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26 Spotlight on Gulf Coast Conference


MINISCAN IR LOG Offers the LOGical Solution for Condition Monitoring of Lubricants, Oils and Greases


AMETEK Grabner Instruments has added a new lube oil and grease analyser to its portfolio. The MINISCAN IR LOG is a highly versatile and extremely fast FTIR analyser, designed for on-site condition monitoring of oils and greases, and capable of measuring low or high levels of water in oil accurately and quickly, without using hazardous reagents for sample preparation.


Lubricating oils and greases play a key role in the performance of today´s high-value machinery and motors. By reducing friction and wear between moving parts, they guarantee long-term economic and profitable operation of machinery used in industrial, petrochemical, and power generation plants, and by the mining and other industries. Lubrication oils and greases help preserve and protect vehicle and marine engines, both commercial and military.


If the condition of the oil and grease is not monitored continuously, additional costs are inevitable. The failure to predict oil degradation can lead to motor-repair expenditures that easily sum up to several hundred thousand dollars per year. An equal amount of costs can accumulate if oils and greases are changed too early.


The quality and the costs of todays´ oils also are increasing, and the premature exchange of expensive oils for naval vessel, automotive fleets, wind farms and other large oil and lube consumers can have a severe effect on business profitability. Those users need to consider the purchase of a condition-monitoring instrument that allows them to check lube oil and grease quality directly on-site and that facilitates a timely and accurate response to oil degradation, which can add up to a significant hard-dollar-saving investment.


The compact, robust MINISCAN IR LOG FTIR analyser from AMETEK Grabner Instruments is uniquely designed to match the requirements of the lube oil and grease industry. Only one drop of a sample is required to accurately measure numerous oil and grease performance indicators. Depletion of anti-wear oxidation compounds and additives, as well as sulfate, nitration, soot and water levels, can be measured, and pass/fail information is displayed within minutes. Preconfigured methods can be easily selected for measuring different types of lubricating oils, and the measurements can be done by untrained personnel.


Because the sample is directly applied to the measuring cell, rather than flowing through the cell, the instrument´s performance is not limited by a sample´s viscosity or by particle contamination that can harm the measuring cell. Cell rinsing is not required. The cell can be cleaned with a simple tissue, and no chemicals are needed to perform reference measurements.


The instrument features a unique dial-path setup, which allows easy switching between sample cells. Three different path lengths are pre-installed: A 50-micron sample cell for quick screening, a 100-micron cell for ASTM and EN compliant measurements, and a 1000-micron cell that allows the detection of very-low levels of additives or contaminants in oil. This setup guarantees that the instrument conforms to and exceeds precision requirements specified in various ASTM, EN or IP methods.


The MINISCAN IR LOG adds further value by being able to determine low or high levels of water in oil, offering a perfect alternative to Karl Fischer (KF) titration. The FTIR analyzer reduces measurement time to minutes. No hazardous chemicals are required for testing, and the results are as analytically accurate or better than KF titration. Measurements are very easy to carry out and do not require special training.


Versatility, ease of use and the possibility to measure oil and grease directly on-site and in real time make the MINISCAN IR LOG a perfect solution for monitoring lubrication of engines, generators or turbines, as well as determining the degradation of hydraulic and transformer oils.


Simplify the Switch to HILIC with Raptor HILIC-Si Columns


For More Info, email: email:


For More Info, email: email:


Restek is bringing the speed and reliability of Raptor LC columns into the HILIC realm with the addition of the Raptor HILIC-Si column. HILIC is an increasingly popular alternative to reversed-phase LC for challenging polar analytes because it provides better retention of water-soluble compounds that are separated by polar differences. The Raptor HILIC-Si column simplifies the switch to HILIC because it delivers rugged Raptor performance, provides SPP column speed for faster analyses than traditional FPP silica columns, retains polar compounds without ion-pairing reagents, and is fully reliable, efficient, and selective with LC-MS compatible mobile phases.


Restek chemists became the first to combine the speed of superficially porous particles (also known as SPP or “core- shell” particles) with the resolution of highly selective USLC technology. This new breed of chromatographic column allows you to more easily achieve peak separation and faster analysis times without expensive UHPLC instrumentation.


Rugged, reliable Raptor HILIC-Si columns make the analysis of polar compounds fast, easy, and MS friendly! For More Info, email:


43117pr@reply-direct.com


email: For More Info, email: email:


43509pr@reply-direct.com


New ICP-OES for Multi-Elemental Inorganic Analyses


PerkinElmer, Inc., launch of the Avio® 500 Inductively Coupled Plasma Optical Emission Spectrometer (ICP-OES). This system is designed for


all analytical laboratories running high throughput multi-elemental inorganic analyses for a wide variety of sample matrices.


ADVANCED SULFUR ANALYSIS


The best in sulfur analysis on the bench or online.


From ultra-low sulfur measurement in gasoline and diesel fuels to high-pressure process and pipeline sulfur analysis, AMETEK has the solution for you. Our ASOMA Phoenix II XRF analyzer off ers a detection range down to 1.5 ppm sulfur, which covers both current and proposed federal EPA limits for sulfur in gasoline. And our ASOMA 682T-HP


online sulfur analyzer eliminates the need for sample handling while providing low cost of ownership. It’s ideal for crude and other highly viscous hydrocarbons in pipelines, terminals, and blending operations.


For More Info, email: email:


For More Info, email: email:


For the best in benchtop and online sulfur analyzers, visit ametekpi.com today. © 2017 AMETEK Inc. All rights reserved.


8147ad@reply-direct.com AUGUST / SEPTEMBER • WWW.PETRO-ONLINE.COM


682T-HP XRT Online Sulfur Analyzer


Phoenix II XRF Analyzer for Elemental Analysis


The Avio 500 is a truly simultaneous ICP-OES system, featuring simultaneous background correction for faster sample-to-sample time and improved data accuracy, unsurpassed matrix tolerance, and the lowest argon consumption on the market for ICP. It is designed to meet the needs of customers requiring low and high concentration testing for a broad range of analytes in order to meet industry demands. Its wide range of application areas span environmental, petrochemical (lubricants and used oils), geochemical, food, and industrial (including batteries) markets.


“Laboratory professionals continue to face an expansive set of challenges, as regulations increase in complexity and require testing for more elements, resulting in the need for higher sample throughput and a significant increase in the types of analyses they need to perform,” said Jim Corbett, Executive Vice President and President, Discovery & Analytical Solutions, PerkinElmer. “Our new Avio 500 ICP system features technological innovations that will help our customers seamlessly test across key application areas while still keeping up with the demands and challenges of increasing sample loads and lowering the analysis cost.”


The Avio 500 system combines simultaneous data acquisition for high sample throughput, the lowest argon consumption of any ICP and extended linear range to reduce sample preparation time while always delivering accurate measurements for challenging samples:


For More Info, email: email:


For More Info, email: email:


43328pr@reply-direct.com


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