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  1. SUSTAINABILITY
  3. Setting and Infrastructure
  4. Energy and Climate Change
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  1. ENERGY AND CLIMATE CHANGE
  3. Energy Efficient Appliances Usage
  4. Smart Building Implementation
  5. Renewable Energy Sources in Campus
  6. Electricity Usage per Year
  7. Elements of Green Building Implementation as Reflected in All Construction and Renovation Policies
  8. Greenhouse gas emission reduction programGreenhouse gas emission reduction program
  9. Please Provide The Total Carbon Footprint
  10. Number of innovative program(s) during Covid-19 pandemic
  11. Impactful university program(s) on climate change
  12. Ratio of renewable energy production divided by total energy usage per year
  1. ENERGY EFFICIENT APPLIANCES USAGE
  1. SMART BUILDING IMPLEMENTATION
  1. RENEWABLE ENERGY SOURCES IN CAMPUS
  1. ELECTRICITY USAGE PER YEAR
  1. PLEASE PROVIDE THE TOTAL CARBON FOOTPRINT
  1. ELEMENTS OF GREEN BUILDING IMPLEMENTATION AS REFLECTED IN ALL CONSTRUCTION AND RENOVATION POLICIES
Screenshot 2023-11-16 at 15-04-19 IZU_Turkiye_2_13_Number_of_innovative_program(s)_in_energy_and_climate_change.pdf
Description:

1. Gazebo Rest with Solar Panel project

Our campus has a peaceful environment with plenty of greenery. In this environment, campus residents want to spend time outdoors.

The "Gazebo Rest with Solar Panel" project aims to make campus residents spend more efficient time outdoors with clean energy. The resting area, made of natural materials, is equipped with solar panels and provides clean energy. In this way, people can charge their devices such as computers, tablets, and phones without leaving their environment and spend more time in the open and fresh air. In addition, disabled individuals can charge their vehicles here.

2. High efficiency particulate air (HEPA) filters

High efficiency, fiber washable HEPA filters used in air handling units.

3. Recyling site cable reels as a table

Waste of cable reels, which emerged due to building maintenance on the campus, has been recycled and brought into use with its nature-friendly raw materials and appearance.

4. Raiwater Collection Tank

Rainwater is collected in the newly opened Central classroom building. The collected water is used as gray water in the wet areas of the building and the garden irrigation system in the surrounding landscaping areas. The capacity of the rainwater collection tank is 250 m3.

Additional Evidence links:

- https://www.izu.edu.tr/docs/default-source/default-document-library/e-
bulten.pdf?sfvrsn=e163f56c_0

- https://www.izu.edu.tr/en/sustainability/energy-and-climate-change/number-of-innovative-program(s)-
during-covid-19-pandemic