Application of Bartec GmbH equipment (Germany)
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Equipment direction |
Type of industry |
Application |
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Heat engineering |
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Heating cables, thermostats, |
Oil and gas production and refining |
– Maintaining process temperature of oil pump assemblies, transport oil pipelines at low temperatures. – Maintaining the temperature of process pipelines, tanks at the refinery – Maintaining the temperature of pipelines, tanks of fuel and lubricant storage facilities – Anti-condensation heating of Gas Distribution Stations units – Heating of control rooms and process equipment at the hydrocarbon production site – Maintaining the process temperature in the “wet” pipework of fire systems, to ensure a rapid response of the fire extinguishing system |
|
Chemical |
– Heating of control rooms and process equipment at the hydrocarbon production site – Maintaining process temperature in pipelines, chemical plant tanks reactors. – Heating of control rooms and process equipment at the plant site. – Maintaining the process temperature in the “wet” pipework of fire systems, to ensure a rapid response of the fire extinguishing system |
|
|
Food |
– Maintaining process temperature in pipelines with oils, fats, suspensions to ensure fluidity and consistency in technological processes. – Protection against ground freezing in freezing installations – Heating of water outlet trays from cold storage chambers – Condensate defrosting in refrigeration machines · |
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|
Mining |
– Freeze protection of drainage pipelines in mines – Anti-condensation heating of the control room |
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Metallurgical |
– Maintaining the process temperature in the “wet” pipework of fire systems, to ensure a rapid response of the fire extinguishing system – Anti-condensation heating of metallurgical dust hoppers – Anti-condensation heating of air intake pipework of Sinter machines |
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Pharmacological |
– Maintaining process temperature in pipelines, chemical plant tanks, reactors. |
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Aerospace |
– Wing and hull de-icing system in Boeing aeroplanes |
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Woodworking |
– Maintaining process temperature in pipelines, tanks during technological processes of raw material preparation. |
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Advantages of using heating cable over vapour heating systems for pipelines, vessels. – technology, as the heating element is fixed directly in place, the heat does not need to be transported and the heating medium lines do not need to be serviced. – economical system through precise temperature control of both the heated object and the heating cable – system durability – operational economy – heating in areas inaccessible to vapour satellites |
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Commutation |
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Control posts, terminal boxes, control stations, limit switches, aisles |
Oil and gas production and refining |
– Switching, distribution, control, low-voltage, control networks in hazardous areas. |
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Chemical |
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Food |
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Mining |
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Metallurgical |
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Pharmacological |
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Woodworking |
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Automisation |
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Industrial computers, panel monitors, control modules |
Oil and gas production and refining |
– control, visualisation of the technological process as a whole and directly on specific plants |
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Chemical |
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Food |
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Mining |
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Metallurgical |
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Pharmacological |
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Woodworking |
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ANTARES I/O devices |
Oil and gas production and refining |
– transmission of information from field level devices of the automated process control systems (sensors, actuators) to the process control level, as well as transmission of commands from the control level to the actuators. Signal transmission is carried out via bus technology “PROFIBUS-DP, PROFIBUS and POLARIS HMI”, PROFINET and carrier bus transition, EtherNet/IP in zone 21 |
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Chemical |
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Food |
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Mining |
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Metallurgical |
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Pharmacological |
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Woodworking |
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Mobile computers, scanners |
Pharmacological |
– visual code scanning, input, exchange, accounting of information, in real time. |
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Petrochemicals |
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Automotive industry |
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Food |
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MODEX modules |
Oil and gas production and refining |
– reception and transfer of technological information from executive devices to control systems using PROFIBUS-DP, PROFIBUS bus technology and back for controlling executive devices. PROFIBUS-DP, PROFIBUS infrastructure modules. |
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Chemical |
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Food |
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Mining |
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Metallurgical |
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Pharmacological |
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Woodworking |
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Electric motors |
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Electric motors |
Oil and gas production and refining |
– process equipment drives |
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Chemical |
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Food |
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Mining |
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Metallurgical |
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Pharmacological |
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Woodworking |
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Vibration control and seismics |
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vibration monitoring system |
Nuclear power |
– control of vibration, seismic condition, timely shutdown of hazardous facilities |
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Mining |
– control of vibration, seismic condition, timely withdrawal of personnel from hazardous areas |
|
|
Chemical |
– control of vibration, seismic condition, timely shutdown of hazardous facilities, prevention of leaks of hazardous liquids |
|
|
Liquefied gas terminals |
– control of vibration, seismic condition, timely shutdown of hazardous facilities, leakage prevention |
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Mobile devices |
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tablet computer, smartphone |
Oil and gas production and refining |
– communication, information gathering, information transfer, technical staff, project managers, etc. |
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Chemical |
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Food |
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Mining |
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Metallurgical |
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Pharmacological |
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|
Woodworking |
||
|
Equipment direction |
Type of industry |
Application |
|
Heat engineering |
||
|
Heating cables, thermostats, |
Oil and gas production and refining |
– Maintaining process temperature of oil pump assemblies, transport oil pipelines at low temperatures. – Maintaining the temperature of process pipelines, tanks at the refinery – Maintaining the temperature of pipelines, tanks of fuel and lubricant storage facilities – Anti-condensation heating of Gas Distribution Stations units – Heating of control rooms and process equipment at the hydrocarbon production site – Maintaining the process temperature in the “wet” pipework of fire systems, to ensure a rapid response of the fire extinguishing system |
|
Chemical |
– Heating of control rooms and process equipment at the hydrocarbon production site – Maintaining process temperature in pipelines, chemical plant tanks reactors. – Heating of control rooms and process equipment at the plant site. – Maintaining the process temperature in the “wet” pipework of fire systems, to ensure a rapid response of the fire extinguishing system |
|
|
Food |
– Maintaining process temperature in pipelines with oils, fats, suspensions to ensure fluidity and consistency in technological processes. – Protection against ground freezing in freezing installations – Heating of water outlet trays from cold storage chambers – Condensate defrosting in refrigeration machines · |
|
|
Mining |
– Freeze protection of drainage pipelines in mines – Anti-condensation heating of the control room |
|
|
Metallurgical |
– Maintaining the process temperature in the “wet” pipework of fire systems, to ensure a rapid response of the fire extinguishing system – Anti-condensation heating of metallurgical dust hoppers – Anti-condensation heating of air intake pipework of Sinter machines |
|
|
Pharmacological |
– Maintaining process temperature in pipelines, chemical plant tanks, reactors. |
|
|
Aerospace |
– Wing and hull de-icing system in Boeing aeroplanes |
|
|
Woodworking |
– Maintaining process temperature in pipelines, tanks during technological processes of raw material preparation. |
|
|
Advantages of using heating cable over vapour heating systems for pipelines, vessels. – technology, as the heating element is fixed directly in place, the heat does not need to be transported and the heating medium lines do not need to be serviced. – economical system through precise temperature control of both the heated object and the heating cable – system durability – operational economy – heating in areas inaccessible to vapour satellites |
||
|
Commutation |
||
|
Control posts, terminal boxes, control stations, limit switches, aisles |
Oil and gas production and refining |
– Switching, distribution, control, low-voltage, control networks in hazardous areas. |
|
Chemical |
||
|
Food |
||
|
Mining |
||
|
Metallurgical |
||
|
Pharmacological |
||
|
Woodworking |
||
|
Automisation |
||
|
Industrial computers, panel monitors, control modules |
Oil and gas production and refining |
– control, visualisation of the technological process as a whole and directly on specific plants |
|
Chemical |
||
|
Food |
||
|
Mining |
||
|
Metallurgical |
||
|
Pharmacological |
||
|
Woodworking |
||
|
ANTARES I/O devices |
Oil and gas production and refining |
– transmission of information from field level devices of the automated process control systems (sensors, actuators) to the process control level, as well as transmission of commands from the control level to the actuators. Signal transmission is carried out via bus technology “PROFIBUS-DP, PROFIBUS and POLARIS HMI”, PROFINET and carrier bus transition, EtherNet/IP in zone 21 |
|
Chemical |
||
|
Food |
||
|
Mining |
||
|
Metallurgical |
||
|
Pharmacological |
||
|
Woodworking |
||
|
Mobile computers, scanners |
Pharmacological |
– visual code scanning, input, exchange, accounting of information, in real time. |
|
Petrochemicals |
||
|
Automotive industry |
||
|
Food |
||
|
MODEX modules |
Oil and gas production and refining |
– reception and transfer of technological information from executive devices to control systems using PROFIBUS-DP, PROFIBUS bus technology and back for controlling executive devices. PROFIBUS-DP, PROFIBUS infrastructure modules. |
|
Chemical |
||
|
Food |
||
|
Mining |
||
|
Metallurgical |
||
|
Pharmacological |
||
|
Woodworking |
||
|
Electric motors |
||
|
Electric motors |
Oil and gas production and refining |
– process equipment drives |
|
Chemical |
||
|
Food |
||
|
Mining |
||
|
Metallurgical |
||
|
Pharmacological |
||
|
Woodworking |
||
|
Vibration control and seismics |
||
|
vibration monitoring system |
Nuclear power |
– control of vibration, seismic condition, timely shutdown of hazardous facilities |
|
Mining |
– control of vibration, seismic condition, timely withdrawal of personnel from hazardous areas |
|
|
Chemical |
– control of vibration, seismic condition, timely shutdown of hazardous facilities, prevention of leaks of hazardous liquids |
|
|
Liquefied gas terminals |
– control of vibration, seismic condition, timely shutdown of hazardous facilities, leakage prevention |
|
|
Mobile devices |
||
|
tablet computer, smartphone |
Oil and gas production and refining |
– communication, information gathering, information transfer, technical staff, project managers, etc. |
|
Chemical |
||
|
Food |
||
|
Mining |
||
|
Metallurgical |
||
|
Pharmacological |
||
|
Woodworking |
||
