The main line of the company’s activity is development of complex engineering solutions for continuous industrial productions. The strong, highly professional teams of specialists are working in the company in the area of:
We are operating successfully in the following branches:
The broad network of representatives allows implementation of projects throughout Russia, CIS, and developing countries.
We offer You a new reference 2006-2011 in PDF.
Metallurgy and miming mineral resource industry
| Automated processes and individual mechanisms | Achieved due to process automation |
- Blast-furnace process
- Oxygen-converter process
- Cake-and-by-product process
- Belt and chain conveyers for transporting ore and coal
- Cold-rolled sheet production
- Ore mining and dressing
- Plate rolling
- Agglomeration
- Mine fans
- Skip and cage mine hoists
- Casting machines
- Sheet piler
- Auxiliary pumps, compressors, fans, conveyers, winches, etc.
| - Automatic mode of operation based on automated process control systems;
- Smooth start, including mode with increased starting torque;
- Regenerative and electrodynamic braking;
- Reversing;
- Stable operation over a wide range of changes in speed and load of actuators;
- Considerable economical and ecological effect through automatic control of process parameters, requiring no interference in existing production techniques;
- Introduction of automated processes and devices into existing automated process control systems.
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Oil-and-gas industry
| Automated processes and individual mechanisms | Achieved due to process automation |
| Oil and gas production - Process pumps;
- Pumping plants;
- Producing wells;
Storage and transport of gas, oil, and petroleum derivatives - Installations for loading petroleum derivatives;
- Stop valve assemblies on pressure oil pipelines;
- Stop valve assemblies of gas pipelines
Oil and gas processing - Centrifuges;
- Cooler fans;
- Compressors;
Power and heat supply facilities of commercial fields - Electric power stations;
- Electric power substations;
- Distribution facilities;
- Steam generation installations.
| - Automatic maintenance of process parameters: pressure, level, temperature, flow rate, etc.;
- Improvement of control accuracy and quality of process;
- Increase in capacity;
- Energy saving.
|
Pulp-and-paper industry
| Automated processes and individual mechanisms | Achieved due to process automation |
- Paper-making machines
- Cardboard machines
- Drying machines
- Slitting machines
- Auxiliary equipment
| - Smooth start of multi-motor plants;
- Decrease in power consumption and non-productive expenses;
- Reversing;
- Stable operation in a wide range of speeds;
- Automatic process parameter control in closed loop system
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Projects
Control system paper machine general diagram PDF
Power engineering and machine building
| Automated processes and individual mechanisms | Achieved due to process automation |
- Thermal power stations;
- Gas-piston power stations;
- Boilers;
- Draught-blowing installations (fans, smoke exhauster, etc.;
- Pumps (feeding, network, make-up, re-circulating, fuel-oil pumps, etc.);
- Mechanisms of auxiliary equipment.
| - Improvement of energy parameters of boiler installation;
- Reduction in power consumption;
- Increase in service life of drive mechanisms
- Assurance of necessary operation reliability in emergencies;
- Machinery capacity control with changes in rotary speed instead of energetically ineffective throttling
- Automatic maintenance of optimal fuel-air ratio in boiler furnace;
- Maintenance of necessary gas rarefaction in boiler, optimization of fuel burning process;
- Rise in fuel saving up to 6 %;
- Decrease in power consumption, on average, by 35 %.
|
Chemical industry
| Automated processes and individual mechanisms | Achieved due to process automation |
- Production of synthetic alcohol and rubber;
- Manufacture of plastic and synthetic-fiber goods;
- Production of soda and soda derivatives;
- Crushers, ball mills;
- Rotating furnaces, dryers;
- Mixers, agitators, centrifuges;
- Extruders;
- Air heating units.
| - Automatic speed control and regulation for most machine tools and mechanisms;
- Increase in capacity and improvement of qualitative characteristics of old equipment;
- Decrease in power consumption of equipment;
- Exact maintenance of chemical process parameters;
- Saving in input process components;
- Upgrading of quality of end products
|
Construction
| Automated processes and individual mechanisms | Achieved due to process automation |
- Power supply systems of facilities
- Combined measures for energy savings of enterprises and facilities
- Creation of all-around automation of buildings and constructions
| - Upgrading of power safety of facilities
- Energy saving
- Automated control
|
Municipal economy
| Automated processes and individual mechanisms | Achieved due to process automation |
- Waterworks
- Water supply and make-up stations
- Drain pumping plants
| - Gain in pump delivery;
- Automatic process parameter control in closed loop systems: pressure, flow rate, level, temperature, etc.;
- Automatic starting of standby plants;
- High accuracy of parameter maintenance;
- Decrease in power consumption to 50 %;
- Water saving to 30 %;
- Reduction of duty and repair personnel.
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Glass industry
| Automated processes and individual mechanisms | Achieved due to process automation |
- Glass-forming machine control system
- Thinning machine control system
- Glass sheet cutting device control system
- Control system of main and auxiliary back oven drives
| - Automatic glass making control;
- Stable operation over a wide range of changes in speed and load of actuators;
- Considerable reduction in power inputs;
- Process reliability upgrading;
- Increase in capacity and service time of equipment.
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