From complex
challenges to smart solutions.
From complex challenges to smart solutions.
From complex challenges to smart solutions.
We specialize in developing systems that optimize every aspect of your plant. We combine engineering precision with digital intelligence to ensure your competitive advantage.
We specialize in developing systems that optimize every aspect of your plant. We combine engineering precision with digital intelligence to ensure your competitive advantage.
We specialize in developing systems that optimize every aspect of your plant. We combine engineering precision with digital intelligence to ensure your competitive advantage.
Order change optimization
Order change optimization
Combustion optimization
Combustion optimization
Water supply network optimization
Water supply network optimization
Application History
Application History
Production downtime tracking
Production downtime tracking
Recipe enhancement
Recipe enhancement
Mechanical properties of paper
Mechanical properties of paper
Advanced control of the dosing and mixing process
Advanced control of the dosing and mixing process
Production plan optimization
Production plan optimization
Order change optimization
Order change optimization
Order change optimization
Automatic change
of production orders.
Automatic change
of production orders.
Automatic change
of production orders.
Intelligent software for automating transitions between orders. It reduces downtime, eliminates errors, and maximizes efficiency in the process industry.
Intelligent software for automating transitions between orders. It reduces downtime, eliminates errors, and maximizes efficiency in the process industry.
Intelligent software for automating transitions between orders. It reduces downtime, eliminates errors, and maximizes efficiency in the process industry.
Intelligent transition automation
Intelligent transition automation
Instead of manual adjustment, our system uses advanced algorithms to precisely calculate optimal process parameters. Every transition step is programmed to ensure production continuity without any loss of quality.
Instead of manual adjustment, our system uses advanced algorithms to precisely calculate optimal process parameters. Every transition step is programmed to ensure production continuity without any loss of quality.
Instead of manual adjustment, our system uses advanced algorithms to precisely calculate optimal process parameters. Every transition step is programmed to ensure production continuity without any loss of quality.
Reducing downtime and waste
Reducing downtime and waste
By optimizing each work order, we directly reduce changeover time and the amount of waste material. The result is a plant that operates with greater throughput and significantly lower operating costs.
By optimizing each work order, we directly reduce changeover time and the amount of waste material. The result is a plant that operates with greater throughput and significantly lower operating costs.
By optimizing each work order, we directly reduce changeover time and the amount of waste material. The result is a plant that operates with greater throughput and significantly lower operating costs.
Adaptive control (MPC)
Adaptive control (MPC)
The system does not rely on fixed settings, but instead uses Model Predictive Control to adapt in real time to dynamic conditions in the machine. This ensures stability even with the most complex changes in grammage or material composition.
The system does not rely on fixed settings, but instead uses Model Predictive Control to adapt in real time to dynamic conditions in the machine. This ensures stability even with the most complex changes in grammage or material composition.
The system does not rely on fixed settings, but instead uses Model Predictive Control to adapt in real time to dynamic conditions in the machine. This ensures stability even with the most complex changes in grammage or material composition.
Technologies
Technologies
Adaptive MPC
AI & Neural networks
ERGA OPC Client
Mathematical modeling
Key benefits for your business
Key benefits for your business
Faster transition
Without human error
Consistent quality
Combustion optimization
Combustion optimization
Combustion optimization
Combustion optimization
of steam boilers.
Combustion optimization
of steam boilers.
Combustion optimization
of steam boilers.
An advanced software solution for reducing fuel consumption and harmful gas emissions. The system maximizes the efficiency of industrial boilers through precise control and continuous real-time calculation of parameters.
An advanced software solution for reducing fuel consumption and harmful gas emissions. The system maximizes the efficiency of industrial boilers through precise control and continuous real-time calculation of parameters.
An advanced software solution for reducing fuel consumption and harmful gas emissions. The system maximizes the efficiency of industrial boilers through precise control and continuous real-time calculation of parameters.
Maximum utilization of energy resources
Maximum utilization of energy resources
Instead of manual adjustment, our system uses advanced algorithms to precisely calculate optimal process parameters. Every transition step is programmed to ensure production continuity without any loss of quality.
Instead of manual adjustment, our system uses advanced algorithms to precisely calculate optimal process parameters. Every transition step is programmed to ensure production continuity without any loss of quality.
Instead of manual adjustment, our system uses advanced algorithms to precisely calculate optimal process parameters. Every transition step is programmed to ensure production continuity without any loss of quality.
Intelligent eco-regulation
Intelligent eco-regulation
By optimizing each work order, we directly reduce changeover time and the amount of waste material. The result is a plant that operates with greater throughput and significantly lower operating costs.
By optimizing each work order, we directly reduce changeover time and the amount of waste material. The result is a plant that operates with greater throughput and significantly lower operating costs.
By optimizing each work order, we directly reduce changeover time and the amount of waste material. The result is a plant that operates with greater throughput and significantly lower operating costs.
Virtual diagnostics and control
Virtual diagnostics and control
The system does not rely on fixed settings, but instead uses Model Predictive Control to adapt in real time to dynamic conditions in the machine. This ensures stability even with the most complex changes in grammage or material composition.
The system does not rely on fixed settings, but instead uses Model Predictive Control to adapt in real time to dynamic conditions in the machine. This ensures stability even with the most complex changes in grammage or material composition.
The system does not rely on fixed settings, but instead uses Model Predictive Control to adapt in real time to dynamic conditions in the machine. This ensures stability even with the most complex changes in grammage or material composition.
Technologies
Technologies
Virtual CO sensor
Cross-Limiting Override
Automatic process analysis
ERGA OPC Client
Key benefits for your business
Key benefits for your business
Lower fuel costs
Greater efficiency
Environmental sustainability
Water supply network optimization
Water supply network optimization
Water supply network optimization
Optimization
of the water supply network.
Optimization
of the water supply network.
Optimization
of the water supply network.
An advanced artificial intelligence-based system for intelligent water resource management. The solution proactively reduces network losses and optimizes pumping station operations, ensuring maximum energy efficiency in water supply systems.
An advanced artificial intelligence-based system for intelligent water resource management. The solution proactively reduces network losses and optimizes pumping station operations, ensuring maximum energy efficiency in water supply systems.
An advanced artificial intelligence-based system for intelligent water resource management. The solution proactively reduces network losses and optimizes pumping station operations, ensuring maximum energy efficiency in water supply systems.
Smart loss reduction
Smart loss reduction
Using artificial intelligence algorithms, the system continuously analyzes flows and pressures in the network. By identifying anomalies in real time, it enables a rapid response to pipe bursts and leaks, thereby drastically reducing non-recoverable drinking water losses.
Using artificial intelligence algorithms, the system continuously analyzes flows and pressures in the network. By identifying anomalies in real time, it enables a rapid response to pipe bursts and leaks, thereby drastically reducing non-recoverable drinking water losses.
Using artificial intelligence algorithms, the system continuously analyzes flows and pressures in the network. By identifying anomalies in real time, it enables a rapid response to pipe bursts and leaks, thereby drastically reducing non-recoverable drinking water losses.
Energy optimization according to tariffs
Energy optimization according to tariffs
Our software integrates electricity tariff data to optimize the operation of pumping stations. The pumps are scheduled to activate during lower-tariff periods, filling water reservoirs at minimal cost while maintaining stable pressure throughout the entire network.
Our software integrates electricity tariff data to optimize the operation of pumping stations. The pumps are scheduled to activate during lower-tariff periods, filling water reservoirs at minimal cost while maintaining stable pressure throughout the entire network.
Our software integrates electricity tariff data to optimize the operation of pumping stations. The pumps are scheduled to activate during lower-tariff periods, filling water reservoirs at minimal cost while maintaining stable pressure throughout the entire network.
Long-term sustainability of the system
Long-term sustainability of the system
Automation and precise pressure regulation reduce mechanical stress on pipes and equipment. This directly extends the lifespan of water supply infrastructure and reduces the need for costly emergency interventions, making utility systems more stable.
Automation and precise pressure regulation reduce mechanical stress on pipes and equipment. This directly extends the lifespan of water supply infrastructure and reduces the need for costly emergency interventions, making utility systems more stable.
Automation and precise pressure regulation reduce mechanical stress on pipes and equipment. This directly extends the lifespan of water supply infrastructure and reduces the need for costly emergency interventions, making utility systems more stable.
Technologies
Technologies
AI Algorithms
Tariff integration
Pressure regulation
Detection system
Key benefits for your business
Key benefits for your business
Lower water losses
Energy savings
Stable network
Application History
Application History
Application History
Historian
process application.
Historian
process application.
Historian
process application.
A specialized solution for the secure archiving and in-depth analysis of large volumes of process data. The application enables the transformation of raw production information into clear reports and trends, with the highest level of cybersecurity.
A specialized solution for the secure archiving and in-depth analysis of large volumes of process data. The application enables the transformation of raw production information into clear reports and trends, with the highest level of cybersecurity.
A specialized solution for the secure archiving and in-depth analysis of large volumes of process data. The application enables the transformation of raw production information into clear reports and trends, with the highest level of cybersecurity.
Archiving without data loss
Archiving without data loss
Our system enables the reliable collection and storage of thousands of measurement points per second. Whether it is temperatures, pressures, or engine statuses, the Historian application ensures that no data is lost, creating a solid foundation for historical analysis of plant operations.
Our system enables the reliable collection and storage of thousands of measurement points per second. Whether it is temperatures, pressures, or engine statuses, the Historian application ensures that no data is lost, creating a solid foundation for historical analysis of plant operations.
Our system enables the reliable collection and storage of thousands of measurement points per second. Whether it is temperatures, pressures, or engine statuses, the Historian application ensures that no data is lost, creating a solid foundation for historical analysis of plant operations.
Trend visualization and reporting
Trend visualization and reporting
The system automatically generates customized reports and provides an intuitive view of trends. Operators and management can monitor deviations in the process in real time, compare current performance with historical data, and quickly identify the causes of potential problems.
The system automatically generates customized reports and provides an intuitive view of trends. Operators and management can monitor deviations in the process in real time, compare current performance with historical data, and quickly identify the causes of potential problems.
The system automatically generates customized reports and provides an intuitive view of trends. Operators and management can monitor deviations in the process in real time, compare current performance with historical data, and quickly identify the causes of potential problems.
Integrity and cybersecurity
Integrity and cybersecurity
In the world of Industry 4.0, data security is critical. The Historian application implements advanced security protocols and encryption, ensuring that only authorized personnel have access to sensitive production data, thereby protecting your business from external threats.
In the world of Industry 4.0, data security is critical. The Historian application implements advanced security protocols and encryption, ensuring that only authorized personnel have access to sensitive production data, thereby protecting your business from external threats.
In the world of Industry 4.0, data security is critical. The Historian application implements advanced security protocols and encryption, ensuring that only authorized personnel have access to sensitive production data, thereby protecting your business from external threats.
Technologies
Technologies
OPC DA protocol
Database Management
Cybersecurity
Redundant architecture
Key benefits for your business
Key benefits for your business
Secure access to data
Advanced reporting
Bottleneck identification
Production downtime tracking
Production downtime tracking
Production downtime tracking
Downtime monitoring
in real time.
Downtime monitoring
in real time.
Downtime monitoring
in real time.
An intelligent system for automatic detection, classification, and reporting of downtime. The tool provides instant insight into the causes of stoppages, helping you eliminate "bottlenecks" and maximize your plant's productivity.
An intelligent system for automatic detection, classification, and reporting of downtime. The tool provides instant insight into the causes of stoppages, helping you eliminate "bottlenecks" and maximize your plant's productivity.
An intelligent system for automatic detection, classification, and reporting of downtime. The tool provides instant insight into the causes of stoppages, helping you eliminate "bottlenecks" and maximize your plant's productivity.
Current detection and classification
Current detection and classification
Our system automatically recognizes every stoppage the moment it occurs. Instead of manual entry, the software classifies interruptions according to predefined criteria, enabling operators and management to focus on solving problems rather than administration.
Our system automatically recognizes every stoppage the moment it occurs. Instead of manual entry, the software classifies interruptions according to predefined criteria, enabling operators and management to focus on solving problems rather than administration.
Our system automatically recognizes every stoppage the moment it occurs. Instead of manual entry, the software classifies interruptions according to predefined criteria, enabling operators and management to focus on solving problems rather than administration.
Root Cause Analysis
Root Cause Analysis
Identifying downtime is only the first step. The system analyzes process signals to uncover the real causes of interruptions—whether they are technical faults, a shortage of raw materials, or organizational processes. Detailed data enables precise decisions to permanently eliminate the problem.
Identifying downtime is only the first step. The system analyzes process signals to uncover the real causes of interruptions—whether they are technical faults, a shortage of raw materials, or organizational processes. Detailed data enables precise decisions to permanently eliminate the problem.
Identifying downtime is only the first step. The system analyzes process signals to uncover the real causes of interruptions—whether they are technical faults, a shortage of raw materials, or organizational processes. Detailed data enables precise decisions to permanently eliminate the problem.
Automated smart reporting
Automated smart reporting
Forget manual spreadsheets and post-analysis. The tool generates clear reports in real time, providing insight into key KPI indicators. Data is available immediately, enabling quick corrective actions and continuous improvement of production processes.
Forget manual spreadsheets and post-analysis. The tool generates clear reports in real time, providing insight into key KPI indicators. Data is available immediately, enabling quick corrective actions and continuous improvement of production processes.
Forget manual spreadsheets and post-analysis. The tool generates clear reports in real time, providing insight into key KPI indicators. Data is available immediately, enabling quick corrective actions and continuous improvement of production processes.
Technologies
Technologies
OPC DA communication
Process Signal Analytics
Real-time integration
Scalable architecture
Key benefits for your business
Key benefits for your business
Increasing the OEE indicator
Process transparency
Reduction of operating costs
Recipe enhancement
Centralized
recipe management.
Centralized
recipe management.
Centralized
recipe management.
An intelligent solution for upgrading process systems that enables the storage and management of an unlimited number of recipes. The system reduces the load on controllers and provides operators with an intuitive interface for quick selection and precise execution of complex recipes.
An intelligent solution for upgrading process systems that enables the storage and management of an unlimited number of recipes. The system reduces the load on controllers and provides operators with an intuitive interface for quick selection and precise execution of complex recipes.
An intelligent solution for upgrading process systems that enables the storage and management of an unlimited number of recipes. The system reduces the load on controllers and provides operators with an intuitive interface for quick selection and precise execution of complex recipes.
Memory and resource optimization
Memory and resource optimization
In traditional systems, recipes take up valuable controller memory, which can slow down system performance. Our solution moves recipes to a centralized database, significantly relieving the process level and enabling more stable system operation regardless of product complexity.
In traditional systems, recipes take up valuable controller memory, which can slow down system performance. Our solution moves recipes to a centralized database, significantly relieving the process level and enabling more stable system operation regardless of product complexity.
In traditional systems, recipes take up valuable controller memory, which can slow down system performance. Our solution moves recipes to a centralized database, significantly relieving the process level and enabling more stable system operation regardless of product complexity.
Speed and accuracy of execution
Speed and accuracy of execution
Thanks to the centralized interface, operators can select and load a new recipe in milliseconds. The system automatically synchronizes thousands of parameters, eliminating the possibility of manual input errors and ensuring that each production cycle is carried out exactly according to the specified specifications.
Thanks to the centralized interface, operators can select and load a new recipe in milliseconds. The system automatically synchronizes thousands of parameters, eliminating the possibility of manual input errors and ensuring that each production cycle is carried out exactly according to the specified specifications.
Thanks to the centralized interface, operators can select and load a new recipe in milliseconds. The system automatically synchronizes thousands of parameters, eliminating the possibility of manual input errors and ensuring that each production cycle is carried out exactly according to the specified specifications.
Universal application in the process industry
Universal application in the process industry
Whether it is paper production with different weights, chemical mixtures, or food products, the solution is fully scalable. It allows the easy addition of new recipes without the need to stop production or further program the controller.
Whether it is paper production with different weights, chemical mixtures, or food products, the solution is fully scalable. It allows the easy addition of new recipes without the need to stop production or further program the controller.
Whether it is paper production with different weights, chemical mixtures, or food products, the solution is fully scalable. It allows the easy addition of new recipes without the need to stop production or further program the controller.
Technologies
Technologies
Integrated databases
Dynamic synchronization
HMI / SCADA integration
Data security
Key benefits for your business
Key benefits for your business
Maximum relief
Quick assortment change
Centralized control
Mechanical properties of paper
Virtual sensor
for SCT paper.
Virtual sensor
for SCT paper.
Virtual sensor
for SCT paper.
An innovative solution that enables continuous monitoring and predictive control of the mechanical properties of paper in real time. The system predicts SCT test results before laboratory verification, ensuring stable quality with significant raw material savings.
An innovative solution that enables continuous monitoring and predictive control of the mechanical properties of paper in real time. The system predicts SCT test results before laboratory verification, ensuring stable quality with significant raw material savings.
An innovative solution that enables continuous monitoring and predictive control of the mechanical properties of paper in real time. The system predicts SCT test results before laboratory verification, ensuring stable quality with significant raw material savings.
Quality visible in real time
Quality visible in real time
Traditionally, mechanical properties such as SCT (Short Span Compression Test) are only known after laboratory analysis of the finished sample. Our virtual sensor eliminates that waiting time, providing operators with precise information about paper quality while it is still on the machine, enabling immediate process adjustments.
Traditionally, mechanical properties such as SCT (Short Span Compression Test) are only known after laboratory analysis of the finished sample. Our virtual sensor eliminates that waiting time, providing operators with precise information about paper quality while it is still on the machine, enabling immediate process adjustments.
Traditionally, mechanical properties such as SCT (Short Span Compression Test) are only known after laboratory analysis of the finished sample. Our virtual sensor eliminates that waiting time, providing operators with precise information about paper quality while it is still on the machine, enabling immediate process adjustments.
Goal-oriented predictive control
Goal-oriented predictive control
The system not only monitors quality, but also uses predictive models with an objective function to actively guide the process. By optimizing parameters, the system ensures that paper quality always remains within the specified limits, minimizing over-specification (over-quality) and unnecessary consumption of fibers and chemicals.
The system not only monitors quality, but also uses predictive models with an objective function to actively guide the process. By optimizing parameters, the system ensures that paper quality always remains within the specified limits, minimizing over-specification (over-quality) and unnecessary consumption of fibers and chemicals.
The system not only monitors quality, but also uses predictive models with an objective function to actively guide the process. By optimizing parameters, the system ensures that paper quality always remains within the specified limits, minimizing over-specification (over-quality) and unnecessary consumption of fibers and chemicals.
Reduction of operating costs
Reduction of operating costs
Early detection of deviations prevents the production of waste and reduces the number of complaints. Through continuous monitoring and fine-tuning of variables, the tension system enables more stable production at higher machine speeds, which directly increases the profitability and competitiveness of your paper mill.
Early detection of deviations prevents the production of waste and reduces the number of complaints. Through continuous monitoring and fine-tuning of variables, the tension system enables more stable production at higher machine speeds, which directly increases the profitability and competitiveness of your paper mill.
Early detection of deviations prevents the production of waste and reduces the number of complaints. Through continuous monitoring and fine-tuning of variables, the tension system enables more stable production at higher machine speeds, which directly increases the profitability and competitiveness of your paper mill.
Technologies
Technologies
Virtual sensors
Modeling with an objective function
Integration with Historian
Process analytics
Key benefits for your business
Key benefits for your business
Reliability before the lab
Saving raw materials and energy
Continuous traceability
Advanced control of the dosing and mixing process
Intelligent
dosing and mixing.
Intelligent
dosing and mixing.
Intelligent
dosing and mixing.
An advanced system that connects all key process data for automatic real-time recipe optimization. It ensures flawless dosing precision, stable product quality, and full compliance with the strictest industry regulations.
An advanced system that connects all key process data for automatic real-time recipe optimization. It ensures flawless dosing precision, stable product quality, and full compliance with the strictest industry regulations.
An advanced system that connects all key process data for automatic real-time recipe optimization. It ensures flawless dosing precision, stable product quality, and full compliance with the strictest industry regulations.
Uncompromising quality stability
Uncompromising quality stability
In industries where raw material ratios are critical, manual adjustments carry a high risk. Our system uses digitalization and AI to continuously monitor the mixing process, automatically correcting dosing in milliseconds. The result is a product that fully meets the specification every time, regardless of variations in the input raw materials.
In industries where raw material ratios are critical, manual adjustments carry a high risk. Our system uses digitalization and AI to continuously monitor the mixing process, automatically correcting dosing in milliseconds. The result is a product that fully meets the specification every time, regardless of variations in the input raw materials.
In industries where raw material ratios are critical, manual adjustments carry a high risk. Our system uses digitalization and AI to continuously monitor the mixing process, automatically correcting dosing in milliseconds. The result is a product that fully meets the specification every time, regardless of variations in the input raw materials.
Saving resources through precision
Saving resources through precision
Minimizing waste and over-dosing (giveaway) directly affects profitability. By implementing an MPC model, the system predicts mixing dynamics and ensures optimal utilization of every gram of raw material. This significantly shortens the mixing cycle time and reduces the plant's operating costs.
Minimizing waste and over-dosing (giveaway) directly affects profitability. By implementing an MPC model, the system predicts mixing dynamics and ensures optimal utilization of every gram of raw material. This significantly shortens the mixing cycle time and reduces the plant's operating costs.
Minimizing waste and over-dosing (giveaway) directly affects profitability. By implementing an MPC model, the system predicts mixing dynamics and ensures optimal utilization of every gram of raw material. This significantly shortens the mixing cycle time and reduces the plant's operating costs.
Compliance and digital traceability
Compliance and digital traceability
For the pharmaceutical and food industries, regulatory compliance is imperative. Our solution provides complete digital traceability of every dosing step. By automatically recording all parameters, you reduce the risk of regulatory non-compliance and provide strong evidence of quality for your end users and inspection authorities.
For the pharmaceutical and food industries, regulatory compliance is imperative. Our solution provides complete digital traceability of every dosing step. By automatically recording all parameters, you reduce the risk of regulatory non-compliance and provide strong evidence of quality for your end users and inspection authorities.
For the pharmaceutical and food industries, regulatory compliance is imperative. Our solution provides complete digital traceability of every dosing step. By automatically recording all parameters, you reduce the risk of regulatory non-compliance and provide strong evidence of quality for your end users and inspection authorities.
Technologies
Technologies
MPC models
SCADA/PLC integration
AI optimization
Protocol digitization
Key benefits for your business
Key benefits for your business
No variability
Maximum savings
Safety and regulations
Production plan optimization
Optimization
of the production plan.
Optimization
of the production plan.
Optimization
of the production plan.
Intelligent planning software that uses linear programming methods to achieve maximum capacity at minimal cost. The system automates complex decisions, ensuring optimal order sequencing and the most efficient use of all available resources.
Intelligent planning software that uses linear programming methods to achieve maximum capacity at minimal cost. The system automates complex decisions, ensuring optimal order sequencing and the most efficient use of all available resources.
Intelligent planning software that uses linear programming methods to achieve maximum capacity at minimal cost. The system automates complex decisions, ensuring optimal order sequencing and the most efficient use of all available resources.
Mathematical precision instead of guesswork
Mathematical precision instead of guesswork
Planning in complex industries is often too demanding for manual data processing. Our solution uses linear programming algorithms that analyze thousands of variables in seconds – from the availability of raw materials and labor to delivery deadlines – creating a plan that is mathematically proven to be the most efficient.
Planning in complex industries is often too demanding for manual data processing. Our solution uses linear programming algorithms that analyze thousands of variables in seconds – from the availability of raw materials and labor to delivery deadlines – creating a plan that is mathematically proven to be the most efficient.
Planning in complex industries is often too demanding for manual data processing. Our solution uses linear programming algorithms that analyze thousands of variables in seconds – from the availability of raw materials and labor to delivery deadlines – creating a plan that is mathematically proven to be the most efficient.
Maximizing capacity and profit
Maximizing capacity and profit
The system's goal is to eliminate idle time and "bottlenecks" in the production cycle. By optimizing the sequence of work orders, downtime and changeover costs are directly minimized, resulting in a significant increase in overall production capacity without the need for additional hardware investment.
The system's goal is to eliminate idle time and "bottlenecks" in the production cycle. By optimizing the sequence of work orders, downtime and changeover costs are directly minimized, resulting in a significant increase in overall production capacity without the need for additional hardware investment.
The system's goal is to eliminate idle time and "bottlenecks" in the production cycle. By optimizing the sequence of work orders, downtime and changeover costs are directly minimized, resulting in a significant increase in overall production capacity without the need for additional hardware investment.
Full visibility and control
Full visibility and control
The software provides a clear visualization of plans and projected results in real time. By integrating with automation systems, planning is no longer an isolated office task and becomes a dynamic process that responds instantly to unexpected changes at the plant level.
The software provides a clear visualization of plans and projected results in real time. By integrating with automation systems, planning is no longer an isolated office task and becomes a dynamic process that responds instantly to unexpected changes at the plant level.
The software provides a clear visualization of plans and projected results in real time. By integrating with automation systems, planning is no longer an isolated office task and becomes a dynamic process that responds instantly to unexpected changes at the plant level.
Technologies
Technologies
Linear programming
Systems integration
Simulation modeling
Resource analysis
Key benefits for your business
Key benefits for your business
Maximum utilization
Minimal costs
Quick Adaptation
Global projects
Global projects
Global projects
Engineering Success Across Borders.
Engineering success
without borders.
Engineering success without borders.
Explore our latest projects in which we helped industry leaders optimize production, reduce downtime, and achieve long-term operational stability.
Explore our latest projects in which we helped industry leaders optimize production, reduce downtime, and achieve long-term operational stability.
Explore our latest projects in which we helped industry leaders optimize production, reduce downtime, and achieve long-term operational stability.
A2A Overspeed:
Replacing EPRO MMS6350D with TP800
A2A Overspeed:
Replacing EPRO MMS6350D with TP800
A2A is one of the largest Italian companies involved in the energy sector and sustainable development, including water supply, sanitation and waste management.
A2A is one of the largest Italian companies involved in the energy sector and sustainable development, including water supply, sanitation and waste management.
Software Modification
Turbine Control
Profibus Communication
View project
EKON Eti Maden:
SIEMENS Turbine Upgrade
EKON Eti Maden:
SIEMENS Turbine Upgrade
Implementation of a new rotating equipment monitoring and protection system (ABB MCM 800). The project took place at the EKON Eti Maden power plant in the city of Bandirma, Turkey.
Implementation of a new rotating equipment monitoring and protection system (ABB MCM 800). The project took place at the EKON Eti Maden power plant in the city of Bandirma, Turkey.
Architecture Design
PLC Programming
HMI Graphical Interface Design
View project
Transform Your Legacy
Systems Into Smart Operations.
Do not let outdated technology limit your production capacity. We provide the technical expertise and innovative framework needed to scale your facility into a fully connected, high-performance digital ecosystem.
Precision-engineered solutions for complex industrial challenges, ensuring maximum reliability and growth for plants worldwide.
© 2026 Erga d.o.o. All rights reserved.
Available immediately
Schedule
a discovery call.
Talk to our project manager and find out how we can turn your vision into reality.
Transform Your Legacy Systems Into Smart Operations.
Transform your legacy systems into intelligent operations.
Transform your legacy systems into intelligent operations.
Don't let outdated technology limit your production capacity. We provide the technical expertise and innovative framework needed to scale your facility into a fully connected, high-performance digital ecosystem.
Do not let outdated technology limit your production capacity. We provide the technical expertise and innovative framework needed to scale your facility into a fully connected, high-performance digital ecosystem.
Precision-engineered solutions for complex industrial challenges, ensuring maximum reliability and growth for facilities worldwide.
Precision-engineered solutions for complex industrial challenges, ensuring maximum reliability and growth for plants worldwide.
Precision-engineered solutions for complex industrial challenges, ensuring maximum reliability and growth for plants worldwide.
Company
Company
References
Solutions
About us
Contact
Services
Services
Industrial IT Solutions
Factory Automation
Process Optimization
Service & Maintenance
© 2026 Erga LLC. All rights reserved.
© 2026 Erga d.o.o. All rights reserved.
© 2026 Erga d.o.o. All rights reserved.
Terms of Service
Privacy Policy
GDPR
Schedule a discovery call.
Schedule
a discovery call.
Speak with our project lead and see how we can bring your vision to life.
Talk to our project manager and find out how we can turn your vision into reality.
AVAILABLE NOW