Full adaptability and future-proofing for the energy transition
To respond to the needs of a modern and developing energy industry, Icon's Vapour Pressure analyser is flexible and adaptable - with unparalleled performance.
In a market of antiquated technology and outdated methods, Icon’s Vapour Pressure analyser is designed to overcome limitations with old equipment and methods, and takes full advantage of new technology and capabilities.
Using the industry-preferred multiple-piston expansion methodology, the Icon Vapour Pressure analyser can directly replicate all modern ASTM methods, to perfectly match your lab specification and requirements. Specific features for the difficult applications of LPG and crude oil measurements ensure impressive performance, including the unique ability to calculate the real TVP. This versatility does not mean a loss of quality - the Icon Vapour Pressure analyser boasts laser precise measurements, a fast cycle time, and exceptional repeatability.
With the changes that the energy transition brings, adaptability is more important now than ever before. The Icon Vapour Pressure analyser can change as your process does, allowing you to embrace today - and prepare for the future.
Exceptional repeatability
Minimise lab bias and maximise process control ROI, with our unique Peltier cooler and cartridge heater design enabling the highly accurate control and measurement of cell and sample temperature.
Flexible and adaptable
Variable piston expansion enables vapour pressure to be tested to any standard ASTM test method. Specific LPG and crude oil optimisations allow vapour pressure measurement across a broad range of samples, with the unique ability to calculate the real TVP.
Laser precise
Liquid and vapour volumes are tracked by laser for unparalleled accuracy, superior repeatability, and precise piston expansions.
Fast cycle time
Waste no time waiting for results, even when using multiple expansion methods. With the ability to get the RVP and TVP from the same cycle, and measure up to three separate sample streams with confidence.
