In modern mill facilities, real-time monitoring and control systems are critically important for efficiency, quality, and cost optimization. SCADA (Supervisory Control and Data Acquisition) systems enable you to monitor, control, and optimize all processes in your facility from a single central platform.
As Tanış A.Ş., combining our over 60 years of experience in the milling industry with modern SCADA technologies, we offer integrated monitoring and control solutions customized for your facilities. We help you manage all your processes digitally from raw material acceptance to final product shipping.
What are SCADA Systems and How Do They Work
SCADA systems are a technology that integrates software and hardware components used to monitor, control, and collect data from equipment and processes in industrial facilities.
Basic Functions:
- Real-time data collection and monitoring
- Process control and remote operation
- Alarm management and event notification
- Data storage, archiving, and reporting
- Process optimization and decision support
Modern SCADA systems consist of components such as central supervision and monitoring software, field devices (sensors, actuators), data communication network, and operation terminals (HMI).
SCADA systems designed specifically for mill facilities monitor all processes in the facility with a holistic approach:
Distributed Control Structure: There are local control units for different units in the facility (raw material acceptance, cleaning, conditioning, grinding, packaging, etc.), but all are connected to the central SCADA system.
Data Collection Infrastructure: Data is collected from processes through PLCs, RTUs, and smart sensors and transferred to the central system.
Server-Client Architecture: The central SCADA server collects and processes all data, while operators and managers access the system through client terminals.
Database and Historian: All process data, alarms, and events are stored in a database for long-term analysis.
Modern SCADA systems support various industrial communication protocols, providing flexible and reliable communication:
Industrial Protocols: Seamless communication with different equipment through standards such as Modbus RTU/TCP, Profinet, EtherNet/IP, and OPC UA.
Ethernet-based Communication: TCP/IP based network architecture that provides high-speed data transfer and standard network infrastructure usage.
Wireless Options: Data collection from remote points without cabling costs through wireless communication technologies such as Wi-Fi and 4G/5G.
OPC Integration: Seamless data flow and integration between different systems through open standards like OPC UA.
User-friendly HMI designs for operators to use the system effectively:
Intuitive Interface: Interfaces that enable operators to make quick and accurate decisions with easy navigation, clear symbols, and color codes.
Dynamic Process Display: Animated diagrams that show the status of facility equipment, process flow, and operation parameters in real-time.
Alarm Management: Visual alarm system that enables quick recognition of critical events through alarm prioritization, filtering, and categorization.
Trend Display: Performance tracking, deviation analysis, and optimization opportunities through time-based graphs of critical process variables.
Raw Material Acceptance and Storage Monitoring
Our SCADA solutions in raw material management, the first stage of mill operations:
Silo Management: Real-time monitoring of silo fill rates, maximum capacity utilization, and product traceability.
Grain Reception Systems: Integration of automatic weighing, sampling, and quality evaluation systems.
Quality Parameters: Tracking parameters such as moisture, protein, gluten, and foreign matter ratio, and automatic silo assignment based on quality.
Temperature and Humidity Monitoring: Continuous monitoring of temperature and humidity values in silos to preserve product quality.
SCADA applications for optimization of raw material preparation processes:
Cleaning Equipment: Performance tracking of equipment such as sieves, destoners, and magnetic separators, and control of optimal operating parameters.
Conditioning Automation: Precise control of moisture and time parameters in the conditioning process, automatic water dosing.
Performance Monitoring: Efficiency analysis of cleaning equipment, blockage/failure detection, and maintenance planning.
Energy Monitoring: Equipment-based monitoring of energy consumption in the cleaning process and energy optimization.
Monitoring and control of the grinding process, which is the heart of the mill process:
Roll Feed Control: Automatic control systems that provide optimum and consistent product feeding to roll mills.
Sieve Performance: Monitoring sieve fill and blockage conditions, control of automatic cleaning systems.
Process Parameters: Monitoring critical parameters such as roll gap, feed amount, and sieve operating modes.
Product Flow Management: Automatic routing of product flow through control of pneumatic conveying and diverter systems.
Product Packaging and Shipping Monitoring
Monitoring and control of post-production processes:
Packaging Lines: Monitoring the status, speed, and performance of all packaging lines from a single screen.
Production Counters: Automatic counting of packaged product quantities, shift and product-based production reporting.
Lot Tracking: Automatic generation of production lot numbers and ensuring product traceability.
Shipping Control: Monitoring order preparation, loading, and shipping processes, product tracking through barcode integration.
Advanced Features and Technologies of SCADA Systems
Real-time Data Analysis and Reporting
Our modern SCADA solutions offer comprehensive data analysis and reporting capabilities:
Instant Data Collection: Real-time visibility of all processes in the facility by collecting information from thousands of data points within seconds.
Dashboard Systems: Customizable dashboard screens that visualize critical performance indicators (KPIs).
OEE Calculations: OEE monitoring systems that automatically calculate equipment availability, performance, and quality metrics.
Automatic Reporting: Tools that automatically generate shift, daily, weekly, and monthly production, quality, and performance reports.
Advanced alarm management systems for proactive problem detection and rapid intervention:
Smart Alarm Management: Systems that effectively manage thousands of alarm points, prevent alarm flooding, and highlight important alarms.
Prioritization: Classification and visual differentiation of alarms according to criticality level.
Event Recording: Time-stamped recording of all alarms, operator interventions, and system events.
Notification System: Instant transmission of critical alarms to relevant personnel through SMS, email, and mobile application notifications.
Recipe Management and Batch Control
Recipe management systems that facilitate process control for different product types:
Digital Recipe Database: Central database storage of production parameters for all product types.
Parameter Management: Easy editing, versioning, and approval processes for recipe parameters.
Batch Tracking: Recording of all process parameters, raw material information, and quality data for each production batch.
Recipe Optimization: Analysis tools for continuous improvement of recipe parameters based on production results.
Historical data management for long-term analysis and process optimization:
Data Archiving: Access to process data for years through long-term data storage strategies.
Trend Analysis: Analysis of changes in critical process variables over time and detection of long-term trends.
Statistical Process Control: Statistical analyses such as process capability, average values, and standard deviations.
Performance Benchmarking: Performance comparison between different time periods, shifts, or product types.
SCADA and Business Systems Integration
ERP and MES Integration
Our SCADA systems work integrated with your business’s other business systems, optimizing data flow:
ERP Integration: Bidirectional integration of production, inventory, order, and cost data with ERP systems.
Production Planning: Automatic transfer of production plans to the SCADA system through integration with MES systems.
Inventory Management: Automatic transfer of raw material consumption and product production quantities to inventory management systems.
Cost Analysis: Detailed product cost analysis through integration of process data with cost accounting systems.
Quality systems integration for product quality and traceability:
LIMS Integration: Automatic recording of quality test results through integration with Laboratory Information Management Systems.
Quality Control Data: Central system collection of data from online quality measurement devices.
Specification Control: Continuous control of product quality parameters’ compliance with specified specifications.
Quality Reporting: Automatic generation of quality trends, deviation analyses, and compliance reports.
Mobile and Web-based Access Solutions
Access solutions suitable for the mobility needs of the modern business world:
Mobile SCADA Applications: Secure and user-friendly mobile applications specially developed for tablets and smartphones.
Web-based Monitoring: Web portals that provide secure facility access through internet browsers.
Remote Access: Secure system access from outside the facility through VPN and secure communication protocols.
Instant Notifications: Instant mobile notifications for important events such as critical alarms and production target achievement status.
IIoT (Industrial Internet of Things) Integration
IIoT solutions for transitioning to future smart factories:
Smart Sensors: Self-monitoring, fault-diagnosing, calibratable smart sensor networks.
Edge Computing: Edge devices that minimize delay with field data processing capability and optimize bandwidth usage.
Wireless Sensor Networks: Wireless sensor technologies that do not require cabling and can operate for long periods on battery power.
Big Data Management: Effective collection and interpretation of large volumes of data from thousands of sensors.
Cloud-based SCADA Solutions
Cloud solutions for flexibility, scalability, and accessibility:
SaaS SCADA Models: Cloud-based solutions offered with pay-as-you-use models that do not require high initial investment.
Scalability: Flexible infrastructure that can be easily scaled as the business grows or needs change.
Multi-facility Management: Central management of facilities in different locations through a single cloud platform.
Low TCO: Low total cost of ownership that reduces hardware investment, maintenance costs, and IT personnel needs.
Simulation and optimization with virtual copy of physical facility:
Digital Twin Technology: Creating virtual copies that model all equipment and processes of the mill facility.
What-If Analyses: Ability to see the results of different operation scenarios in advance, test process changes without taking risks.
Operator Training: Safe training of operators in simulation environments based on real facility data.
SCADA System Selection and Implementation Process
Needs Analysis and System Selection
Comprehensive preparation for a successful SCADA project:
Determining Business Needs: Determining basic monitoring and control needs, reporting requirements.
Existing Infrastructure Evaluation: Evaluation of existing automation systems and network infrastructure, determination of integration opportunities.
System Requirements: Determination of technical requirements such as I/O count, communication protocols, data collection speed, and number of users.
ROI Calculation: Calculation of expected return period of SCADA investment, cost-benefit analysis.
Systematic implementation methodology we follow in our projects:
Project Planning: Detailed timeline, resource planning, and determination of project milestones.
System Design: Detailed design of hardware architecture, network topology, HMI screens, reports, and database structure.
Software Development: SCADA software configuration, HMI screen design, PLC program development.
Testing and Commissioning: Validation and commissioning of the system through factory acceptance tests, simulation tests, and site acceptance tests.
Advantages and ROI of SCADA Systems
Operational Efficiency and Performance Improvement
Basic benefits of SCADA systems:
Real-time Monitoring: Instant situation assessment and rapid decision-making capability.
Process Optimization: Optimum use of raw materials, energy, and resources.
Reduced Downtime: Minimization of unplanned downtime through proactive maintenance and fault detection.
Standardization: Reduction of human error and consistent operation through automation of manual operations.
Benefits achieved in product quality:
Precise Control: Consistency in quality through precise control of process parameters.
Quality Deviation Analysis: Early detection of deviations and rapid intervention.
Verifiable Quality: Comprehensive quality documentation through recording of all production parameters.
Financial advantages:
Labor Productivity: Reduction in labor costs through automated processes.
Energy Savings: Energy savings through monitoring and optimization of energy consumption.
Maintenance Costs: Reduction in maintenance costs through predictive maintenance.
Raw Material Usage: Reduction in raw material losses through precise process control.
As Tanış A.Ş., we are with you regarding modern SCADA solutions and integrated monitoring systems for your mill facilities. Contact us for free facility evaluation and demo.