Advanced Measurement & Instrument Application Solutions
Foxboro Measurement & Instrument (M&I) products reflect more than 100 years of experience in industries such as chemicals, oil & gas, power generation, food, paper and mining.
M&I is now developing a broad range of innovative multi-product measurement solutions based on patented Coriolis technology. These value-added advanced applications further optimize asset performance and profitability in the areas of upstream oil & gas, fuel transfer, refinery production and dairy operations.
Net Oil & Gas Solution
New Net Oil & Gas multiphase measurement solution provides more accurate and reliable allocation measurements in real time while reducing capital and operational expenditures in field automation. The basis for these solutions is innovative Coriolis mass flow measurement and modeling technology that can address a wide range of metering challenges. Read More
Dairy Measurement Solution
This new ground breaking dairy custody transfer solution is centered on the innovative Foxboro CFT50 digital Coriolis mass flowmeter, connected to a Foxboro CFS10/20 mass flowtube and using additional instruments. The flowmeter’s unique technology enables it for the first time to overcome common dairy plant measurement problems. The Invensys solution delivers something previously thought impossible: certified, highly accurate, direct measurement of sanitary milk flows. Read More
HF Alkylation Optimization Solution
The new ACA.HF Solution provides real-time characterization of Hydrofluoric acid catalyst composition in refinery alkylation via the online analysis of % HF, % Water and % ASO (Acid Soluble Oils) parameters, this online measurement is to address the significant safety issues related to manual sampling of HF acid. These fundamental parameters not only address safety but also enable Advanced Process Control (APC) schemes to be implemented. The ACA.HF solution provides clients with a robust, precise and cost effective solution as compared to traditional and costly Fourier Transform Near-Infrared (FT-NIR) spectroscopy alternatives. Read More