6.2.1 Monitoring water consumption
Water consumption is measured regularly through water meters located in the relevant units, and the measurement results are evaluated to plan water-saving initiatives.
6.3.1 Wastewater treatment
Grey water applications have been included in the designs of planned and newly constructed buildings within our university.
6.3.2 Preventing pollution of water systems
A well was drilled to utilize groundwater on campus for irrigation. The water from this well is transferred to a reservoir via a pipeline. The accumulated groundwater is then transferred to the landscape areas via manufactured distribution lines and irrigation system lines.
6.3.4 Water-sensitive building standards
Smart faucets and water-saving flush systems account for more than 85% of the fixtures used acress the university.
6.3.5 Water-sensitive landscape
Landscaping work is carried out in accordance with technical specifications, and efficient use of water and sustainable environmental practices are taken as basis. Besides, dry landscaping practices are implemented in certain areas of the university where irrigation is not required.
6.4.1 Water reuse policy
A well has been drilled on campus to utilize groundwater for irrigation. Water from this well is transferred to a reservoir via a pipeline. The groundwater collected in the reservoir is then transferred to the landscape areas via distribution lines and irrigation system lines.
6.4.2 Water reuse measurement
Rainwater will be collected from the roofs of newly constructed buildings and stored in 100 m3 water storage tanks that will be integrated underground.
Below are images of rainwater harvesting systems and rainwater storage tanks.
6.5.1 Water management training opportunities
The “Mothers' University” and the "Children's University" curriculums include the courses such as “Recycling and Savings and Home Accidents” and "Water awareness for a sustainable future".
6.5.3 Off-campus water conservation support
6.5.4 Sustainable water extraction on campus
6.5.5 Cooperation on water security
Within the scope of the “Zero Waste” project launched at Hitit University, 73 tons of waste have been recycled, helping to preserve 18.5 million cubic meters of clean water. As part of the university’s Zero Waste Management System, implemented to protect natural resources and promote environmental awareness, 23 tons of hazardous waste and 50 tons of recyclable waste have been collected. Through these sustainable practices, 18.5 million cubic meters of water have been kept clean, 80 tons of fuel have been saved, and the cutting of 1,000 trees—equivalent to 30 years of growth—has been prevented. These efforts reflect Hitit University’s strong commitment to environmental protection, resource efficiency, and sustainable campus management.
6.5.6 Encouraging conscious water use
In order to ensure conscious water use, economical flushes and faucets are used at our university.
The ratio of the economical flush and sink faucets available at our university are listed below.
| Application | Total number of Units | Total Number of Economical Applications | Ratio |
| Economical Flush Systems | 930 | 787 | 85% |
| Ecenomical sink Faucets | 831 | 703 | 88% |
6.5.7 Encouraging conscious water use in society
Our university promotes conscious water use among communities outside the campus. For example, under the “Zero Waste” initiative at Hitit University, approximately 18.5 million m³ of water remains clean, reflecting efforts that include awareness-raising activities with local communities and sustainable water use practices. Furthermore, waste management trainings and collaboration with local stakeholders support this work, particularly in increasing environmental awareness within communities.
