Research on the Carbon Footprint Caused by Micro-Level Sports Facilities: Carbon Footprint of Ardahan University Sports Facilities in Turkey

Ahmet Atalay
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Abstract

The aim of this research is to calculate the carbon footprint of 2 sports complexes located at the Ardahan University Campus in Turkey. The Intergovernmental Panel on Climate Change (IPCC) calculation methodology (Tier 1 method) was used for the analysis of the data obtained. As research data, the electricity and natural gas consumption amounts used in 2021 in 2 sports complexes located in Ardahan University Campus were used. The research was limited to Ardahan University due to insufficient data and pandemic conditions. As a result of the analysis of the data obtained, the carbon footprint of 2 sports complexes for 2021 was calculated as 7,621,285.5 tons. According to the calculations, 98.4% of the carbon footprint of the sports complexes on the university campus is due to natural gas consumption. This situation can be attributed to the need for natural gas from an intense heating source due to the long and harsh winter seasons due to the geographical location of the province of Ardahan. As a result, it can be said that in order to reduce the carbon footprint of sports facilities, it is necessary to turn to renewable energy sources, to use materials suitable for recycling in the construction of the facilities and to control waste generation.Keywords: environmental sustainability, carbon footprint, sports, sports facilities, sustainabledevelopment.
微观体育设施碳足迹研究——以土耳其阿尔达汉大学体育设施碳足迹为例
本研究的目的是计算位于土耳其阿尔达汉大学校园的两个体育场馆的碳足迹。使用政府间气候变化专门委员会(IPCC)的计算方法(一级方法)对获得的数据进行分析。作为研究数据,使用了位于阿尔达汉大学校园的2个体育场馆2021年的用电量和天然气消费量。由于数据不足和大流行的条件,这项研究仅限于阿尔达汉大学。分析所得数据,计算出2021年2个体育场馆的碳足迹为7621285.5吨。据计算,大学校园体育场馆的碳足迹中有98.4%来自天然气消耗。造成这种情况的原因是,由于阿尔达汉省的地理位置,冬季漫长而严酷,因此需要来自强烈热源的天然气。因此,可以说,为了减少体育设施的碳足迹,必须转向可再生能源,在设施建设中使用适合回收利用的材料,并控制废物的产生。关键词:环境可持续性,碳足迹,体育,体育设施,可持续发展。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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