SAKARYA SU DÖNGÜ PROJESİ: 3D MODELLEME, 3D YAZDIRMA, ENERJİ GİDERLERİ VE GERİ KAZANIM

Dünya üzerinde tatlı suların çoğu denizlere bağlanmaktadır. Bu nedenle içme suyu veya tarım arazilerinin sulanmasında kullanılamamaktadır. Türkiye’de tatlı suların tekrar kullanılması amacıyla bir proje yapılmıştır. Bu proje Karadeniz’e dökülen Sakarya nehrinin tekrar kullanılması hedeflenmiştir. Bu amaçla Sakarya nehri ve Sakarya bölgesinin fiziki coğrafya haritası incelendi. Daha sonra Sakarya bölgesinin fiziki yapısına yakın boyutlarda üç boyutlu tasarımı yapılmıştır. Tatlı suyun Karadeniz kenarından taşınması için güzergâh belirlenmiştir. Tatlı suyun taşınması için su kanalları, su pompa özellikleri ve gerekli elektrik ihtiyacının (güneş enerjisi ve boru içi türbinlerden elektrik üretimi) hesaplamaları yapılmıştır. Tasarımı yapılan Sakarya’nın fizik haritası ve tatlı su güzergahının 3D prototip üretimi yapılmıştır.

Anahtar Kelimeler:

Enerji Gider Hesabı, Güneş Enerjisinden Elektrik Üretimi, Türbinlerden Elektrik Üretimi. Suyun Taşınması, Sakarya Nehri

SAKARYA WATER CYCLE PROJECT: 3D MODELING, 3D PRINTING, ENERGY COSTS AND RECOVERY

Most of the fresh waters on the world are connected to the seas. Therefore, it cannot be used for irrigation of drinking water or agricultural land. Re-use of freshwater in Turkey were made for the purpose of a project. This project is aimed at the re-use of the Sakarya River, which is poured into the Black Sea. For this purpose, physical geography map of Sakarya river and Sakarya region was examined. Later on, the three dimensional design of the Sakarya region was carried out close to the physical structure. The route for transporting fresh water from the edge of the Black Sea has been determined. For the transportation of fresh water, water channels, water pump properties and necessary electricity need (solar power and electricity generation from pipe turbines) were calculated. It is aimed to produce 3D prototypes of Sakarya's physical map and freshwater route.

Keywords:

Electricity Generation from Solar Energy Electricity Production from Turbines, Energy Expense Account, Sakarya River, Water Transportation,

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