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RUNoktasal Project Engineering Consultancy Construction Architecture Education Industry and Trade Ltd. Co. With 20 years of engineering experience, we go beyond the ordinary, creating unique solutions tailored to each project to make a difference.
INFRASTRUCTURE projelerindeki uzmanlığımız
Our Promotional Catalogue, reflecting our corporate identity, technical competence, and experience, provides our valued business partners with an overview of our company's vision, areas of expertise, project portfolio, and engineering services.
Stormwater Management and Urban Network Projects
Our Planning and Feasibility Study Services
In the initial and most critical phase of your infrastructure projects, we offer comprehensive planning and feasibility services to support informed decision-making. Our experienced team thoroughly analyzes your project needs, carefully evaluates the current conditions, and anticipates future requirements. We meticulously assess your project's feasibility from technical, economic, environmental, and social perspectives, develop alternative concepts, and determine the most appropriate solutions for your goals. Through transparent preliminary cost estimation and legal consultancy, we help ensure your project is built on a solid foundation.
- Needs Assessment and Analysis Services: Identification and analysis of the project’s requirements.
- Existing Condition Evaluation Services: Analysis of the project area and current infrastructure.
- Feasibility Studies: Evaluation of the project’s technical, economic, and environmental feasibility.
- Concept Design Development Services: Creation of alternative project approaches and solutions.
- Preliminary Cost Estimation and Budget Forecasting Services: Determination of the project’s estimated cost.
- Legal Regulation and Permitting Consultancy: Guidance on necessary legal processes and permits.
Our Projects
If you would like to take a closer look at what we have achieved and how we approach our projects, you can explore the projects we have completed and those currently under development. This overview will help you better understand the depth of our engineering expertise, the innovative approaches we have developed for complex problems, and the effective collaboration model we have established with our business partners.
Our Design and Engineering Services
After feasibility studies are completed, we offer innovative and sustainable design and engineering solutions to bring your project to life. Our expert engineers use the latest technologies and international standards to carry out detailed hydrological and hydraulic modeling, and to design functional and efficient drainage systems. We develop customized projects ranging from stormwater collection, storage, and treatment systems to green infrastructure solutions. We also prepare detailed documentation to facilitate your tender processes and deliver constructible, implementation-ready projects.
- Hydrological and Hydraulic Modeling Services: Modeling of drainage systems through rainfall and runoff analyses.
- Drainage System Design Services: Design of surface and subsurface drainage systems.
- Stormwater Storage System Design: Project design for stormwater harvesting and storage solutions.
- Stormwater Treatment System Design: Design of systems aimed at treating stormwater.
- Green Infrastructure Solutions Design: Design of nature-based stormwater management systems.
- Flood Control Structure Design: Design of structures to reduce flood risk.
- Tender Documentation Services: Preparation of technical specifications, quantity surveys, and cost estimates.
- Implementation Projects and Detailed Engineering Services: Preparation of detailed drawings and plans required for construction.
Our Advantages
- Proven Project Experience
- Advanced Technical Modeling Capability
- 3D Modeling and Visualization
- Integrated BIM Applications
- Sustainable and Innovative Solutions
- Expertise in International Standards
- Optimization Modeling
- Cost-Effective Solutions
- Feasibility and Constructability
- Compliance with Legal Regulations
- Flood Control Structure Design
- Advanced Data Analysis
- Interdisciplinary Integration
- Detailed Implementation Projects
Clash Prevention with 3D BIM Modeling
One of the biggest issues in today's infrastructure projects is the conflict between different underground utilities, which often leads to delays and cost increases when detected on-site. Noktasal Project integrates advanced three-dimensional Building Information Modeling (BIM) approaches into infrastructure projects to eliminate these risks during the project phase.
Implementation Capabilities:- All underground infrastructure components (stormwater, wastewater, potable water, energy, communication, etc.) are modeled in a three-dimensional digital environment.
- Each pipeline system is visualized based on its elevation levels, cross-section structure, pipe diameter, and slope, in accordance with actual terrain conditions.
- Horizontal and vertical clearance checks are performed between the modeled systems. This allows potential conflict points to be identified during the project phase and revised quickly.
- All infrastructure systems integrated into the project operate in coordination based on a common coordinate system, ensuring full alignment between engineering teams from different disciplines.
- The generated digital models are virtually tested before construction, enabling the resolution of potential issues before they reach the field.
- The final model can be shared with project stakeholders for visualization and analysis presentations, accelerating decision-making processes.
- Minimizes the need for changes during on-site excavation and construction processes.
- Reduces material waste and rework.
- Eliminates uncertainties in site applications, shortening the project duration.
- Provides clear, visual, and accurate information flow for field teams.
- With this holistic approach, Noktasal Project ensures quality and efficiency in infrastructure investments through proper planning and coordination from the outset.
Wastewater and Sewerage
Wastewater and Sewerage Design
We design wastewater systems in detail from parcel connections to main collector lines. We optimize the network based on criteria such as settlement density, topography, population projections, and existing infrastructure conditions.
We offer greenfield design services for new development areas, and we develop rehabilitation and capacity enhancement solutions for existing systems. In addition to gravity lines, we also provide pressurized system solutions in areas that require pumping.
Hydraulic and Capacity Analyses
In our projects, we conduct wastewater flow calculations in detail based on various scenarios. We determine the system’s conveyance capacity by evaluating pipe diameters, slopes, and flow types, and we model it to ensure maximum performance and reliability.
We also analyze the system’s resilience against flooding and backflow, and when necessary, we integrate flood control structures and discharge solutions into the project.
Implementation Support and Technical Documentation
We deliver our designs with technical documentation prepared for the tender and implementation process. We complete the project with quantity takeoffs, bill of quantities, technical specifications, and standard details.
We provide technical consultancy for needs that may arise during field implementation and prepare project-specific as-built documentation.
Sustainability and System Integration
We approach wastewater systems not merely as conveyance infrastructure, but as sustainable urban systems developed with environmental responsibility. We offer solutions that conserve and optimize natural resources through strategies such as integration with treatment plants, groundwater protection approaches, and separation of stormwater and wastewater systems.
Our Projects
In the field of Wastewater and Sewerage Projects, we have numerous successfully completed and implemented reference projects. These projects not only reflect our engineering capabilities but also concretely demonstrate our deep industry experience and expertise. By exploring these projects in detail, you can closely observe our precision in the design process, our innovative solutions, and our implementation skills.
Drinking Water Networks and Transmission Lines
Drinking Water Network Design
The foundation of our drinking water projects lies in the effective management of the entire transmission and distribution process from the source to the end user. Our network designs are carried out based on the following principles:
- We design all system components in an integrated manner, from source structures (catchments, wells, dam outlets) to reservoirs, transmission lines, distribution networks, and service connections.
- We optimize the network according to population projections, per capita water consumption rates, regional topography, and hydraulic pressure requirements.
- When necessary, we integrate auxiliary systems such as regional pressure zoning, regulators, pressure reducing valves, and reservoir balancing structures.
Hydraulic Modeling and Analyses
To ensure system safety and operational efficiency, we conduct detailed hydraulic analyses in every drinking water project:
- We base pipe diameter and slope selection on optimal flow rate–velocity relationships.
- We simulate network behavior based on continuous water demand and peak withdrawal scenarios.
- Using modeling tools, we analyze pressure distribution within the network, reservoir levels, fire flow requirements, and day-night consumption differences.
- Looped and mesh-type distribution systems are evaluated according to backup and continuity criteria.
Transmission Lines and Main Conveyance Systems
In cases where water sources are located far from settlements, we design long-distance transmission lines and reservoir supply systems:
- Depending on topographical analysis, either gravity-fed systems or pressurized pumping systems are selected.
- In route selection, digital terrain models, land ownership data, environmental constraints, and infrastructure conflict conditions are analyzed.
- We establish durable and long-lasting systems using large-diameter HDPE, ductile iron, steel, or concrete pipes.
3D Modeling and Clash Checks
We design drinking water systems using 3D infrastructure modeling techniques to avoid conflicts with other utilities:
- Pipe alignments, elevation data, and details are modeled digitally.
- Clash analyses are performed with other systems in the same corridor, such as sewerage, stormwater, electricity, and natural gas.
- Potential conflicts are resolved before field implementation, making the construction process more predictable.
Our Projects
In the field of Drinking Water and Transmission Line Projects, we have numerous successfully completed and implemented reference projects. These projects not only reflect our engineering capabilities but also clearly demonstrate our deep industry experience and expertise. By examining these projects in detail, you can closely observe our meticulousness in design processes, our innovative solutions, and our implementation skills.
Road
Road Project Types and Scope of Services
- Urban roads and intersection projects
- District and village connection roads
- Zoning roads for new development areas
- Internal transport infrastructure for industrial facilities, airports, and logistics centers
- Pedestrian and bicycle path designs
For each road type, we develop detailed project designs based on traffic intensity, ground conditions, slope analyses, and intended usage scenarios.
Implementation Projects and Documentation
We prepare detailed technical documents and implementation-oriented documentation for each stage of road projects:
- Typical cross-sections, detailed drawings, alignment plans
- Quantity surveys and bill of quantities
- Implementation projects and technical specifications
- Pre-feasibility documents for investment and cost analyses
Our Technical Capabilities
Route and Geometric Design Expertise
- Horizontal and vertical geometric designs are optimized according to speed profiles, slope limits, and sight distances.
- Design of intersections, roundabouts, bays, and transitions is shaped by traffic safety and user comfort.
- Accurate route alignment is ensured using field data and digital terrain models.
Cross-Section and Pavement Layer Design
- Pavement layer thicknesses are determined based on traffic loads and climatic data (e.g., hot mix asphalt, plant-mix base, subbase).
- Strength calculations and rigidity checks are performed in accordance with AASHTO, Eurocode, and General Directorate of Highways specifications.
- Alternative solutions are offered for various pavement types (asphalt, concrete, interlocking paving, etc.).
Road Drainage Systems and Water Management
- Side ditches, culverts, drainage channels, and water crossings are designed to manage surface and groundwater impacts.
- In regions with heavy rainfall, stormwater drainage systems integrated into the road design are developed.
- Drainage designs are prepared using engineering principles to control soil saturation and extend pavement life.
3D Modeling and Terrain-Compatible Design
- Road alignments, platforms, and cross-sections are modeled in 3D to ensure elevation compatibility and balanced cut-fill volumes.
- Road and infrastructure systems (sewer, water supply, electricity, etc.) are modeled in an integrated manner to detect clashes in advance.
- Designs are prepared as visualized 3D models and presented to stakeholders.
Our Projects
In the field of Road Projects, we have successfully completed and implemented numerous reference projects. These projects not only reflect our engineering capabilities but also clearly demonstrate our deep sectoral experience and expertise. By examining these projects in detail, you can closely observe our meticulous approach to design processes, our innovative solutions, and our practical execution skills.