Carbon Management and Emission Reduction Process
Sakarya University operates a comprehensive and data-driven carbon management and emission reduction process. This process monitors, evaluates, and minimizes carbon impacts across all university operations, aligning with the national Net Zero by 2053 Vision.
The university has implemented a Greenhouse Gas Emission Reduction Program, including the installation of electric vehicle charging stations, promotion of electric scooter and bicycle use, and closure of the campus to vehicular traffic during European Mobility Week to encourage low-carbon transportation.
In 2024, the university achieved 109.99% renewable energy supply, fully offsetting its electricity consumption and thereby reducing Scope 2 emissions to zero. Renewable energy generation—comprising hydroelectric, solar, and wind sources—was verified through International Renewable Energy Certificates (I-REC).
For Scope 1 and Scope 3 emissions, continuous monitoring, reporting, and reduction actions are conducted under the Greenhouse Gas Emission Reduction Program. The total carbon footprint for 2024 was calculated as 1,670 tons of CO₂e (Scope 1+2) and 75 tons of CO₂e (Scope 3), following the GHG Protocol standards.
The university’s SAUCO2 Sustainable Carbon Tracking System provides the digital infrastructure for this process, offering real-time tracking of building-level energy consumption, resource use, and emission trends. Through its Carbon Footprint Analysis module, the system visualizes emission patterns and supports data-based decision-making for continuous improvement.
Additionally, Sakarya University prioritizes the transition to low-carbon and zero-emission energy systems, integrating solar panels, wind turbines, and hydrogen-based technologies into its infrastructure. The 100% Hydrogen-Fueled Boiler Project, conducted under the TÜBİTAK TEYDEB 1505 University–Industry Collaboration Program, exemplifies this commitment by developing sustainable, hydrogen-powered heating technologies.
Through these coordinated initiatives, Sakarya University demonstrates a robust, measurable, and nationally aligned strategy for carbon management and emission reduction on its path toward full carbon neutrality by 2053.
Carbon Emission Reduction and Divestment Policy
In line with its environmental sustainability strategy, Sakarya University aims to be fully carbon neutral by 2053.
Emission Reduction (Scope 2): In 2024, the university supplied 109.99% of its consumed energy from renewable sources via I-REC certificates, reducing its electricity-based Scope 2 emissions to 0 (zero) tons.
Emission Reduction (Scope 1 & 3): The university implements a "Greenhouse Gas Emission Reduction Program." Within this program;
Electric vehicle charging stations have been installed on campus. Electric scooter and bicycle rental services are encouraged. Low-carbon transportation was supported by closing the campus to vehicle traffic during European Mobility Week.
Divestment Policy: The university's 2053 carbon-neutral target and 100% renewable energy commitment demonstrate its determination to divest from carbon-intensive energy sources (coal, oil) and build an independent infrastructure. The university strategically directs its energy investments towards renewable energy sources to promote sustainability and reduce its carbon footprint.
Monitoring and Evaluation
The university uses annual monitoring and reporting mechanisms as well as advanced Information and Communication Technologies (ICT) based systems to ensure the effectiveness of its energy policies and to evaluate progress towards sustainability goals.
ICT Platform (SAUCO2): The university uses a specialized ICT platform called SAUCO2 (Sustainable Carbon Tracking System) to manage all these processes. This platform is designed for the planning, implementation, monitoring, and evaluation of programs related to energy management and climate change.
Energy and Resource Monitoring Dashboard (SAUCO2 Platform) This interface displays faculty-level data on buildings, student population, and annual consumption of electricity, natural gas, and water within the Sustainable Carbon Tracking System (SAUCO2).
Carbon Footprint Analysis (SAUCO2 Platform), The SAUCO2 system calculates annual CO₂ emissions by scope (1, 2, and 3) and visualizes emission trends to support data-driven sustainability planning.
Continuous Monitoring: The university's energy management units continuously monitor and report on energy use. 85% of campus buildings have energy control and monitoring applications.
Annual Reporting: The university annually reports its energy consumption and carbon footprint data to assess performance in sustainable energy management.
Carbon Footprint: An annual carbon footprint calculation is performed. For 2024, the total carbon footprint was calculated as 1670 tons under Scope 1 + Scope 2 and 75 tons of CO₂e under Scope 3, according to the GHG Protocol.
Sustainable Building Design
The university contributes to sustainable development by prioritizing energy efficiency in all renovation and construction projects.
