Universitas Airlangga Implements Comprehensive Carbon Management Strategy to Reduce Emissions

Admin SDGS — Tue, 14 Mar 2023 01:14:28 +0000

Committed to addressing cilmate change and minimizing its carbon footprint, Universitas Airlangga (UNAIR) has implemented carbon management system to reduce greenhouse gas emissions and promote sustainable campus environment. With a strong focus on carbon reduction policies and emission cutting technologies, UNAIR is setting a new standard for sustainability in higher education.

Annual Carbon Reporting and Greenhouse Gas Tracking

UNAIR records its annual greenhouse gas emission, reporting a total of 22,081 tonnes of CO2 equivalent (tCO2eq) in 2023. This comprehensive tracking system allows the university to monitor its environmental impact, ensuring that reduction strategies era data-driven and impactful. Guided by this data, UNAIR has implemented targeted measure to address both direct and indirect emissions, reflecting a proactive approach to carbon management.

Promoting Green Transportation and Reducing Scope 1 Emissions

To reduce emissions in Scope 1, UNAIR has developed a range of eco-friendly transportation options. Free bicycle services, electric bikes, and flash buses allow students and staff to travel between campuses without contributing to emissions, significantly decreasing the university's reliance on fossil-fuel base transportation. These sustainable transit options not only reduce carbon emissions but also enhance campus accessibility and convenience.

Expansive Green Open Spaces for Carbon Absorption

UNAIR's green open spaces cover over 651,993 square meters across its three main campuses, providing natural carbon absorption. With an average absorption rate of 0.0055 tonnes of CO2 per square meter annually, these areas have capacity to absorb up to 3,585.96 tonnes of CO2 each year. These green spaces contribute to local biodiversity and enhance air quality while supporting the university's carbon offset goals.

Expanding Renewable Energy Capacity and Reducing Scope 2 Emissions

UNAIR is actively working to reduce indirect emission by expanding its renewable energy infrastructure. Solar panels installed across campus buildings now have a capacity of 280.6 kilowatts peak (kWp), generating approximately 808,128 kWh of renewable electricity annually. In addition, UNAIR plans to install a 10,000 watt wind turbine in 2024, which will further divesify its renewable energy sources and contribute to the university's emission reduction targets. The energy generated by these installations reduces dependence on non-renewable power, supporting a cleaner, greener campus.

Supporting Electric Vehicles with EV Charging Stations

To promote the adoption of electric vehicles, UNAIR has established five EV charging stations across campus, each with a capacity of 100 kWh. This infrastructure supports sustainable commuting options for students, staff, and the wider community, aligning with national and global efforts to reduce carbon emissions from transportations.

Integrating Energy-Efficient Technologies for Emission Reduction

In addition to renewable energy sources, UNAIR is reducing emissions through energy-efficient technologies in its building. LED lighting and smart ventilation systems are installed across campus, optimizing energy use and minimizing waste. By upgrading campus facilities with energy-saving technologies, UNAIR reinforces its commitment to environmental sustainability, achieving a measurable reduction in overall energy consumption.

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