Where Energy Meets Environment
Our team has dedicated over 20 years to creating solutions to some of our most challenging energy problems.
Come talk to us to see what we can do for you.
We are dedicated to applying our materials science expertise to make the world cleaner, greener, and safer for everyone.
Come work with us to develop new products.
Through its NTM Sensors division, Nexceris offers high performance gas sensors and monitoring systems for a broad range of applications. Whether for safety, emissions control, or performance monitoring, sensors are employed in nearly every industry. From its development pipeline to its commercial products, Nexceris offers a wide range of gas sensing technologies to meet your challenging application.
Nexceris has developed hydrogen sensors to increase the level of safety and security in facilities where hydrogen is used or generated.
Nexceris has developed a new NOX sensing technology that enables the rapid and selective detection of both NOX and NH3 in combustion exhaust streams.
Nexceris has developed a new sensor technology that is aimed at monitoring the health of lithium ion battery systems while adding a higher level of safety.
Today’s economic environment requires that manufacturers achieve the most efficient use of energy with minimal environmental impact. Whether seeking to improve the energy efficiency of an application or reduce the emissions of pollutants, manufacturers often need specialized catalyst materials to achieve their process goals.
Nexceris produces catalyst products that reduce process energy requirements by lowering the energetic barrier to reactions like steam reforming of methane. For pollution control, we work with catalysts designed to make abatement systems lighter, smaller, and more energy efficient. We work closely with end users to understand their specific needs, then design appropriate catalyst solutions, including materials, packaged catalysts or more complete systems.
Nexceris has developed a series of highly active catalyst materials for the energy efficient oxidation of volatile organic compounds. Leveraging the lower operating temperature requirements afforded by these catalysts, we are currently developing modular oxidizer systems that offer reduced size, weight and operating costs for the baking industry.
Nexceris is currently developing the next generation of steam methane reforming (SMR) catalyst products. These systems combine our proprietary catalyst materials with high thermal conductivity support structures to achieve equilibrium conversions with low energy input. The product is being designed to reduce SMR reactor size and offers options for using lower-cost materials of construction.
Nexceris can supply base metal catalysts for biomass-to-liquids and biomass-to-energy applications. These catalysts remove tars in gasified biomass streams, converting them to useful syngas. The catalyst also promotes steam reforming of residual hydrocarbons in the syngas. Importantly, these catalysts perform well in gas streams containing sulfur, a problematic impurity in some gasified biomass feedstocks.
Through its fuelcellmaterials division, Nexceris offers high quality materials for many established and emerging energy markets. Utilizing over 20 years of ceramic and material science expertise Nexceris has many commercially available materials as well as the ability to manufacture tailor solutions around our customers’ applications.
Nexceris has synthesized ceramic materials for electrochemical systems like fuel cells, membrane separation and sensor devices for more than twenty years. Using chemical precipitation routes, we can provide a breadth of fluorite structured electrolyte materials like doped zirconia and ceria, which also find utility in catalyst applications. Working together with our customers, we can provide materials to match specific manufacturing processes and end-product requirements.
Nexceris produces a wide array of ceramic materials with semiconducting behavior at high temperature, for use in sensors, catalysts and corrosion coatings. We work with customers to design the conductivity, thermal expansion and processing characteristics of these powders, and manufacture them using established, scalable manufacturing routes. Typically these are base-metal oxides with multiple cationic species arranged in perovskite, pyrochlore and spinel structures, but our capabilities are extensive. We invite you to contact us today to learn how we collaborate with teams world-wide to create new materials for energy storage, sensing, or catalytic applications.
Nexceris is commercializing corrosion coatings for applications including solid oxide fuel cells, appliances, and food service. These coatings are designed to extend replacement intervals while allowing our customers to utilize lower cost steels. We provide coatings that have a range of properties and uses, including oxidation protection, surface modification, and active coatings with tailored electrical and catalytic behavior
Nexceris’ sales division, fuelcellmaterials offers coatings using the ChromLokTM and AlumiLokTM materials systems.
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