Changing market conditions, increasing competition, and advancing technologies are directing mill operators to increase the capacity of their existing facilities and modernize their production processes. A properly planned capacity increase project can significantly boost your production volume and efficiency at much lower investment costs compared to building a new facility. At the same time, through the integration of modern technologies, you can increase your energy efficiency, improve product quality, and reduce operational costs.
As Tanış A.Ş., with our over 60 years of sector experience, innovative engineering solutions, and knowledge accumulated from our global projects, we offer comprehensive services for capacity increase and modernization of your mill system. With our strategic solutions designed specifically for each operation, we evaluate your existing equipment at maximum efficiency, identify bottlenecks, and plan the necessary changes for optimum capacity increase.
Tanış A.Ş.’s capacity increase and modernization services offer end-to-end solutions customized according to your mill operation’s specific needs:
System Analysis and Feasibility: Comprehensive analysis of the existing system, bottleneck identification, and capacity potential evaluation
Capacity Increase Engineering: Operation-specific capacity increase strategy and detailed engineering planning
Gradual Modernization: Phased modernization planning that minimizes production interruption
Equipment Upgrade: Renewal or modification of critical equipment for capacity increase
Bottleneck Elimination: Identification and elimination of system bottlenecks
Automation Integration: Integration of modern automation and control systems
Energy Efficiency Improvements: Solutions that optimize energy efficiency along with capacity increase
Quality System Upgrades: Development of quality control systems to ensure consistent quality with increased capacity
For a successful capacity increase project, we apply a detailed and systematic approach:
- Comprehensive System Analysis and Needs Assessment
- Review of existing system technical documentation
- On-site detailed analysis and performance measurements
- Equipment condition and remaining service life evaluation
- Identification of capacity limitations and bottlenecks
- Energy efficiency and process analysis
- Capacity Increase Potential and Feasibility
- Determination of maximum potential capacity increase
- Creation of gradual capacity increase scenarios
- Cost-benefit analysis of different options
- Return on investment calculations
- Technical and economic feasibility report
- Detailed Engineering and Planning
- Determination of optimum capacity increase strategy
- Preparation of detailed technical specifications
- Equipment selection and layout planning
- 3D modeling and simulation studies
- Creation of phased implementation plan
- Applied Capacity Increase
- Phased modernization with minimum production interruption
- Renewal or modification of critical equipment
- Process flow optimization
- Integration of automation and control systems
- Upgrade of quality control and monitoring systems
- Commissioning and Optimization
- Gradual commissioning and performance tests
- System parameter optimization
- Personnel training and adaptation support
- Performance verification and quality control
- Fine adjustments for full capacity operation
- Documentation and Support
- Updated technical documentation
- Revision of operation and maintenance manuals
- Performance measurement and tracking system setup
- After-sales technical support
- Periodic performance evaluation
We develop comprehensive capacity increase strategies suitable for your mill system’s structure and your objectives:
Equipment Renewal Strategy
Strategy based on replacing existing critical equipment with higher capacity and modern versions:
- Upgrading main equipment (rolls, sifters, drive systems)
- More powerful motors and advanced drive systems
- Optimum equipment sizing
- Modern and high-efficiency components
- Capacity increase potential: 30-60%
Strategy based on optimizing process flow while preserving most of the existing equipment:
- Process flow diagram optimization
- Identification and elimination of bottleneck points
- Optimization of intermediate storage and buffer systems
- Balancing passage loadings
- Optimization of cleaning and tempering processes
- Capacity increase potential: 15-30%
Comprehensive strategy where selected equipment renewal and process optimization are applied together:
- Renewal of critical bottleneck equipment
- Increasing conveying systems capacity
- Modernization of automation systems
- Process flow restructuring
- Integration of advanced sensor and control systems
- Capacity increase potential: 40-70%
Growth strategy based on adding parallel production lines or additional modules to the existing system:
- New production lines integrated to existing system
- Modular capacity increase planning
- Phased investment and expansion
- Flexibility and product diversity advantage
- Capacity increase potential: 50-200%
Roll and Milling Systems Capacity Increase
- Upgrade with wider and advanced roll cylinders
- Integration of high-performance motor and drive systems
- Optimum groove profile and corrugation design
- Advanced pressure and adjustment systems
- Roll nozzle design and aspiration optimization
- Potential capacity increase: 25-40%
Sifter and Classification Systems Capacity Increase
- Larger sifter surface and advanced designs
- High-efficiency drive and vibration systems
- Optimum sifter cloth selection and configuration
- Balancing sifter loading and distribution
- Modern sizer and purifier systems integration
- Potential capacity increase: 20-35%
Cleaning and Tempering Systems Capacity Increase
- High-capacity cleaning equipment
- Optimized tempering process and equipment
- Advanced systems for homogeneous moisture distribution
- Automatic moisture control and optimization
- Advanced separator and stone removal systems
- Potential capacity increase: 30-50%
Conveying and Transfer Systems Capacity Increase
- High-capacity elevator and conveyor systems
- Optimum conveying speeds and configuration
- Redesign of bottleneck-creating transfer points
- Optimization of pneumatic conveying systems
- Development of flow regulator and distribution systems
- Potential capacity increase: 20-40%
Aspiration and Filtration Systems Capacity Increase
- High-capacity fan and blower systems
- Advanced filter technologies and increased filtration area
- Optimum air flow and pressure balances
- Energy-efficient motor and drive systems
- Dust collection efficiency optimization
- Potential capacity increase: 15-30%
- Advanced PLC and SCADA systems integration
- Real-time process control and optimization
- Automatic recipe management and parameterization
- Remote monitoring and control systems
- Data analysis and reporting systems
- Operational efficiency increase: 10-20%
Concrete advantages that a professional capacity increase project will provide to your operation:
Cost Effectiveness: 50-70% lower investment compared to new facility investment
Rapid Commissioning: Projects completed in short periods like 2-6 months
Gradual Investment: Spreading investment cost over time with phased modernization
Minimum Production Interruption: Modernization combined with planned downtime
Increased Efficiency: 10-25% energy efficiency increase
Improved Quality: More consistent and standard product quality
Reduced Labor: Decrease in labor cost per ton with automation
Modern Technology: Competitive advantage with latest technology systems
Fast ROI: Average 8-18 months investment return
General timeline for a typical capacity increase project:
Analysis and Feasibility Phase (2-4 weeks)
- On-site system analysis and data collection
- Bottleneck identification and capacity potential evaluation
- Creation of different scenarios and feasibility study
- Preparation of optimum solution proposal
Engineering and Planning (3-6 weeks)
- Detailed engineering studies and technical specifications
- Equipment selection and configuration
- 3D modeling and simulation
- Detailed implementation plan and timeline
Equipment Procurement (4-12 weeks)
- New equipment orders and manufacturing
- Modification parts for existing equipment
- Quality control and factory tests
- Site shipment planning
Assembly and Modernization (2-8 weeks)
- Assembly work coordinated with planned downtime
- Gradual equipment replacement and integration
- On-site modifications and structural changes
- Electrical and automation systems upgrades
Commissioning and Optimization (1-3 weeks)
- Gradual commissioning of new systems
- Performance tests and adjustments
- Operator training and adaptation
- Calibrations and fine adjustments
Performance Verification and Follow-up (1-4 weeks)
- Target capacity and performance verification
- Quality parameter control
- Efficiency measurements and benchmark comparisons
- Improvement recommendations and follow-up plan
We apply the following basic principles in all our capacity increase projects:
Minimum Production Interruption: Planned implementation affecting existing production at minimum level
Gradual Implementation: Phased approach that minimizes risks and ensures quick results
Evaluation of Existing Assets: Maximum evaluation of usable equipment
Flexibility and Future Planning: Design considering future expansion needs
Efficiency-Focused Approach: Solutions that increase not only capacity but all operational efficiency
Quality Guarantee: Technologies that maintain or improve product quality with increased capacity
Sustainability: Modernization that minimizes energy efficiency and environmental impacts
We offer various capacity increase and modernization packages suitable for your operation’s needs and objectives:
Basic Capacity Increase Package
- Bottleneck analysis of existing system
- Capacity increase of critical points
- Basic equipment upgrades
- Short-term implementation (2-4 weeks)
- 15-25% capacity increase target
- Quick return on investment (6-12 months)
- Detailed system analysis and simulation
- Replacement of critical equipment with modern versions
- Process flow optimization
- Gradual modernization plan (4-8 weeks)
- Integration of automation systems
- 30-50% capacity increase target
- 15-20% improvement in energy efficiency
- Full comprehensive system analysis and redesign
- Addition of parallel line integrated with existing equipment
- Advanced automation and control systems
- Modernization of quality control systems
- 8-12 week gradual implementation
- 50-100% capacity increase target
- Increase in flexibility and product diversity
- Long-term capacity increase roadmap
- Phased modernization spread over 3-5 years
- Distribution of investment over time
- Gradual capacity increase at each stage
- Growth opportunity parallel to market development
- Total 100-200% capacity increase potential
Capacity Increase - Frequently Asked Questions
Our capacity increase projects are planned to minimize production interruption. In most cases, modernization can be achieved without extra production loss by using existing planned downtime and weekend periods. Even for large-scale projects, total downtime duration usually does not exceed 1-2 weeks with a gradual approach. In some cases, new systems can be installed in parallel while maintaining existing production, thus ensuring uninterrupted transition.
The payback period of capacity increase projects varies depending on the increase rate, current market conditions, and optimization level. Generally, basic capacity increase projects pay for themselves in 6-12 months, comprehensive modernization projects in 12-18 months, and large expansion projects in 18-24 months. In our projects, comprehensive ROI calculation is made considering not only capacity increase but also energy efficiency, labor savings, and quality improvements.
Most modern technologies can be integrated into existing systems with appropriate interfaces and adaptation solutions. Especially automation, control systems, and sensor technologies can be adapted to old systems with minimal modifications. In mechanical systems, new equipment can be integrated using special adapter parts and intermediate connections. Before each project, we perform detailed compatibility analysis to determine optimal integration solutions.
We offer capacity increase and modernization services for flour mills, semolina mills, corn processing plants, bulgur production facilities, rice processing plants, and all grain processing systems. We also develop specialized capacity increase solutions for legume processing, seed cleaning, and feed mills. We provide integrated solutions for mixed systems containing equipment from different manufacturers.
Yes, we offer special solutions for facilities with physical space constraints. With strategies such as high-efficiency compact equipment, designs that optimize vertical use, replacement of existing equipment with more efficient versions, and smart layout optimization, we can achieve significant capacity increases even in limited areas. In some cases, minimal expansion or elevation of the existing building to create extra space can also be considered.
In our capacity increase projects, energy efficiency is always one of our priority design criteria. With modern, high-efficiency motors and drive systems, advanced insulation techniques, optimized heat recovery systems, and smart automation solutions, we can reduce energy consumption per ton by 15-25% despite capacity increase. In each project, specific energy consumption (kWh/ton) is tracked and optimized as a performance indicator.
Strategically Increase Your Operation’s Capacity
With Tanış A.Ş.’s expert engineering team and over 60 years of sector experience, strategically and cost-effectively increase your mill operation’s capacity. With our solutions that are much more economical and faster compared to new facility investment, respond to market demands, gain competitive advantage, and increase your profitability.
Whether you are planning a bottleneck elimination-focused improvement, comprehensive modernization, or a large capacity expansion project, we offer customized solutions suitable for your operation’s specific needs and objectives.
Contact us immediately for a free capacity assessment and feasibility study. Our expert engineers will analyze your existing system to determine potential capacity increase and optimum modernization strategies.