The air separation industry had been relying on outdated technology and instruments; it was time for a much-needed overhaul. As innovators in the field, we worked hand-in-hand with leading industrial gas producers to design solutions sure to respond to both their current and future challenges.
With over three decades of experience in air separation, it’s an industry we know well. In fact, we’re proud to say that in the 1990s, two of our inventions – the first reliable crude argon analyzer and the first interference-free online N2 analyzer – revolutionized the gas analysis industry. And that was just for starters.
Our edge is that we’re more than GC integrators – we’re technology designers. From air separation plant designers to analytical system designers, we’re innovators and inventors, through and through. If a solution doesn’t exist, we’ll create one that’s not only high-performance, but easy to use and affordable, to boot. And it doesn’t end there. We continually test our products and improve on them, so that we can offer you a range of cutting-edge solutions to take care of everything from quality control to plant efficiency optimization.
If you’re looking to get a higher output of argon, faster – all while reducing operating costs – look no further than the KA5000PLUS plug & play crude argon analyzer. This ultra-fast gas analysis solution will not only help you gain better control over your existing air separation plant low pressure column, it will also yield results up to 20 times faster than other similar products on the market. No matter the type of air separation plant, integrating the KA5000PLUS into a process control loop is easy. Plus, with the escalating cost of energy and increasing demand for argon, this solution is the reliable, affordable choice.
Impurities measured
N2
Features
The analysis of light hydrocarbons CO, CO2 and N2O is a very common air separation application. For decades, the flame ionizer detector (FID) had been the reference for measuring air separation units (ASU), even though the combination of a flame and O2 is hazardous. Fortunately, we changed all that. Working closely with ASU designers, we developed the KA6000 and a patented enhanced plasma discharge (Epd) technology that can use a nitrogen carrier gas, argon or helium, and has a high sensitivity to safely measure C2H2. N2O2, Co and CO2. Eliminating the need for a mechanizer for gas analysis was a true breakthrough for measuring ASUs.
Impurities measured
C1 to C4, N2O and CO2 (optional)
Features
Key specifications
At a time when more and more industrial applications require ultra-high purity gases, having a turnkey gas quality certification solution puts you at an advantage. Together with our patented enhanced plasma discharge (Epd) sensing technology, high quality components, advanced signal processing and unsurpassed analytical performance, this GC solution is a leap forward in the field. Boasting the lowest detection limits, this cutting-edge solution will allow you to generate the most accurate quality certificate, every time.
Impurities measured
H2, O2, N2, CH4, CO, CO2, Ar, Ne
Features
Key specifications
When it comes to argon quality analysis, why settle for anything less than the most compact, cost-effective and durable GC solution on the market? With the KA5000PLUS, that’s what you’ll get. Built using only the highest-quality components, it delivers unsurpassed performance, and boasts all the features that industrial gas manufacturers look for when analyzing argon quality. Plus, our patented enhanced plasma discharge (Epd) sensing technology can be used with argon carrier gas, so only the simplest chromatographic methods are employed, making this a robust option that reduces overall operating costs.
Impurities measured
H2, O2, N2, CH4, CO and CO2 (Optional)
Features
Key specifications
As a compact, online trace argon/helium analyzer, the N2Sense is powered by our patented enhanced plasma discharge (Epd) technology. Compared to other commercially available analyzers, which use a single wavelength measurement, the N2Sense uses a combination of unique stabilizing/focusing electrodes and electron injection electrodes with the spectral compensation optical measurement. All of which means that when you choose this GC solution, you’ll benefit from better performance and signal stability.
Impurities measured
N2
Features
Key specifications
We thrive on being challenged and on customizing products.
Don’t hesitate to put us to the test!
