Thermo Scientific unveils next-generation nuclear interface level device

Thermo Scientific has unveiled the latest nuclear product designed to improve the efficiency and stability of the delayed coking process used in refineries.

KRILPRO, an advanced nuclear interface level device, uses a reduced source size as the basis of its neutron backscatter technology to provide accurate detection of light, medium and heavy foam as well as wet and dry coke.

The device allows operators to make proactive decisions based on true coke foam interface, while its patent-pending pulse-mode ion chamber design allows non-intrusive measurement of hydrogen material in a process vessel, and ensures stability and repeatability over a wide temperature range.

"At Thermo Fisher Scientific, we’re dedicated to meeting the industry’s increasing demands for smaller source sizes," commented Tony Hart, KRILPRO product manager.

"We believe that KRILPRO’s unmatched precision and stability will quickly make it the industry standard in the delayed coking process, building on our legacy of innovation and showcasing our commitment to manufacturing products that deliver a significant return on investment," Mr Hart added.

KRILPRO can be integrated with Thermo Scientific’s DensityPRO nuclear density gauge and LevelPRO continuous gamma level gauge to create a comprehensive coke drum monitoring system.