Cimcon

Ellisbridge, Ahmedabad, Gujarat

Aqua-SCANET is the SCADA system designed specifically for real-time online monitoring and control of water distribution networks. All key water distribution parameters for public and industrial water distribution are monitored controlled. The system provides wireless monitoring of the Pumping Stations, Tubewells and associated flowproduction data and valve operations on control room PC and also provides real time alarmsdata on your mobile sets. Special control options of remote dial-in and auto dial-out enable the user to remotely access the status of critical plant parameters. Uninterrupted operation of control system is guaranteed by automatic transfer to battery mode in case of power failure. It also supports a variety of communication options including existing telephone network, RS 422485 wired network, VHFUHF Wireless radio network and Satellite global network.

SRP (Sucker Rod Pumps) is one of the most common forms of reciprocating artificial lift systems employed by O&G companies worldwide. However, being mechanical in nature they are prone to faults and therefore need constant supervision to ensure continuous operation. This is a challenging task, considering that most oil wells are located in remote places that are difficult to access.

CPSCANETTM is a SCADA system, designed keeping Cathodic Protection systems in mind. It allows realtime online monitoring and control of all key CP parameters to ensure optimal performance of the structure being protected. It also eliminates the need for lengthy, time consuming and error prone traditional method of manually recording the PSP's at hundreds of test stations along the length of the structure. The entire CP system can be monitored and controlled sitting in your office or for that matter from anywhere in the world, provided you have the authority to do so.A typical CP SCADA network consists of intelligent Remote Terminal Units (iRTUs) distributed throughout the plant complex or along the pipeline and interfaced with individual Transformer Rectifier (TR) units. All the iRTUs are networked using a single or hybrid mix of communication systems such as existing telephone exchanges, GSM wireless cellular network, dedicated point to point cable network, satellite or radio wireless networks and connected to a central computer or network of computers running CPSCANET visualization software.

SRP Automation SRP (Sucker Rod Pumps) is one of the most common forms of reciprocating artificial lift systems employed by O&G companies worldwide. However, being mechanical in nature they are prone to faults and therefore need constant supervision to ensure continuous operation. This is a challenging task, considering that most oil wells are located in remote places that are difficult to access. Principle of SRP operation A belt driven prime mover rotates and transfers the power to the connecting rod through gear mechanism. The connecting rod moves in a circular motion causing up-down movement of the reciprocating rod. This reciprocating movement of the rod results in pumping action at the bottom hole. A motion sensor senses the reciprocating motion and the output of the sensor are fed to iRTU digital input. The intelligent device counts the number of strokes and calculates total stroke counts to estimate production rate. The intelligent Remote Terminal Unit stores all the configuration data and well data locally in a non-volatile memory. The configuration allows defining limits of various parameters and can diagnose / report the following: Main power failure, Motor tripping due to overloading, Single phasing of the prime mover, Breakage of belts, Pump start / stop based on programmed pump schedule The control station is generally located at the Group Gathering Stations (GGS), collects data from each iRTU. In case of any security breach or exceptional situation, the iRTU dials out to report the situation to GGS, MCS and the mobile transreceivers depending on options exercised during programming. The electrical power input is measured by an energy meter and the same is communicated to the iRTU through RS 232 protocol. Common Problems Associated with SRP installations Fluid Pound As the rod pump continues to produce, the bottom hole characteristics remains dynamic and the pump filling percentage changes due to change in reservoir behavior, or sand etc. Matching pump displacement to oil infow remains one of the biggest challenges. As the oil inflow rate decreases due to sand, fluid pressure, gas locking etc. the pump fills partially. During the upstroke it creates a void inside the tube. As soon as the downstroke starts the liquid column and the rod string experience a free fall and the plunger hits the fluid level in the pump barrel. The sudden transfer of load from the rod string to the tubing causes a shock wave which is transmitted throughout the pump. This is called fluid pound. Fluid pound affects performance of a SRP in the following way: Uncontrolled fluid pound increase energy cost Increases wear & tear of tube, rod and plunger Decreases gear box life Decreases life of the pumping system Demand more maintenance & down time

Liquid & Gas Flow Monitoring Business Driver The pipeline flow measurement business has assumed a more important role in overall pipeline operation scene due to price & performance pressure on global oil & gas companies. The spiraling price of crude and gas forced the petroleum companies to look for more accurate measurement techniques, better knowledge about properties of fluids handled and wider application of electronic & software to accomplish superior data management and data integrity. The people who are responsible for flow measurement have a challenge to respond to improve their efficiency and profitability. To take care of all these concerns, the pipeline operation managers are employing state of the art flow computers, volume correctors, and advanced SCADA software to manage and control within acceptable tolerance. Challenges There are several operational challenges that need to be resolved to provide an economical and effective solution. Some of the challenges can be broadly categorized as follows: Communication Challenges Most prevalent with cross country pipelines, normal modes of communications such as cellular networks, telephones and cable medium are not available. In such cases, only satellite based communication is possible. Power Availability Many locations do not have auxiliary power that is required for powering the system. Solar based operations on a continuous basis are also not possible in some situations due to non-availability of sunlight on a continuous basis. A hybrid solution based on battery backup and solar panels is therefore employed in such situations. No Uniform Communication Protocol Oil and Gas companies use flow computers from several manufacturers that do not talk the same language. The system therefore needs to be able to support various protocols and in some cases have multi-protocol support within the same unit. The Solution CIMCON offered SCANET software and GSM/GPRS/Satellite communication enabled Remote Terminal Units with multi-protocol support to ensure seamless data integration for monitoring and metering. Historical trending and multiple spreadsheet based reports improve the data analysis process. RTU Features Multiple protocol support to communicate with a variety of flow computers. Very low power consumption Solar power option Log & store data with time stamping, and retain it even in case of power failure, Logic building using flowchart based programming Ability to generate real-time notifications via email and/or text messaging using SMS. Local / Remote programming of the configuration parameters, Enabling and disabling of alarms on cell phones by system verified & authenticated users, SCANET software Features Fully web based Scalable to respond to growing network need High Availability Easy data maintenance Dynamic data exchange Access control by password protection Allows remote programming of control logic Customized detailed data acquisition screen Alarm log generation based on defined limits Trending of historical data – the data logging frequency is user selectable Benefits All flow data for different consumers are available centrally at one location. Eliminates discrepancies in flow data among the supplier and the consumer. Invoicing becomes easier with clarity of data. Exceptional events recorded indicate need of maintenance of the system. As the software talks to several flow computers, customer has more options in case of augmentation / upgradation of pipeline network.

Oil & Gas Products - SCANET Purpose Built SCADA system for Oil & Gas SCANET is the world’s most reliable and proven SCADA system with a history of use that spans two decades. It is a result of continuous innovation, feedback from O&G companies worldwide and adoption of latest technology advancements. It presents the most integrated control system environment available anywhere in the world for remote management and operation of O&G processes. This ensures that your investment in technology continues to provide high return today and in the future. SCANET Modules Mimic Generator -  Allows quick creation of highly intuitive management dashboards using a versatile symbol library. Report Generator -  Allows generation of meaningful tabular and graphical reports at all levels of management and operations. Asset Manager -  Allows capturing and tracking of all information such as specifications, supplier information, maintenance data and any other information related to the O&G assets. WAN Manager -  WAN manager extends the geographical reach of the SCADA system enabling information sharing across the enterprise. Remote Access Manager -  Allows the user to login from remote locations. Dial-out Manager - Dial-out Manager reports critical parameters using report-by-exception. Mobile Client -  Allows total workforce mobility by providing secure access to critical information via any mobile device such PDA, cell phone, palmtop or laptop. Web Client with Zero Footprint -  Allows remote access to authorized users from anywhere in the world using just the browser. All information exchange is secured using the highest level of encryption. Data Historian -  High speed streaming of real-time data to a secure repository with equally high speed access. Alarm Manager -  Highly visual indication of color coded alarms based on their criticality and priority. Real-Time Trend Monitor -  Allows real-time trending of O&G process parameters to predict out of limit conditions and take corrective actions in advance. Historical Trend Analyzer - Allows analysis and correlation of data for process optimization resulting in increased production and reduced downtime. Benefits Increased Operator Productivity and Reliability Reduced Maintenance and Operating Costs Increased Production and Reduced Downtime Secure Sharing of Information High Degree of Scalability Configurable Report Generation Multiple Display clients Mobile Information Management Flexible Field Communications

Real time monitoring of treatment plants covering auto operation of entire treatment system; strategies to minimize wastage and maximize purity of out going water, automatic filter bed cleaning operations, logic based valve operations and monitoring of water quality.  

CP Scanet World's First GSM based Wireless CP SCADA System Your Online Monitoring System for Any Time / Any Where Access to CP DATA CPSCANET TM  is a SCADA system, designed keeping Cathodic Protection systems in mind. It allows realtime online monitoring and control of all key CP parameters to ensure optimal performance of the structure being protected. It also eliminates the need for lengthy, time consuming and error prone traditional method of manually recording the PSP's at hundreds of test stations along the length of the structure. The entire CP system can be monitored and controlled sitting in your office or for that matter from anywhere in the world, provided you have the authority to do so. A typical CP SCADA network consists of intelligent Remote Terminal Units (iRTUs) distributed throughout the plant complex or along the pipeline and interfaced with individual Transformer Rectifier (TR) units. All the iRTUs are networked using a single or hybrid mix of communication systems such as existing telephone exchanges, GSM wireless cellular network, dedicated point to point cable network, satellite or radio wireless networks and connected to a central computer or network of computers running CPSCANET visualization software. iTRU Transformer Rectifier Unit CIMCON's iTRU is a result of our endeavor to revolutionize the age old CP Systems and is destined to replace the conventional TR Units. These units are remotely operable, designed with built-in control, provide monitoring and CP data storage options, generate large amounts of current while maintaining compact size and light weight, have low heat dissipation and excellent efficiency, resulting in lowest possible cost per ampere. True Synchronized Off-Potential Measurement iTRU offers true synchronized OFF potential measurement using GPS based time synchronization for all geographically distributed iTRUs. Typical accuracies in time, range from better than 500 nanoseconds to 1 millisecond anywhere on earth.