McCrometer’s FPI Mag (Full Profile Insertion) And Ultra Mag Flow Meters Receive ISO Certification
McCrometer’s advanced FPI Mag (Full Profile Insertion) Electromagnetic Flow Meter, Ultra Mag Flow Meter and MX Ultra Mag Flow Meter after TUV review have obtained ISO9001:2008 certification from the International Standards Organization (ISO).
FPI Mag (Next Generation Mag Meter) Flow Meter Delivers High Accuracy With New CSA Certification
Municipal and industrial engineers will find McCrometer’s popular FPI Mag (Full Profile Insertion) Electromagnetic Flow Meter now features the new M-Series Converter, providing excellent accuracy to ±0.5% of reading.
Innovative FPI Mag® - Full Profile Insertion Mag Meter - Improves City Water Operations Management
The City of Geneva, Ohio, resides in Ashtabula County, east of Cleveland, along Lake Erie. Founded in 1816, this picturesque city is now home to 7,000 residents. The City of Geneva Water Works Department is responsible for managing the city’s 350,000 gallons per day drinking water operation. By Jerry Stultz, Applications Engineer, McCrometer and Curt Worlund, Vertical Marketing Manager, McCrometer
Wafer-Cone Flow Meter Is Now Available With CE Marking For All Service Categories Under European Pressure Equipment Directive (PED)
To supportMcCrometer’s European customers, the high-accuracy, virtually no-maintenance Wafer-Cone® Flow Meter meets the requirements of the European Community’s Pressure Equipment Directive (PED) 97/23/ECand is eligible for use throughout the region.
Direct Mount Wafer-Cone Flow Meter Eliminates Impulse Lines For Fast, Easy, Low-Cost Installation
Process and plant engineers in search of a high-accuracy, virtually no-maintenance gas or liquid flow meter for small line sizes will want to learn more about the new cost-saving direct mount configuration for McCrometer’s popular Wafer-Cone Flow Meter.
Water Alternating Gas Injection System Requires Compact Flow Measurement Solution
A major oil/gas producer in the Southeastern U.S. needed to implement enhanced oil recovery (EOR) technology to boost production in a mature oil field. For the past 25 years the company had been using water-flooding, but this technology
was no longer providing the desired output. The field’s first well had been drilled in 1942.
Refinery Cooling Water System Maintenance Problem Solved With Hot-Tap Insertion Mag Flow Meter
A large oil/gas refinery located in the Southern US along a major river utilizes water from the river for process cooling in its operations. A large amount of water is used in the refining process by the plant that must be treated after use in the plant and then returned to the river. An accurate and low maintenance flow monitoring system is essential to keep water intake, treatment and return operational costs as low as possible.
Water Specialties Propeller Flow Meter For Well And Booster Station Applications
The Model ML04 Water Specialties Propeller Flow Meter from McCrometer is the perfect choice when accurate and reliable flow measurement is needed in applications involving municipal ground water production wells and booster stations.
Pacific Klamath Energy Utilizes V-Cone Flow Meter To Solve Problem In Co-Generation Plant
Pacific Klamath Energy operates a 500 MW electric co-generating station for the City of Klamath Falls in Klamath Falls, Oregon. The plant also provides steam service to a local wood products manufacturing facility (steam host). The co-generation station provides electricity for about 450,000 residents, and the wood products manufacturing plant employs about 100 people.
New Reverse-Helix Propeller Flow Meter Sheds Debris, Resists Sand In Surface And Well Water Applications
Water engineers and technicians will find the innovative Mc® Propeller Model MO300SW Reverse-Helix Flow Meter from McCrometer sheds a variety of organic and inorganic debris and resists sand typically associated with flow measurement in surface and water well applications to increase measurement accuracy, reduce maintenance requirements and lower total operating costs. By McCrometer, Inc.