Rigaku four Proses Sulpuhur In Oil

With uniquely engineered hardware and novel proprietary software technologies, the new Rigaku NEX XT systemis faster,more sensitive and farmore compact than previous generation systems, and provides continuous, reliable detection of sulphur in heavy hydrocarbons. Sulphur may be quantified from 200 parts-per-million (ppm) to high percent levels with analysis times as short as 1 second. The Rigaku NEX XT can operate as a stand-alone analyser or provide real time closed loop control when tied into a blending or plant wide automation system. Among its other key features are a simplified user interface, reduced requirement for standards, automatic density compensation, automatic water compensation, password protection, and standard platform for communicating sulphur, density, and water content to a Distributed Control System(DCS). Due to its unique design and robust construction, sample conditioning and recovery systems are typically not required. The Rigaku NEX XT in-line system provides a means to precisely blend or refine crude oil, relative to sulphur content, to achieve an end product with maximised value for a given set of input stocks. As an example, consider blending less expensive high sulphur crude (Canada Heavy Hardisty) with more expensive low sulphur crude (WTI) to achieve a blend exactly at the optimum sulphur content to make low sulphur fuels. By blending the two crudes as close as possible to the maximum allowable limit of 0.5% sulphur, significant additional value can be realised for each 200,000 bbl delivery batch in this illustration.

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Bunker Fuel Blending Also Benefits from Sulphur Gauging Rigaku Indonesi

Bunker Fuel Blending Also Benefits from Sulphur Gauging
In addition to crude oil, over the past year, the marine fuel oil market has seen noteworthy rises in
feedstock and final product prices that have coincided with significant regulatory changes under the revised MARPOL Annex VI. Pressure on fuel quality and availability, as well as and increased competition amongst suppliers, has coincided with pressure from MARPOL to validate the quality of fuel being distributed. These seismic changes are forcing many suppliers to reevaluate and reengineer aspects of their business model in order to remain competitive.

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Analytical Performance Rigaku

Analytical Performance
To demonstrate the analytical performance of the new 3rd generation X-ray Transmission process gauge from Rigaku, both long-term repeatability and relative accuracy weremeasured. To demonstrate repeatability
(precision), the measurement protocol involved simply introducing a sample and using valves to close the sample in a static position. Repeat measurements were then acquired.

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