Twentieth International Conference on Environmental, Cultural, Economic & Social Sustainability

Abstract

The construction sector, contributing to 37% of global carbon emissions and using 50% of the world’s resources, urgently requires the reduction of its environmental impact. Jordan addresses this through initiatives like water management, renewable energy, and green building regulations, collaborating internationally on environmental issues. This study examines a fitness center in Amman, Jordan, utilizing LEED as the chosen assessment method. A Post-Occupancy Evaluation (POE) was conducted through questionnaires and observations to assess the building’s sustainability and identify improvement areas. Additionally, energy modeling demonstrated the building’s efficiency across various categories. The Window-to-Wall Ratio (WWR) was presented as moderately efficient, with a low-to-negative EUI throughout all facades. The need for shading systems was unnecessary, with many users determining that it is underlit and having the energy modeling results showing high EUI, which indicates the need for finding a better solution to enhance the daylight access. The building’s envelope is further analyzed, being deemed as relatively efficient, as well as the performance and suitability of HVAC systems and general appliances within the building. Building performance is then assessed according to LEED v4.1 Operations + Maintenance points system and ways in which the building’s performance are discussed, in addition to relating the results to the Green Buildings regulations in Jordan. The assessment of this building in particular showcases typical issues in archetypal, existing fitness centers in Amman, Jordan, their overall sustainability standing, and suggestions to enhance their performance and sustainability rating in accordance to LEED, and on-track with Jordan’s vision of sustainable development.