In today’s competitive market conditions, mill operations’ efficiency and performance are critically important for profitability and sustainable growth. Rising energy costs, fluctuations in raw material prices, and increasing quality expectations are directing businesses to seek more efficient working methods.
As Tanış A.Ş., with our over 60 years of sector experience, we offer comprehensive optimization services to maximize your mill systems’ performance, reduce operational costs, and improve product quality. With our expert engineering team, advanced analysis methods, and data-driven approach, we reveal your mill’s hidden potential.
Tanış A.Ş.’s optimization services are designed to provide holistic and systematic efficiency improvement to mill operations:
System Analysis and Performance Assessment: Detailed examination of current system performance, measurement of critical parameters, and comparative analysis
Energy Efficiency Optimization: Solutions and system improvements that minimize energy consumption
Production Capacity Enhancement: Identification of bottlenecks and improvements that eliminate capacity limitations
Product Quality Improvement: Higher and more consistent product quality through process parameter optimization
Automation Systems Optimization: Efficiency-focused configuration and modernization of control systems
Raw Material Usage Optimization: Improvements that reduce waste rates and increase extraction ratios
Maintenance Process Optimization: Minimization of downtime through proactive maintenance methodologies
As Tanış A.Ş., we apply a scientific and systematic optimization approach:
- Detailed System Analysis
- Comprehensive examination of the entire mill system
- Process flow analysis and identification of critical points
- Measurement of current performance parameters
- Data Collection and Measurement
- Collection of energy consumption, capacity utilization, waste rate data
- Systematic recording of process parameters
- Measurement and analysis of quality indicators
- Bottleneck and Loss Analysis
- Scientific identification of inefficiency sources
- Determination of energy losses through thermal analysis
- Analysis of capacity constraints through simulation models
- Solution Development
- Creation of optimization strategies based on findings
- Prioritization through cost-benefit analyses
- Presentation of ROI (Return on Investment) calculations
- Implementation and Application
- Planned and systematic improvement applications
- Implementation with minimum production interruption
- Commissioning under expert team supervision
- Result Measurement and Continuous Improvement
- Post-optimization performance measurements
- Verification of achievement level toward targets
- Follow-up and support for continuous improvement
Energy costs constitute a significant portion of your operational expenses. You can significantly reduce these costs through energy efficiency optimization:
Motor and Drive Systems Optimization:
- Transition to high-efficiency IE3/IE4 motors
- Variable speed control with frequency inverters
- Belt-pulley system optimization with laser alignment
- Average energy savings: 15-25%
Compressor and Compressed Air Systems:
- Leak detection and elimination
- Pressure level optimization
- Compressor control system improvements
- Heat recovery system integration
- Potential savings: 20-30%
Heating, Cooling, and Ventilation:
- Conditioner and dryer system optimization
- Heat exchanger efficiency improvement
- Thermal insulation improvements
- Energy savings: 10-20%
Lighting Systems:
- Modernization with LED technology
- Smart lighting control
- Daylight sensor integration
- Energy savings: 50-70%
Energy Monitoring and Management Systems:
- Real-time energy consumption monitoring
- Equipment-based consumption analysis
- Determination of optimum operating parameters
- Potential savings: 5-10%
It’s possible to achieve more production capacity with your existing equipment. Our optimization solutions for capacity increase:
Machine Layout and Arrangement Optimization:
- Flow analysis and bottleneck identification
- Optimum equipment placement
- Minimization of transport distances
- Capacity increase: 5-10%
- Roll diagram optimization
- Groove profile and corrugation analysis
- Optimum roll opening and pressure settings
- Performance increase: 10-20%
Sifting and Classification Efficiency:
- Sifter performance analysis and optimization
- Sifter load balancing and distribution improvement
- Sizer and purifier optimization
- Efficiency increase: 15-25%
Passage and Conveying Systems Improvement:
- Pneumatic conveying systems optimization
- Elevator capacity and efficiency enhancement
- Optimum air flow and pressure balance
- Capacity increase: 5-15%
Bottleneck Elimination Techniques:
- Theory of Constraints application
- In-process buffer systems optimization
- Production speed balancing and synchronization
- Total capacity increase: 10-25%
Our optimization solutions for higher and more consistent product quality:
Milling Parameter Optimization:
- Load balancing between rolls
- Milling passage optimization
- Optimum pressure and opening settings
- Quality Improvement: More homogeneous particle distribution, 15% more consistent flour quality
Moisture and Temperature Control:
- Tempering process optimization
- Precision moisture sensor integration
- Temperature control system improvements
- Result: 20% more consistent moisture content, improved gluten development
Mixing and Dosing Optimization:
- Precision weighing system calibration
- Micro and macro dosing improvement
- Mixing process optimization
- Benefit: 25% more homogeneous mixing, formulation consistency
Quality Control Processes:
- Online quality monitoring system integration
- NIR (Near Infrared) analysis technology
- Real-time process adjustments
- Gain: 30% lower quality deviations, preventive quality management
We make your mill more efficient using modern technology:
Industry 4.0 Applications:
- IoT (Internet of Things) sensor networks
- Process optimization with big data analysis
- Cloud-based monitoring and management systems
- Potential: 15-25% efficiency increase
Sensor Technologies and Real-Time Analysis:
- Vibration, temperature, pressure sensors on critical equipment
- Real-time condition monitoring
- Preventive maintenance algorithms
- Benefit: 40% reduced unplanned downtime
SCADA and Process Control Systems:
- Central control system optimization
- Automatic adjustment of process parameters
- Integrated analysis of production data
- Gain: 20% more consistent process control
Recipe Management and Optimization:
- Digital recipe management systems
- Automatic adaptation to raw material variability
- Optimum production parameter determination
- Result: High product consistency, fast product changeover
Optimization Project Implementation Process
The systematic process we follow for your mill optimization:
Initial Meeting and Needs Analysis (1-2 weeks)
- Determination of business needs and priorities
- Review of current performance data
- Definition of optimization objectives
Detailed Site Investigation and Data Collection (2-3 weeks)
- Comprehensive analysis of mill system
- Measurement of energy consumption, capacity, and quality data
- Identification of bottlenecks and loss points
Optimization Potential Report (1-2 weeks)
- Identification of detailed improvement opportunities
- Calculation of potential gains
- ROI and payback period analyses
- Presentation of optimization recommendations
Implementation Plan and Project Schedule (1 week)
- Prioritization and implementation plan creation
- Resource planning and timeline
- Implementation strategy that minimizes production interruption
Implementation and Commissioning (3-8 weeks)
- Planned and phased improvement applications
- Equipment adjustments and process parameter optimization
- Control system adaptations
- Gradual commissioning and testing
Result Measurement and Verification (2-4 weeks)
- Post-optimization performance measurements
- Verification of achievement level toward targets
- Detailed result report and documentation
Frequently Asked Questions
Depending on the project scope, it can vary from 2-4 months from initial analysis to result measurement. Simple optimizations can be completed within 1 month, while comprehensive projects may take longer.
The average payback period of our optimization projects is between 12-24 months. Energy efficiency projects usually pay for themselves in 18 months, capacity increase projects in 12-15 months, and quality improvement projects in 18-24 months.
Our optimization work is carried out with minimum production interruption. Most improvements are made during planned maintenance downtime. Some applications can be performed while production continues. Average production interruption is between 2-5 days.
We offer optimization services for all grain processing facilities including flour mills, semolina mills, feed mills, bulgur plants, and rice mills. We can develop solutions for equipment from all manufacturer brands.
At the end of our optimization projects, we provide comprehensive training to your technical team and detailed maintenance procedures. Additionally, we ensure your systems continue to operate at optimum performance with periodic control and maintenance programs.
All our projects include a 12-month technical support guarantee. During this period, we provide remote support, periodic controls, and optimization consulting services. Annual maintenance and optimization support packages are available when needed.
Yes, energy efficiency and productivity improvement projects can benefit from various government incentives and grants. Our consulting team identifies appropriate incentive and grant programs for your project and provides support in the application process.
Discover Your Mill’s Potential
Tanış A.Ş.’s expert optimization team is with you to reveal your mill’s hidden potential. Take the first step for lower costs, higher production capacity, and higher quality products.
Contact us immediately for a Free Optimization Potential Assessment. Let our experts visit your operation and analyze the potential for energy savings, capacity increase, and quality improvement.