Description:
Automatic Control System (ACS) is an innovative solution for controlling gas and steam turbines used as power plant drives in power engineering, oil and gas industry and other industries.
It provides efficient control of technological processes even in conditions of unstable fuel composition, guarantees high reliability of equipment operation and minimises emergency stops. The system allows diagnostics and forecasting of equipment condition, increasing its service life and reducing operating costs.
The control systems are equipped with patented software fuel/steam regulators developed by our company.

Key advantages: 

• Possibility of operation in conditions of unstable fuel composition. 
• High reliability and survivability. 
• Fast response time preventing emergency shutdowns. 
• Diagnostics and forecasting of technical condition of turbines. 

Functionality:

• Turbine operation mode control. 
• Automatic diagnostics and forecasting. 
• Ensuring stability of dynamic characteristics. 

Spheres of application:
Power industry, oil and gas industry, chemical industry, other industries using turbines.

Successful cases:
The control systems have been successfully implemented at the field of Souths Oil LLP (10 MW GTU control system) and in a number of other power engineering facilities.

Patent for invention No. 2252329. A method of regulating a gas turbine drive and a system for carrying out the same.

Description:
A software-mathematical fuel regulator (SMFR) provides precise and stable control of gas turbine engines in a wide power range from 100 kW to 25 MW. This solution is ideal for gas compressor units, power plants and specialised installations. Thanks to adaptive control algorithms and high response speeds, the system effectively maintains stable operation even with sudden changes in parameters or fuel type. MPRT contributes to a significant increase in equipment life and a reduction in operating costs.

Key advantages: 

• High performance. 
• Adaptive control algorithms. 
• Possibility of operation on different types of fuel. 

Functionality: 

• Start-up and automatic exit to nominal mode. 
• Limitation of maximum parameters. 
• Engine protection. 

Application areas:
Power plants, gas compressor units, specialised units. 

Successful cases: 
Application at Gazprom and Surgutneftegaz facilities. More than 200 control systems with the use of SRT have been implemented at industrial enterprises of Central Asia

Description:
The regulator is a module for PLC with information exchange protocol and is loaded into the controller of each ACS and P of the power unit. Frequency of execution of the regulator: every 100 - 200 msec. The module ensures efficient and synchronous power distribution between power units. The solution is suitable for power plants operating both in stand-alone mode and in conjunction with external grids. GRAM minimises equipment wear and tear, eliminates unnecessary capacity adjustments and optimises energy consumption. The system helps to reduce alternating modes of operation of motors, increasing their service life and reliability.

Key benefits: 

• Improved reliability of power systems. 
• Elimination of unnecessary capacity reconfiguration. 
• Reduction of variable motor modes.

Functionality: 

• Synchronous active power equalisation. 
• Maintaining mains frequency. 
• Reduction of equipment wear. 

Spheres of application: 
Power plants operating in isolated or grid-connected modes.

Successful cases: 
Successfully implemented at the GTPP in Naryan-Mar.

Description:
The Anti-surge regulator (ASR) is a system to protect gas compressor units against pumping behaviour caused by sudden load changes. The solution ensures safe operation of compressors by minimising gas recirculation losses and preventing emergency shutdowns. The ASR continuously monitors the compressor operating point and controls the position of the anti-pump valve to maintain safe operation. With high accuracy and high speed, the system increases equipment life and reduces maintenance costs.

Key benefits:

• Minimisation of gas recirculation.
• Prevention of emergency shutdowns.
• Rapid response to changes.

Functionality:

• Antipump valve position control.
• Diagnosis of compressor condition.
• Automatic pumping prevention.

Application areas:
Gas pumping stations, compressor units.

Successful cases:
Effectively used at a number of compressor stations of Gazprom OJSC, Turkmengaz SC, Azergaz SC, Uzbekneftegaz JSC.

Description: 
The Automated Power Supply Control System (APCS) is designed to improve the operating efficiency of gas piston power plants. The system optimises unit load management, minimises downtime and provides precise control of energy consumption. Thanks to the implementation of the APCS, companies can achieve significant reductions in fuel costs, increase the maintenance interval and improve the service life of expensive equipment. The system supports remote control, which makes it a universal tool for modern power plants.

Key benefits: 

• Gas savings of up to 5% per year. 
• Extended equipment life. 
• Quick payback.

Functionality:

• Load optimisation. 
• Monitoring and control of energy supply. 
• Remote access and dispatching.

Application areas: 
Gas piston power plants in various industries.

Successful cases: 
Implemented in the agrocompany «Moskovsky».

Description: 
The automatic gas control system is designed to ensure safety at industrial facilities with increased risk of gas explosion. It allows to monitor concentrations of combustible and toxic gases in the air, generate timely alarms and manage actions to prevent accidents. Compact size, modular architecture and compliance with international standards make the system an ideal choice for industrial facilities of any complexity.

Key advantages: 

• Compact size and reliability. 
• Compliance with technical regulations. 
• Modular architecture.

Functionality: 

• Monitoring of gas detectors. 
• Transmission of signals to the upper level. 
• Alarm management.

Spheres of application: 
Facilities with high risk of gas explosion.

Successful cases: 
The systems have been successfully implemented at large production enterprises, such as OJSC «Purneftepererabotka», JSC «ANHK».

Description:
The tank farm management system is a comprehensive solution for automating the processes of receiving, storing and dispensing petroleum products. It provides full control over accounting, minimises losses and prevents theft, and allows efficient document management. Process automation increases the accuracy of operations and reduces operating costs. The system meets all requirements of regulatory organisations and can be easily integrated with centralised management systems.

Key advantages: 

• Full automation of accounting and document flow. 
• Increased process safety. 
• Minimisation of oil product losses.
• Commercial accounting of petroleum products in tanks

Functionality: 

• Management of receipt, storage and shipment processes. 
• Accounting and control of balances. 
• Generation of reports.

Spheres of application: 
Oil depots, terminals and warehouses of petroleum products.

Successful cases: 
Implemented at a number of oil depots of RN-Moscow JSC and Bryansknefteprodukt LLC.

Description
The automated filling system is a modern solution for controlling the filling of liquids, including petroleum products, chemicals and other liquids, into tanks, tank trucks, railway wagons or containers. The system provides accurate dosing, control of process parameters and integration with higher-level systems to record and analyse data.

Key benefits

• Minimise losses: Accurate metering of petroleum product consumption reduces losses and resource overruns.
• Improved safety: Process parameter monitoring and automated control reduce the risks of accidents and human error.
• Operational efficiency: The system optimises staff labour costs by automating routine operations.
• Integration: Easily transfer data for analysis and use in other enterprise management systems.
• Low cost of ownership

Functionality

• Real-time control of petroleum product consumption.
• Control of process parameters.
• Transmission of readings and events to the upper level of the enterprise management system.
• Possibility of integration with ERP and SCADA systems.
• Monitoring and diagnostics of equipment condition.

Description

The complex solution of oil products accounting provides automation of measurement processes, collection and processing of data from tanks, as well as their integration for centralised control.
The lower level is realised using the MTG (I.M.M.I. ISRAEL LTD) product metering system, which is installed on each tank. The measurement principle is based on an indirect method utilising the hydrostatic principle. This allows to measure key parameters of petroleum products such as mass, level, density and temperature with high accuracy.

The middle level of the system is responsible for collecting data from all tanks and transmitting it to the automated workstation (AWS) of the operator located at the oil depot. The operator has access to real-time information on the condition of the tanks, which allows him to react quickly to changes and manage processes.
The upper level ensures integration of data from several tank farms into the centralised control centre. This enables centralised analysis, control and planning of reserves, as well as synchronisation of data between the company's divisions.

Key advantages of the system:

• Accurate inventory
• Loss reduction
• Increased safety
• Prevention of emergency situations
• Process automation
• Elimination of human factor influence on the process.
• Integration with information systems of the enterprise.
• Economic efficiency
• Quick payback and low cost of ownership.
• Real-time data availability
• Compliance with standards and regulations
• Usability
• Scalability

MTG functionality
MTG tank quantity measurement system - implements an indirect method based on the hydrostatic principle, in accordance with GOST R 8.587-2019 and international standards API/ISO/OIML, and in fully automated mode determines the following parameters of oil and petroleum products:

• Mass
• Volume
• Product level
• Bulk water level
• % Water content
• Layer and average density
• Average temperature and multi-point temperature
• Temperature, pressure and density of the vapour phase and many other parameters

Benefits of MTG

• Collect complete product information with a single instrument. All in one system.
• Easy installation and operation.
• Work with any product in the liquid phase.
• Reliable - no moving parts.
• Fault tolerance
• Monitoring, leak and emission detection.
• Investment protection
• Measurement of all parameters affecting the calculation of emissions from the tank.
• Option for monitoring tank leaks and unauthorised product movement.

Application areas: 
Oil depots, terminals and warehouses of petroleum products.

Successful cases: 
MTG has an extensive refence list of applications in tank metering systems worldwide.

Description: 
Automated supervisory control system is designed for operational control and management of technological facilities of enterprises. It allows to reduce operating costs, increase repair intervals and improve the efficiency of equipment operation. The system provides access to reliable data on equipment status, automatic registration of events and convenient visualisation of parameters. Thanks to analytical tools, users can optimise equipment performance parameters and reduce energy consumption.

Key advantages: 

• Integration with any ACS existing at your enterprise
• Operational control of equipment parameters
• Visualisation of distributed objects using maps
• Increased speed of response to emergency events
• Ability to create reports with various parameters
• Analytical analysis of resource consumption and finished product output
• Minimising equipment downtime
• Improving equipment efficiency
• Optimisation of maintenance and repair of equipment

Functionality: 

• Equipment condition control. 
• Management of technological processes. 
• Formation of reports and data archiving.

Spheres of application: 
Industrial enterprises with distributed objects.

Successful cases: 
Effectively used at enterprises of various industries.