Layout Schemes - Tanış A.Ş.

Mill and Grain Processing Systems Layout Schemes

The operational efficiency and long-term success of mill and grain processing facilities largely depend on correct and optimized layout planning. As Tanış A.Ş., with over 60 years of industry experience, we offer optimum layout schemes and equipment arrangement solutions for different capacities and needs.

On this page, you can find comprehensive layout plans prepared considering critical factors such as process flow efficiency, area utilization optimization, operational convenience, and expansion possibilities. Our layout schemes will serve as a valuable guide at all stages from the planning phase of your project to implementation and operation processes.

General Facility Layout Schemes

Capacity-Based Facility Layouts

Optimized facility layouts suitable for different production capacities:

50 tons/day capacity compact mill layout plan, ideal solution for small investors with minimum 400m² area requirement
100 tons/day capacity medium-scale mill layout, balance of process efficiency and area optimization
250 tons/day capacity facility layout plan, optimum vertical flow design in multi-story structure
500 tons/day capacity industrial-scale facility master plan, with integrated storage and logistics solutions
1000 tons/day and above high-capacity facility layouts, multi-line and parallel process designs
Modular layout plans suitable for gradual capacity increases, for phased investment strategy

Facility Type and Product-Based Layouts

Specialized layouts according to different product types and processing technologies:

Wheat mill layout schemes, ideal process flow for optimum extraction ratio
Corn processing facility layout plans, semolina and flour production integration
Rye and special grain processing facility layouts, according to specific product characteristics
Multi-purpose mill facility layout plans, for flexible production with different grain types
Integrated flour and semolina facility layouts, multi-product line optimization
Combined facility layout plans with feed mill integration, focused on by-product utilization

Area Optimization and Layout Strategies

Layout strategies suitable for different area constraints and structural conditions:

Compact layout plans for limited areas, vertical structuring and optimum area utilization
Specialized layout strategies for adaptation of existing buildings, solutions considering structural constraints
Multi-story facility layout planning, optimum floor heights and structural design integration
Strategic layout schemes including future capacity increase and expansion areas
Alternative facility configurations adapted to L, U, and I-shaped structures
Layout optimizations that minimize operator movements and increase workforce efficiency

Detailed Layout Schemes for Process Sections

Cleaning Section Layout Schemes

Optimized layouts for grain cleaning and preparation section:

Grain receiving system and pre-storage silos layout plan, design suitable for logistics flow
Staged layout of coarse and fine cleaning equipment, gravity-assisted product flow
Tempering section and conditioning silos optimum layout plan, process control focused
Cleaning tower inter-floor equipment layout scheme, vertical process flow optimization
Optimum distance and connection arrangement between machines, for minimum transport loss
Layout planning considering automation and control room access convenience

Milling Section Layout Schemes

Optimum placement of equipment that forms the heart of the mill grinding process:

Roller floor detailed layout plan, positioning of breaking and reduction rolls according to process flow
Sifter floor equipment layout scheme, optimum area utilization for sifting efficiency
Purifier machine layout plan, arrangement focused on air flow and product quality
Inter-floor product flow plan and vertical transport systems layout, for minimum energy consumption
Pneumatic conveying pipe lines and fan layout plans, calculated for optimum pressure loss
Milling section central control system layout, selection of point commanding entire process

Flour Processing and Packaging Layout Schemes

Layout plans for final product processing and shipment preparation sections:

Flour silos capacity layout plan, product variety and storage duration optimization
Blending and homogenization unit layout, design focused on quality consistency
Packaging line layout plan, flexible arrangement suitable for different package types and weights
Palletizing and stretch wrapping station layout, logistics efficiency focused
Finished product warehouse and shipping area planning, suitable for FIFO (first in, first out) system
Laboratory and quality control section layout, suitable for sampling from critical points of production

Floor Plans and Section Schemes

Ground Floor and Foundation Layouts

Facility load-bearing systems and infrastructure layout schemes:

Equipment foundation plans, anchor details designed according to static load calculations
Ground floor load distribution map and critical point reinforcement schemes
Column layout and structural grid system design compatible with equipment placement
Special foundation designs for heavy equipment and vibration isolation solutions
Forklift and material transport route planning, corridor design suitable for logistics flow
Infrastructure and installation channel layout, considering future maintenance and service convenience

Detailed Process Floor Layouts

Optimized layout solutions specific to each process floor:

Cleaning floor detailed layout plan, design considering dirty and clean zone separation
Roller floor equipment layout scheme, optimum clearances for service and maintenance access
Sifter floor detailed layout plan, equipment arrangement to minimize vibration propagation
Purifier floor layout details, planning considering aspiration balance
Pneumatic conveying and aspiration equipment layout, considering sound isolation
Maintenance platforms and service areas layout, in safe working conditions standards

Installation and Infrastructure Layout Schemes

Electrical and Automation Layouts

Optimum layout plans for facility electrical and control systems:

MCC and electrical panel layout scheme, considering power distribution optimization
Transformer and generator room layout plan, compliant with fire and safety standards
Cable carrying systems route, considering separation of signal and power cables
PLC and automation panel layout, based on proximity to process control zones
Server room and network infrastructure layout plan, secure and air-conditioned environment design
Lighting plan, ensuring optimum visibility conditions in work and maintenance areas

Mechanical Installation Layouts

Integrated layout solutions for facility mechanical systems:

Dust collection and aspiration channel layout plan, design for minimum pressure loss
Compressed air installation layout scheme, easy access to strategic usage points
Water and fire installation layout plan, design compliant with international safety norms
Heating, cooling, and ventilation systems layout, for optimum working environment
Sound-isolated layout plans for compressor and vacuum units
Waste collection and discharge systems integration, design compliant with environmental regulations

Special Layout Solutions and Adaptations

Existing Building Adaptation Layouts

Adaptation layout solutions specific to different building types:

Layout plans for conversion of existing industrial structures to mill facilities
Specialized compact layout designs for maximum efficiency in limited areas
Adaptation schemes of multi-story old structures to modern process flow
Layout projects for technological renovation of historic mill buildings
Level transition solutions for integration of structures at different elevations
Gradual transformation layout plans suitable for phased modernization projects

Guide to Using Layout Schemes

Reading and Interpreting Layout Schemes

Guide information for efficient use of technical drawings:

Explanatory standard legend of symbols and markings used in layout schemes
Technical references for correct interpretation of scale and dimensioning information
Methods of correlating between floor plans and section views
Techniques for integrated evaluation of process flow diagrams with layout plans
Equipment coding system and reference numbering methodology
Layout revision tracking system and change management procedures

Using Schemes in Project Process

Effective use of layout plans at different stages of the facility project:

Area and capacity planning in feasibility and concept design phase
Equipment specification and layout integration in detailed engineering process
Coordinated development of construction and building design with facility layout
Verification of dimensions and connection points during equipment procurement process
Field application of layout plans during assembly and installation phase
Layout optimization and fine-tuning during commissioning process

Optimum facility layout is a critical factor that directly affects the efficiency, product quality, and long-term profitability of your mill and grain processing operations. As Tanış A.Ş., we offer layout solutions adapted to each customer’s special needs, area constraints, and future goals.

Our layout schemes are continuously updated with hundreds of successful project experiences and continuously developing technological approaches. Our technical team will be pleased to support you in layout planning specific to your needs for your special project, optimization solutions for your existing facilities, or layout consultancy for your modernization projects.