V-Cone Differential-Pressure Meters: Accuracy To Go With The Flow

When space is tight and straight-run piping is at a premium, V-Cone® differential pressure (DP) meters (Figure 1) are an excellent choice — especially where the potential for turbulence raises metering accuracy issues with other conventional meter styles. This article describes how to satisfy some challenging water infrastructure applications with V-Cone meter accuracy at a low permanent pressure loss.

FPI Mag® Flow Meter

Next Generation Mag Meter: Five Keys to Selecting a Mag Meter.

Liquid & Gas Flow Measurement for Oil/Gas FPSO Vessels

To meet the global demand for oil/gas production, Floating Production, Storage, & Offloading (FPSO) Vessels have been utilized for a number of years to access deep water deposits. They process oil from subsea wells and/or completions and store it until it can be offloaded onto waiting tankers or sent through a pipeline to other storage facilities onshore or refineries, etc.

V-Cone Steam Plant

The Use of a V-Cone Fuel Flow Meter to Measure the Coke Oven Gas and Natural Gas Flow in a Combined Heat and Power Plant.

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.

New Method for Accurate High Reynolds Metering Uses Water Calibration for Significant Cost Savings

Cone meters have been shown to be an accurate measuring device for various flow applications. In order to maintain accuracy, Cone meters need to be calibrated to determine the discharge coefficient (Cd).

Subsea Flow Measurement

With depths as deep as 10,000ft (3,000m) flow measurement in subsea oil and gas production systems represents a challenge for flow measurement.

Water Alternating Gas Injection System Requires Compact Flow Measurement Solution

A major oil/gas producer in the Southeastern US 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.

Don’t Let Valves Come Between You and Accurate Flow Measurement

Getting valves and flow meters to work together is sometimes a challenging task within industrial water and wastewater applications. Valves tend to create the kind of irregular media flow patterns in pipelines that make it a real challenge to achieve accurate flow measurement of liquids, gas or steam.