Philadelphia Mixing Solutions, Ltd., the world’s most experienced fluid mixing equipment and process optimization experts, announces the advancements of their leading CutlassTM side entry mixers to include the BSE-R fixed-angle and the BSE-R swivel models. The progression of these mixers answers the call to recent changes in industry standards and creates a superior solution specialized for prevalent concerns in the petroleum market. This development in mixer technology provides benefits for maintenance, reliability, operations, and promotes energy conservation for cost-effectiveness.
Palmyra, Pennsylvania, April 1, 2013 - Philadelphia Mixing Solutions, the world’s most experienced fluid mixing equipment and process optimization experts, announces Richard K. Grenville, renowned expert in the field of mixing, has joined its Research and Development staff.
Palmyra, Pennsylvania, February 27, 2013 - Mr. Christopher Hastings, petroleum marketing specialist at Philadelphia Mixing Solutions, Ltd., the world’s most experienced fluid mixing equipment and process optimization experts, is presenting at the StocExpo Conference & Exhibition March 19-21 at the Antwerp Expo in Antwerp, Belgium. Mr. Hastings speaks about an increasingly important issue facing today’s petroleum industry: Reducing energy costs while increasing operating efficiencies in terminal tank farms. The presentation includes two case studies illustrating his solutions. The Philadelphia Mixing Solutions exhibit, stand #D18, will showcase products addressing solutions geared for the petroleum industry.
Palmyra, Pennsylvania, March 1, 2013 - Philadelphia Mixing Solutions, Ltd. brings their energy-efficient mixers and latest engineering technology to StocExpo Conference & Exhibition March 19-21 at the Antwerp Expo in Antwerp, Belgium. The company’s exhibit, stand #D18, showcases its products addressing solutions geared for the petroleum industry in response to the important issue facing today’s petroleum industry: reduced energy costs while increasing operating efficiencies.
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Lubricating oil in gas turbines and hydraulic systems is unfortunately subject to the ravages of varnish. It is well-documented that varnish is an insoluble contaminant comprised of oil degradation by-products and sometimes depleted additive molecules. It is generally caused by some type of thermal (heat-related) stress placed on the oil. The debilitating effects of varnish include the loss of operating clearances within machinery and a loss of heat transfer due to thermal insulating. As more operators face the prospect of varnish in their lube oil systems, they are turning to oil analysis labs for answers.
With alarms being a primary tool in today's predictive maintenance programs, it is becoming increasingly important to fully understand the concepts around setting alarm levels. With oil analysis, we are looking at three primary categories: machine health, lubricant health and system contamination. For the purpose of this article, we will focus on those alarms related to machine health, with follow-up articles focusing on the remaining types of alarms.
HAWTHORNE, CA - Analysts, Inc. has launched its highly anticipated Next Generation LOAMS® Lube Oil Analysis Management System. Two years in development, this state of the art user interface gives maintenance personnel real-time control of their oil analysis program like no other.
Pewaukee, WI - September 25, 2012 - Trico Corporation, a leader in total lubrication management services and products, announced today the addition of a new oil analysis laboratory at its Pewaukee, WI facility. The lab will be constructed utilizing demand driven instrument configurations. This design for flow will enable flexibility so immediate changes to instrument locations and configurations can be made in a moment’s notice, as customer demand changes.
Eclipse Magnetics, experts in industrial fluid filtration systems, have extended their range with the launch of Automag Compact. The new development is a high intensity automated magnetic filter which improves efficiency on small to medium sized precision metal machining processes such as grinding, honing, milling or super-finishing.
Oil analysis has long been accepted as a valid condition monitoring maintenance technique. The facts show that when properly utilized with a qualified laboratory, proper testing and a full commitment of the user, oil analysis offers the lowest cost of implementation and provides the highest rate of return on investment than any of the predictive maintenance disciplines.
Cleveland, Ohio - TESTOIL, an independent industrial oil analysis laboratory, has updated their Filter Debris Analysis testing process. The improvements have significantly increased the laboratory’s ability to identify wearing machine components which provide improved diagnostic and prognostic information about impending failures.
INDIANAPOLIS, IN - POLARIS Laboratories, the leading North American fluid analysis provider, also operates one of the largest networks of independent laboratories for testing technical fluids, including fuel, oil and coolant, in the United States, Canada and Central America. The company has now expanded into Russia with the opening of POLARIS Laboratories Russia, the official representative of POLARIS Laboratories, located in Moscow. This laboratory represents the seventh facility for POLARIS Laboratories. The managing director of POLARIS Laboratories Russia is Dr. Guram Nemsadze, who has 19 years of experience in the field of oil refining, lubricants and tribology. He also teaches undergraduate and graduate students at the I. M. Gubkin Russian State University of Oil and Gas.
To introduce or revamp an oil analysis program is nothing new to the mining industry. Many companies have successful programs that work within their reliability and maintenance engineering groups. Many other companies have found that through the ups and downs of the economy, they constantly have to improve the oil analysis program because of employee layoffs during the down periods.
INDIANAPOLIS, IN - The leading North American fluid analysis provider, POLARIS Laboratories, has been honored with an award for “Corporate IT Excellence and Innovation” by Indiana’s technology growth initiative organization, TechPoint.
It is very important to understand the limitations of test procedures used in oil analysis. If you have been in the business for awhile, you know dark oils can cause problems with laser particle counters.
HAWTHORNE, CA - Analysts, Inc. is moving and expanding its operations in the Southeast. The current laboratory operations are relocating to a new and larger, nearly 16,000 square foot, laboratory in Suwanee, Georgia.
London: Kittiwake, a leading global provider of asset control and protection technology, today announced the launch of its FTIR3 Oil Analyser. Designed to provide fully compliant ASTM (American Society for Testing and Materials) oil measurements in the field for the first time, the FTIR3 Oil Analyser comes pre-loaded with standard ASTM test parameters for lubrication oils and requires only minimal intervention from the user.
It is simply coincidence, but the outset of the 21st century has witnessed numbers of very significant, even seminal events in condition monitoring (CM), particularly where oil analysis is concerned.
Guatemala City, Guatemala - Leading North American fluid analysis provider, POLARIS Laboratories®, is again extending its global reach with a new laboratory in Guatemala City. This expansion supports the company’s global strategy for continued growth and is indicative of the strength and potential of the Central American market.
As we see the trend of both on and off-highway heavy-duty diesel engines switching to multigrade oils, it becomes more and more important to check the 40°C viscosity, as well as the 100°C viscosity, in the used oil analysis. While both numbers may be reported on a used oil analysis report, the lab may have chosen to only measure one and merely calculate the other.