD thesis about detection of illicit drugs by Gasera’s Client Partner Jaakko Lehtinen reached the most important news broadcast in Finnish TV yesterday, the ten o’clock news!

Longer version of the story was presented at the seven o’clock news which you can check out here.

 

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Kick-off for FP7 project on optimization of food processes

MUSE-tech project – MUlti SEnsor Technology for management of food processes

Gasera Ltd. is one the key partners in a EU-funded FP7 collaborative research project called MUSE-tech. The kick-off meeting of the project is held 22nd of October in Barcelona, Spain.

The concept of MUSE-Tech is the integration of three High-End sensing technologies (Photoacoustic Spectroscopy, Quasi Imaging UV-Vis Spectrometry and Distributed Temperature Sensing) in a versatile Multi Sensor Device for real-time monitoring of parameters associated with the quality and the chemical safety of raw and in-process materials. The optimization of the process is demonstrated in the three case studies: bread production, potato chips frying and brewing. Saving on energy consumption is estimated to be between 1-4% in all processes.

The motivation for the project comes from the fact that variability introduced by the sequence of unit operations in food processing directly influences the compositional and sensorial properties as well as the safety of the final food products, hampering to meet consumer and retailer expectations. Conventional strategies of Quality Assurance can be effective, but are expensive and not flawless; batch failures and reworks are frequent. Unsuitable or noncompliant batches have to be discarded or reworked. For these reasons, food industry is trying to shift towards a novel holistic concept, namely “Quality by Design” (QbD) inspired by Process Analytical Technology (PAT), which requires that quality of the food products should be incorporated into process development and design, not by post-production quality testing. Successful implementation of the QbD and PAT approaches require tools and systems which enable continuous analysis and control of processes, including real- time sensing and multivariate data analysis of both raw materials and in-process materials to assure achievement of end product quality specification at the completion of the process. MUSE-Tech project will bridge the gap between state of the art sensing technologies and industrial PAT applications by demonstrating fitness for purpose of the developed multi sensor device in three real-life case studies.

kick-off

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