From untreated gas analysis to custody transfer, COSA Xentaur provides reliable measurement solutions for flow, energy content, fuel contaminants and gas stream assay with innovative technologies.
The market leader in self calibrating moisture measurement solutions for natural gas, COSA Xentaur provides optical solutions for flow measurement, BTU analysis and trace impurities.
From single applications to metering skids, in plant or on the pipeline, COSA Xentaur can meet your measurement requirements.
The COSA 9610™ is the one of the latest instruments from COSA Xentaur for measuring Wobbe Index, BTU/Heating Value and CARI (Combustion Air Requirement Index).
COSA’s zirconia oxygen gas analyzers are widely used; not only in industries of high energy consumption, such as steel, power, petroleum/petrochemicals, ceramics, paper/pulp, food, and textile industries, but also in various combustion facilities, such as garbage incinerators and medium-to-small sized boilers, as combustion controllers, achieving a significant energy-saving effect. The oxygen concentration control ensures complete combustion, thus reducing CO2, SOX, and NOX emissions and helping prevent global warming and air pollution.
Xentaur’s Dew Point Meter, Model HDT, is a rugged and unique loop powered dew point meter capable of both gas and liquid hydrocarbon phase measurements.
The Xentaur digital dew point transmitters are designed as compact, simple and reliable instruments, which will continually monitor air dryer performance, compressed air quality and dry gas moisture, from ambient dew point levels to as low as -100ºC (-148ºF) up to +20ºC (+68ºF).
The portable dew point meter, model XPDM, is a battery operated, hand-held, hygrometer, designed for applications where quick and accurate dew point measurements have to be made.
The XTDL-HR™ is designed with a new proprietary optical sampling system for moisture dew point in your high CO2 gas applications. From beverage & food to plastics applications, the COSA Xentaur XTDL-HR™ was designed to accurately measure the moisture dew point in a carbon dioxide background gas without the worry of cleaning the optics or frequently replacing sensing elements due to frequent drift or failure. Once calibrated at the factory, no further recalibrations are required.
