Inkoel automation solution helps SOCAR maximize Kalmaz gas storage capacity and improve efficiency and safety. Inkoel upgrades to Endress+Hauser level and interface measurement technology, removing water from produced crude oil faster and better.
Baku, Azerbaijan. December 17, 2012 - Most crude oil production requires treatment to remove water. The crude oil must generally be free of water before it can be sold and transported in pipelines. Inkoel MMC in collaboration with Endress+Hauser has helped Binagadi Oil Company to remove water from produced crude oil faster and better.
Binagadi Oil has replaced unreliable ultrasonic and capacitance-based level measurement devices with new Levelflex FMP55 multi-parameter transmitters and Tank Gauging System from Endress+Hauser.
A common measurement in the oil production is detecting the interface level between oil and water in the tank. Emulsion always exists between oil and free water.The FMP55 guided wave radar is used to monitor the level and interface of oil and interface in 3 process tanks. High and low point level detection devices Liquiphant M FTL51 provide overfill prevention at the tanks. The Endress+Hauser FMP55 level transmitter combines guided wave and capacitance technologies, making it especially suitable for measuring interfaces with emulsion layers. The Levelflex FMP55 guided wave radar is enhanced with groundbreaking Sensor Fusion technology to offer best-in-class guided radar measurement for interface levels with emulsion layers. It combines the tried and trusted level monitoring capabilities of capacitance level measurement with the all the advantages of guided radar continuous monitoring in a single instrument to provide accurate, reliable interface level and overall level measurement. Redundant interface detection guarantees safe operation.
The Endress+Hauser Tank Gauging system provides inventory control with accurate data of level, volume and temperature at 3 additional storage tanks. The Tank Gauging System consists of the Tank Side Monitor NRF590, the non-contacting radar level transmitter FMR240 and the intrinsically safe multi-signal converter with precision average temperature sensor Prothermo NMT532. Each Tank Side Monitor NRF590 acquires data from the tank measurement transmitters via intrinsically safe 2 wire HART multidrop communication, displays at the on-site display and transfers the measured and calculated values to the upper level tank inventory system by EIA-485 Modbus interface.
Tank farm automation is now easier and less costly with the integration of Endress+Hauser Tank Gauging System and the Rockwell Automation digital automation system CompactLogix™ 1769. The more accurate and reliable tank automation system from Inkoel MMC has helped the customer to increase safety, reduce shutdowns and increase production.
About Inkoel MMC
Inkoel MMC provides instrument and automation solutions in the oil and gas, refining, chemical, water and wastewater treatment, food and beverage, mining and other industries. The company collaborates with selected partners to help customers reduce system integration costs, improve operational and maintenance efficiency using best-inclass production of automation manufactures such as Rockwell Automation, Endress+Hauser, Metso, Phoenix Contact, Rittal, Leoni Kerpen and many others.
Endress+Hauser is trusted by more than 100,000 customers to make their processes safe, efficient and environmentally friendly. We offer a range of measurement products, including level, flow, pressure, temperature, analytical and complete engineered solutions designed to help customers acquire, transmit, control and record process information needed to manage operations in a safe, reliable and profitable manner.
After much anticipation and efforts to rally support for the cause of open process control architecture, The Open Group’s Open Process Automation Forum had its first meeting in San Francisco, CA, November 16-17, 2016. Focused on developing a standards-based, open, secure, interoperable process control architecture, the Open Process Automation saw an impressive turnout for this initial meeting with 57 individuals from 30 different organizations attending.
ExxonMobil has been asserting the need for a new standards effort in the process control automation area, across the country, for several years. In early 2016, having seen how a similar Open Group standards effort transformed the avionics industry, ExxonMobil approached The Open Group to potentially initiate a new open standards activity for the process control industry.
From March to September 2016, ExxonMobil and The Open Group staff worked to build a “coalition of the willing” comprising end-users throughout the process control-using industries, and their key suppliers. During this time, the organizations built interest and identified potential participants via several public outreach meetings, webcasts and face-to-face conversations. As the incubation work proceeded, it became clear that there was interest from at least seven different industry sectors, who use similar systems from the same community of suppliers in their process manufacturing environments.
These sectors included food and beverage, mining and metals, oil and gas, petrochemical, pharmaceutical, pulp and paper, and utilities.
Promass Q 300 provides the highest measurement accuracy for mass flow, volume flow and density. Being the preferred choice for custody transfer applications, it has also been optimized for liquid applications where entrained gas is known to be present.
The compact transmitter offers high flexibility in terms of operation and system integration: access from one side, remote display and improved connectivity options. Heartbeat Technology ensures compliance and process safety at all times.
Our Bulletin 6200 VersaView® 5400 industrial computers feature an open architecture, which provides greater application flexibility. These computers have a quad core Intel Atom E3845 processor and a 128 GB solid-state drive.
The units are available with or without integrated display. Display versions have a modern, edgeless glass design with ten-point, capacitive multi-touch screen.
When your industrial motor requirements move beyond a single-speed application to a variable-speed application with adjustable acceleration and deceleration, and possibly precision position or torque control, the motor and drive need to team up for a winning solution.
The motor drives connect to and provide enhanced operation to dozens of different types of motors. These include dc, ac, stepper and servo motors. There are definitions to be found online along with the advantages and disadvantages of each type of motor. However, a big thing to keep in mind is that many of the motors are designed for a specific application or their applications are limited.
There are also many characteristics to know when it comes to motor selection. This includes things such as when a dc motor’s speed is high, its torque is low and vise versa. Another characteristic is that running an ac motor slower using a variable frequency drive (VFD) is a common way to save energy when operating fans, pumps or similar devices. Another is that the stepper motor typically has maximum torque at zero speed, and the servo motor is known for its dynamic speed control and precision position and torque control.
A Control Design reader asks: I'm a recent college graduate and controls engineer at a system integrator who specializes in remote monitoring and process skid design, so I'm constantly selecting control enclosures for a variety of applications from office-like environments to outdoors in the rain and hot sun. I'm trying to standardize on a single enclosure type, but that doesn't seem possible. While stainless steal is great, it is expensive, and, while plastic works well, I find cracks or holes smashed in the doors of the enclosures at remote sites.
Obviously, the size of the enclosure is important, but what are some other considerations when selecting an enclosure, and what are some common mistakes I should watch out for? I don't want to purchase 100 enclosures that crack, melt, rust or otherwise are not suitable for the application. What do you think? Just get a battleship gray, NEMA 12 enclosure and hope for the best?
Starting and stopping a motor can be done with three common methods: a motor starter, soft start or variable frequency drive (VFD). As of late, the use of a VFD is becoming more popular than ever due to its claimed efficiency benefits, but be sure it is needed. And, once specified, it must be properly installed to ensure reliable operation.
To start, take a step back and be sure you need a VFD for the application, as many users don't realize real benefits. Do you need to vary the speed of the motor or change the motor's acceleration? If neither, a motor starter is simple and will work great. Just want to soften the motor starts? Consider a soft starter. For all the above, a VFD may be the best choice.
The VFD, often called an ac drive or inverter, takes a single- or three-phase signal and varies the speed of a three-phase ac induction motor. This is its main benefit. Running a motor more slowly can save significant energy, and speed changes may be useful to the application. Another big benefit is adjustable acceleration and deceleration. Less acceleration can soften the mechanical forces at motor start and reduce inrush current. The VFD also has built-in overload protection and motor start/stop control functions.