Campus building footprint
Total area: 41,330 m² (444,872 ft²)
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Beirut Campus
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Total Area
|
|
Main Building
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22,018 m²
|
|
Hariri Building
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28,000 m²
|
|
Sport Facility
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1,040 m²
|
|
Forum
|
228 m²
|
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Student Activity Building
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400 m²
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Alumni Building
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232 m²
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|
Total
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51,918 m2
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Footprint
Introduction
This report presents an assessment of the carbon footprint of Beirut Arab University (BAU) in Lebanon, considering its impact on the environment and climate. The carbon footprint measures the total amount of greenhouse gas emissions produced directly and indirectly by an organization or institution. BAU has been proactive in its efforts to address sustainability and climate change, and the results indicate that it is making progress in reducing its carbon footprint.
Methodology
The carbon footprint assessment for BAU covered direct emissions from on-campus activities, such as energy consumption, transportation, and waste management. It also considered indirect emissions associated with purchased electricity, water usage, and other services used by the university.
Results
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Emissions source
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2021
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2022
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Scope 1
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Vehicles
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13.255,20
|
9.581,63
|
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Equipment and machinery
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4.418,40
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3.193,88
|
|
Total Scope 1
|
17.673,60
|
12.775,50
|
|
Scope 2
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Electricity
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40.207,44
|
31.274,42
|
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Cold supply
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21.650,16
|
14.717,38
|
|
Total Scope 2
|
61.857,60
|
45.991,80
|
|
Scope 3
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Business travel
|
4.860,24
|
2.810,61
|
|
Rental cars
|
2.827,78
|
1.635,26
|
|
Waste
|
1.148,78
|
664,33
|
|
Total Scope 3
|
8.836,80
|
5.110,20
|
|
2021
|
2022
|
|
Total net emissions
|
88.368,00
|
63.877,50
|
|
Population
|
7.364
|
7.515
|
|
Net emissions per population
|
12
|
8,5
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Based on the data collected and analyzed for the reporting period, it is evident that BAU has made significant strides in reducing its carbon footprint. Compared to the baseline year, the university has successfully lowered its greenhouse gas emissions through various sustainability initiatives and practices.
Key Contributing Factors
Energy Efficiency: BAU has implemented energy-saving measures and adopted renewable energy sources, resulting in a substantial reduction in direct emissions from its buildings and facilities.
Sustainable Transportation: Efforts to promote sustainable transportation options, such as encouraging the use of public transport and cycling, have contributed to the decline in transportation-related emissions.
Waste Management: BAU's improved waste management practices, including recycling and composting, have led to a decrease in carbon emissions associated with waste disposal.
Climate Conscious Policies: BAU's commitment to sustainable procurement and environmentally friendly practices has positively impacted its indirect emissions.
Conclusion
Beirut Arab University's commitment to sustainability and climate action is evident in the positive trajectory of its carbon footprint reduction. The efforts made by the university in adopting environmentally conscious practices and embracing sustainability initiatives have had a tangible impact on its overall environmental performance. However, BAU recognizes that the journey towards a fully sustainable campus is an ongoing one, and it remains dedicated to continuously improving its environmental practices to further reduce its carbon footprint and contribute to a greener future for Lebanon and the region.
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