Green Building

based on the university calendar, the study period at the University of Basra extends from the fall, winter, till the spring. In general, the weather always is sunny with relatively little rainfall. Therefore, the architectural construction of all university buildings depends on the things that will be mentioned below

Large Windows

Enlarge the windows size to allow sunlight entering the rooms, corridors and halls on the campus, as well as to ensure excellent ventilation of the buildings.

Ventilation and lighting

All university campuses contain internal gardens to ensure ventilation, lighting, and warmth in the winter

The College of Engineering was characterized by inventing devices that operate in an eco-friendly manner to be used in green buildings.

Cooling System

Designing an eco-friendly cooling system to operate under outdoor conditions in Iraq.

Fresh Water Production

A system was designed that combines a solar diffuser with a ground-air heat exchanger and a solar chimney. The Solar radiation heats the water in the solar static pool, which heats and humidifies the incoming dry air which turns into a stream air moving inside a tube due to the heating and mass transferring. When the wall temperatures of the glass tube and/or EAHE are less than or equal to the dew point of moist air, the vapor condenses into water and is used in a variety of applications. The maximum solar productivity still being achieved in March was 157 kg/day while it was 369 kg/day in July for EAHE The year 207.44 kg.

The University of Basrah adopted a standardized building design. One of the most important design features is enlarging the size of the windows to allow sunlight to enter the rooms, corridors, and halls on the campus, as well as to ensure excellent ventilation of the buildings.
All university campuses contain internal gardens to ensure ventilation, lighting, and warmth in the winter.
A system was designed that combines a solar diffuser with a ground-air heat exchanger and a solar chimney. The Solar radiation heats the water in the solar static pool, which heats and humidifies the incoming dry air which turns into a stream of air moving inside a tube due to the heating and mass transferring. When the wall temperatures of the glass tube and/or EAHE are less than or equal to the dew point of moist air, the vapor condenses into water and is used in a variety of applications. The maximum solar productivity still being achieved in March was 157 kg/day while it was 369 kg/day in July for EAHE The year 207.44 kg.
The University of Basrah is characterized by the diverse scientific and literary disciplines, including the College of Engineering which has to build an integrated and clean energy system that has been used to supply the college and its laboratories with clean energy.