EMCO Controls

The EMCO wet gas meter is used to measure the flow rate in natural gasses with a certain level of liquid present. Based on the classical venturi tube according to ISO 5167-4 with single pressure tappings. A third tapping may be applied for liquid flow rate determination using the pressure loss ratio method. The system consists of a classical venturi tube in a metering section. The wet gas meter is designed to perform reliable measurements in applications such as well testing, hydrocarbon metering and monitoring of critical factors such as water breakthrough.

The ISA 1932 Nozzle is used as primary elements in flow measurement of steam, liquid and gas according to the differential pressure principal and in accordance with ISO 5167-3. In the ISO 5167-3 standard the geometry and method of use are specified for nozzles to determine the flow rate of the flowing liquid in the conduit when the nozzles are inserted in a conduit. The ISA 1932 nozzle is made from a solid bar welded into a pipe section. This construction makes it less material intensive compared to a Venturi Nozzle which is made from solid bar. Providing high accuracy and inducing little permanent pressure loss, the ISA 1932 nozzle has certain advantages which makes it particulerly well suited for the following: Feed water process for boiler applications High pressure water, gas and steam applications in smaller pipe sizes Low pressure water, gas and steam applications in larger pipe sizes The Type DES is designed with single pressure tapping, in an all welded construction. Construction with carrier ring also available, ask for ISA 1932 Nozzle type DRS.

Wedge flow meters from EMCOWEDGE are used as primary elements in ISO standardised flow measurement of liquid, gas and steam. The EMCOWEDGE type EWF is especially suitable for viscous and slurry liquids. The wedge design makes it less sensitive to solid particles, mitigating the risk of clogging. Bi-directional flow is possible.

The ORIMAS & STEEMCO-MAS flow meters measure the mass flow of most gasses, liquids and steam. With a compact design, they combine the measurement of velocity, static pressure and temperature into one unit. The electronics computerise the mass flow by using the 3 measured values. The mass flow meters are backed by international standards covering both flow calculation, manufacturing tolerances, accuracy and installation requirements. They are suitable for application within process industries, pharmaceuticals and the power industry.

The FLEMCO flow meter is a compact orifice meter used as a primary element in flow measurement of liquid and gas according to the differential pressure principle. With its volumetric flow measurement, this meter is suitable for application within process industries, pharmaceuticals and the power industry. The FLEMCO flow meter is backed by international standards covering both flow calculation, manufacturing tolerances, accuracy and installation requirements. Choose model F1, F2 or F5 depending on your need for integration of manifold valves.

The PITOBAR Averaging Pitot Tube is used to measure the flow of liquid and gasses in horizontal or vertical pipe lines. Its working principle is derived from the classic or single point pitot tube. However, as opposed to the single point pitot tube, the PITOBAR Averaging Pitot Tube has a number of holes depending on pipe size pointing towards the upstream side. One port pointing downstream measures the static pressure. The main advantages of this flow element are its low installation costs and low pressure loss compared to other flow elements, especially in larger pipe sizes.

The PITOBAR Averaging Pitot Tube is used to measure the flow of liquid and gasses in horizontal or vertical pipe lines. Its working principle is derived from the classic or single point pitot tube. However, as opposed to the single point pitot tube, the PITOBAR Averaging Pitot Tube has a number of holes depending on pipe size pointing towards the upstream side. One port pointing downstream measures the static pressure. The main advantages of this flow element are its low installation costs and low pressure loss compared to other flow elements, especially in larger pipe sizes. The PITOBAR Averaging Pitot Tube for Remote Transmitter Mounting provides accessibility and is particularly suitable in applications with space constraints or other environmental conditions that prevent direct mounting. Choose Type DK200 or DK250 depending your requirements for pipe and probe size (see table for maximum allowable differential pressure below).

The EMCO Orifice Plate is used as a primary element in flow measurement of liquid, gas and steam applications based on the differential pressure principle. According to this working principle, the orifice plate creates a flow restriction in the pipeline to allow measurement of the resulting pressure drop and flow rate. The Orifice Plate Series MRK is constructed with carrier rings and corner pressure tappings for insertion between flanges.

The EMCO Meter Run is used as a primary element in flow measurement of liquid, gas and steam applications based on the differential pressure principle. According to this working principle, the orifice plate creates a flow restriction within the meter run to allow measurement of the resulting pressure drop and flow rate. Our orifice plates have been tested and tried for over 50 years and measure up to the highest industry and compliance standards. The Meter Run Series MSRS and MSRF combine the orifice plate with a straight pipe run ro enhance the flow profile. The construction includes carrier rings and corner pressure tappings.

The EMCO Orifice Plate is used as a primary element in flow measurement of liquid, gas and steam applications based on the differential pressure principle. According to this working principle, the orifice plate creates a flow restriction in the pipeline to allow measurement of the resulting pressure drop and flow rate. Our orifice plates have been tested and tried for over 50 years and measure up to the highest industry and compliance standards. The Orifice Plate Series MES is constructed with a single pressure tapping in all welded construction

The EMCO Orifice Plate is used as a primary element in flow measurement of liquid, gas and steam applications based on the differential pressure principle. According to this working principle, the orifice plate creates a flow restriction in the pipeline to allow measurement of the resulting pressure drop and flow rate. The Orifice Plate Series MEF/2 is constructed with a single pressure tapping for insertion between ring type joint (RTJ) flanges.

The EMCO Orifice Plate is used as a primary element in flow measurement of liquid, gas and steam applications according to the differential pressure principle. According to this working principle, the orifice plate creates a flow restriction in the pipeline to allow measurement of the resulting pressure drop and flow rate. Our orifice plates have been tested and tried for over 50 years and measure up to the highest industry and compliance standards. The Orifice Plate Series ISB/1 is a single bore plate for mounting between raised face flanges.