CASPIAN GEOMATICS LLC proposes services in various sectors in the field of SCADA (Automation). Our company provides SCADA system design and implementation (execution) services. SCADA (Supervisory Control And Data Acquisition) provides the development of systems for collecting, processing, describing, and archiving information about objects to be managed and their real-time activities.
With the creation of the SCADA system, oil and gas field exploitation, produced oil and gas processing, storage, transportation and visualization of the technological processes are carried out. In order to reduce the risks that may occur through the system to the minimum level, it is possible to regularly monitor and remotely control the processes in real-time. The application of this system also allows cost reduction and production increase.
CASPIAN GEOMATICS provides services in the direction of ensuring the efficient use of water resources in the country and improving the management of water farm with the application of modern technologies. In this direction, it becomes possible to establish a SCADA system, to monitor artesian wells through video surveillance with centralized control, start the wells and turn them off when the irrigation is finished. Manual control, auto control and time control modes are available based on the system. In manual control mode, the well can be turned on or off by the controller. In the auto-control mode, the well is turned on and off from the center. In the time control mode, the well works for a predetermined period of time and turns off automatically when the time is up. With this system, it is possible to control the consumption of electricity, water in the well and the depth pump, and water loss is prevented.
This system has a wide range of applications:
- conducting ecological monitoring
- water resources management
- soil amelioration investigations
- food sector
- agriculture
- water and wastewater management
- oil and gas industry (monitoring and control system of oil and gas pipelines)
- transportation
- hydrotechnical facilities
- energy
- production areas
- electric energy
- waste processing etc.
Advantages of the SCADA (Automation) system:
- collecting data from various devices (facilities)
- archiving and storage of information
- visualization of processes
- implementation of management algorithms, mathematical and logical calculations and sending of management impacts to the object
- documentation of technological and management processes and their transfer to print
- performance of network functions
- prevention (protection) of interference in the system, providing signals
- providing of flexible data exchange
- providing information exchange between programs
- operative implementation of consumption and reporting
- control of technical parameters of heating, hot and cold water supply, electricity supply
- automatic registration of malfunctions related to devices (facilities) and equipment
- automatic recording of work processes in devices (facilities) and equipment
- remote management and observation (monitoring) of processes
- monitoring of measurement (survey) processes and saving (storage)results
There are special features in building a water resource management system based on SCADA and GIS:
- remote control of irrigation gates in hydrotechnical facilities (canals)
- real-time continuous remote measurement and management of drinking water
- real-time continuous remote measurement of groundwater (river, canal, lake, reservoirs, etc.)
- remote observation and management of sub-artesian wells
- monitoring of remote surveys (measurements) in regime observation wells
- application of SCADA system to canal water control and measurement (survey) stations;
- integration of GIS (geographical information systems) and SCADA systems
- creation of monitoring over the ameliorative condition of irrigated lands;
- integrated management of water resources;
- creation of a unified control system over the use and protection of water bodies based on the SCADA and GIS integration;
- creation of a control system over the use and protection of sub-artesian and artesian wells based on SCADA and GIS integration;
- automation of operation of hydrotechnical facilities based on SCADA and GIS integration;
- minimization of water losses using modern approaches and materials (elimination of water losses in inter-farm and intra-farm canals);
- creation of a unified monitoring system (satellite monitoring system) in water and water farm facilities, hydrotechnical facilities and water supply systems, etc.
On the basis of SCADA (Automation), which is a comprehensive and integrated information-based control and monitoring system, it is possible to manage all equipment of an object or enterprise, as well as production planning.
Dispatch control and data collection allow remote and real-time monitoring of production processes in industrial enterprises. It has the ability to collect and process data, establish interactions between (among) devices through human-machine interface, and record events.
These systems are very important for industrial enterprises. SCADA processes data to make intelligent decisions for efficiency and eliminates equipment downtime. SCADA systems are indispensable in managing efficiency in industrial organizations. It has the ability to manage and optimize water pumping and aquifer operation, increasing energy efficiency and reducing restoration costs of all networks of water wells.
