In a press release, CRAIC Technologies announced the launch of its novel maceral identification solution that is designed to improve coal analysis. This new system contains high-speed imaging, servo-driven scanning, and intelligent software that work together to generate more accurate maceral analysis.
Paul Martin, the CEO of CRAIC Technologies, released a statement highlighting the new system’s capabilities.
“Our new maceral identification solution represents a significant advancement in coal analysis technology,” said Martin, “By combining advanced imaging capabilities, servo driven scanning, and sophisticated software, we are empowering petrographers and industry professionals to achieve unprecedented levels of accuracy, efficiency, and insight in maceral identification” (1).
CRAIC Technologies is known for their UV-visible-NIR, fluorescence, photoluminescence & Raman microspectrophotometers. | Photo Credit: © CRAIC Technologies.
CRAIC Technologies is an instrument manufacturer that is mostly known for its array of advanced optical instrumentation. The company specializes in microspectrophotometers and UV-visible-NIR microscopes capable of analyzing samples smaller than 1 µm (2). Their systems enable non-destructive, contact-free acquisition of fluorescence, transmission, and reflectance spectra across the instrument’s full spectral range (2). CRAIC Technologies serves both the scientific and industrial markets. With expertise in micro-analytical techniques such as Raman, photoluminescence, and polarization microspectroscopy, CRAIC Technologies has an assortment of instruments that can be used for microscopic spectral analysis (2).
Macerals are organic particles that make up coal (3). These macerals influence the combustion properties and the overall quality of coal (1,3). Because coal is a resource used for energy, it is important to determine how it will behave during processing and use, and maceral analysis offers insight into this. However, traditional methods of maceral identification have long been slow, labor-intensive, and dependent on manual microscopic techniques that require extensive sample preparation (1).
CRAIC’s newly launched system addresses these longstanding challenges by integrating high-speed imaging, servo-driven scanning, and intelligent software to deliver faster and more accurate maceral analysis (1). As a result, this new system reduces the time and effort needed for maceral identification while improving precision and consistency (1).
The solution is designed to increase throughput across a wide array of sectors, from mining operations and energy production to academic research and environmental monitoring. Its ability to streamline coal characterization processes not only supports greater operational efficiency but also helps users better manage coal’s environmental footprint (1).
With this new system, CRAIC Technologies showed that there is an increasing demand for products that are more sustainable. Given that fossil fuels, such as coal, are a finite resource, instrument manufacturers are developing solutions to combat that, making sure that their instruments are contributing positively to the sustainability of the planet.
For the coal industry, this means that a new, more sustainable system has entered the market, which, if successfully marketed to consumers, can contribute towards the industry’s goals of minimizing waste and emissions. By accelerating maceral analysis and improving data quality, the system equips users with the tools needed to optimize coal selection and usage (1).
Headquartered in the United States, CRAIC Technologies continues to develop advanced instruments that push the boundaries of scientific discovery and industrial application. More information on CRAIC Technologies’ maceral identification solution and its full line of instrumentation can be found at www.microspectra.com or by contacting the company directly at sales@microspectra.com (1).
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