Viridis Cengelkoy Social Facility Pool Project

1. Project Planning and Technical Analysis Process

Before construction began, pool usage intensity, social facility requirements, mechanical capacity needs, and architectural compatibility criteria were analyzed in detail. The objective was to create a modern social facility swimming pool that enhances user comfort, provides energy efficiency, and delivers reliable long-term performance.

• Pool capacity analyses,
• Circulation and filtration calculations,
• Mechanical infrastructure planning,
• Plant room layout studies,
• Electrical and automation system design.

The entire system infrastructure was engineered according to professional standards to ensure operational safety, low energy consumption, and long-lasting performance.

2. Infrastructure Installation and Technical System Applications

Long-term durability, operational safety, and system performance in social facility swimming pools depend on properly engineered infrastructure installations. For this reason, all technical infrastructure works within the project were planned and executed in accordance with professional engineering calculations.

• Pool circulation infrastructure pipelines,
• Balanced suction and return hydraulic systems,
• Filtration system connection infrastructure,
• Professional PVC piping applications,
• Plant room manifold and distribution systems,
• Technical layouts designed for maintenance and service access.

Engineering solutions were implemented throughout the infrastructure works to minimize flow losses, increase energy efficiency, and maximize pool circulation performance.

All installation equipment used in the plant room and technical areas was carefully positioned to ensure operational safety, long service life, and easy maintenance access.

3. Finishing Construction and Surface Preparation Process

Following the completion of the mechanical infrastructure works, the finishing construction phase was initiated. To ensure long-term durability, structural integrity, and an attractive appearance, all surface preparation works were carried out according to professional construction standards. Surface leveling operations, overflow channel detailing, and water-resistant substrate preparations were completed with exceptional precision before the pool finishing stage.

• Surface leveling and correction works,
• Water-resistant substrate preparations,
• Overflow channel detail solutions,
• Precise pre-finishing surface inspections,
• Professional groundwork for long-term durability.

Throughout the finishing construction process, every application was carefully supervised to provide aesthetic quality, structural strength, and long-term performance. Surface corrections adapted to the pool geometry created a solid and balanced foundation for the final pool finish installation.

Special attention was given to corner transitions, overflow line connections, and mechanical equipment penetration details. These elements were completed with millimetric precision to achieve both technical durability and visual consistency. As a result, the project evolved into a professionally engineered pool facility fully integrated with contemporary architectural design principles.

4. Professional Pool Waterproofing Applications

Professional waterproofing (insulation) applications form the foundation of long-lasting and safe use in outdoor pool projects. In this project, all pool surfaces have been carefully insulated in terms of water impermeability performance, structural durability, and long-term usage safety.

• Waterproofing applications resistant to negative and positive water pressure,
• Insulation layers providing complete water impermeability on pool interior surfaces,
• Elastic tapes and detailed insulation solutions at corner joints,
• Reinforced insulation applications in water circulation areas,
• Flexible waterproofing systems minimizing the risk of cracking,
• Professional insulation infrastructure providing long-lasting use.

All waterproofing applications have been completed in accordance with professional application standards to protect the pool structure, prevent water leaks, and ensure safe use for many years.

5. Pool Surface Preparation and Coating Processes

In pool projects, surface durability and application quality are as important as aesthetic appearance. In this project, all surface preparation works were carefully completed by considering coating adhesion, proper application infrastructure, and long-lasting performance.

For the pool interior surfaces, 30x60 cm porcelain coating with a natural texture, Verde Guatemala model, was preferred, combining natural stone aesthetics with modern application details.

• Detailed surface leveling and preparation applications before coating,
• Professional adhesive systems resistant to water and chemicals,
• 5x5 cm porcelain mosaic coating applications,
• Surface transitions providing a holistic and natural appearance throughout the pool,
• Precise elevation and slope works suitable for overflow channel systems,
• Aesthetic and functional coating detail solutions in overflow channels,
• Professional grout and application infrastructure providing long-lasting use.

All application processes have been completed according to professional standards to strengthen the architectural aesthetics of the pool, increase usage durability, and ensure trouble-free performance for many years.

6. Disinfection and UV Hygiene Systems

Advanced disinfection systems were preferred in the project to improve hygiene standards and increase user comfort.

• Automatic disinfection control system,
• UV-supported water sterilization infrastructure,
• Hygiene solutions reducing chemical consumption,
• Filtration system providing clearer and healthier water quality.

Thanks to the UV disinfection system, the organic load in the water was reduced, providing a safer and more comfortable swimming experience.

7. LED Pool Lighting Systems

Special LED pool lighting systems were applied in the project to increase nighttime usage comfort and strengthen the architectural atmosphere.

• Energy-efficient LED lighting infrastructure,
• Underwater lighting systems,
• Atmosphere solutions suitable for nighttime use,
• Light transitions compatible with modern architecture.

Thanks to the lighting systems, the pool area was transformed into an aesthetic, safe, and modern social living space during nighttime hours.

8. Circulation Performance and Energy Efficiency

In pool projects, the correct circulation system is of great importance to achieve sustainable operational performance. In this project, all mechanical infrastructure was optimized to provide minimum energy loss and maximum water circulation.

• Low energy consumption system planning,
• Piping infrastructure reducing flow losses,
• High-efficiency filtration performance,
• Long-lasting equipment infrastructure.

Thanks to professional engineering calculations, the system was transformed into a stable, safe, and high-performance operational infrastructure.

9. Final: Modern Social Facility Pool Project

In the project, not only technical performance but also user experience and architectural aesthetics were prioritized. The pool surroundings and usage areas were planned in accordance with the modern social living concept.

• Modern pool architectural details,
• Comfortable usage areas,
• Pool geometry providing balanced circulation,
• Aesthetic overflow and surface transition applications.

All application details were completed while preserving architectural integrity to increase the comfort of social facility users.

All project design and consultancy services, mechanical infrastructure, filtration systems, fine construction applications, and technical system integrations have been completed by Artemis Pool according to professional standards.