(EOR) in the North Sea. Cambridge has the SPL-393 viscometer in the high seas, where safety and reliability is not only a priority, but it is also necessary. New viscometer meets all electrical, plumbing materials, pressure and temperature conditions, the use of a platform, where environmental conditions can reach extremes.

The sensor connects to the pipe using the standard ANSI Class 900/1500 2 "RTF round flange. Reliable 316SS construction can withstand up to 2200 PSI and 190 ° C, and have long penetration of large diameter pipes. SPL 393 in accordance with ASME PTC 19.3 Thermowells new sensor is for very accurate viscosity readings and repeat the treatment at ease with the requirements of the Cambridge standard VISCOPro 2000 or Digital viscometer: 1600 VISCOPro electronics, the sensor is more complex shear Compatible.

Cambridge President Robert Kasameyer said: "We are very excited to introduce this product designed to meet the specific needs of the petroleum industry. Initial application SPL-393 sensor EOR oil production, improve production efficiency, and to withstand the harsh marine drilling conditions. Our client is achieved by repeated reliable viscosity measurements, which helps to better control for EOR operations. "

Cambridge Viscosity, the leader of a small sample viscometer systems for laboratory and process environment, developing an automated viscometers used worldwide oil exploration and refinement of the correct viscosity and laboratory operations. Cambridge is a world-wide reach with an application engineering support and services when and where needed.

Cambridge Viscosity sensors and viscometer systems conform to ASTM, DIN, JIS and ISO standards, various models designed to meet specific industry and application needs.

Boston-Cambridge Viscosity advanced sensor technology helps Cytec Engineered Materials to streamline the production of composite materials used in aerospace, high-quality industrial and coating viscosityother extreme demand on the environment.

Cytec supplies composite materials such as prepregs and molding compounds, the companies that mold parts. Resins and fiber ratio is very important for a variety of applications requiring different ratio. Cambridge ViscoPro 2000 viscometers are used to control the solution viscosity resin that binds the carbon fibers . Strings run through the resin bath where they are covered with carbon fiber and resin acts as a binder, carbon fiber, it can be molded into parts.

"Viscometer system implementation allowed us to monitor and control the pitch, which allows us to significantly reduce the variation of the product," - says Cytec engineer Troy Farris. Prior to the use of viscometers, technicians were required to measure certain time intervals to determine whether the resin properties adjustments necessary.

This method is the reaction time delay, a large number of variations is more difficult to stay within the client's requirements. According to Farr, "not only viscometers allow more consistent product, they need to reduce errors and scrap rate in our material. Simplify the process, our technicians can concentrate on other areas of development, rather than manually monitor the process."

Of Cambridge Viscosity

Cambridge Viscosity is one of the leading suppliers of automated viscometers used in oil exploration and processing, coatings, chemicals and life sciences companies to optimize product and process performance. Cambridge Viscosity sensors and viscometer systems conform to ASTM, DIN, JIS and ISO standards, various models designed to meet specific industry and application needs.

ATEX type certification of CE and FM. CSA certification is available upon request. Cambridge provides a world-wide application of technical support and services anywhere and, if necessary.

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