Open Conference Systems, THE 3RD INTERNATIONAL CONFERENCE ON PUBLIC HEALTH (ICPH) 2021

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The Compliance of the Eco-Green Airport Concept Implementation in Ahmad Yani International Airport Semarang
Farah Azzahra Anggraini, Budiyono Budiyono, Onny Setiani, Sulistiyani Sulistiyani

Last modified: 2022-03-08

Abstract


Airports in Indonesia must implement an eco-green airport program, including air quality, energy, noise, soil, water, waste, natural environment, socio-economic and public health. Airport activities affect the quality of the environment, including water, air, and soil quality. Based on environmental documents at Ahmad Yani International Airport Semarang, pH and total coliform parameters of liquid waste exceed the quality standard and soil management that have not run optimally. This study used a descriptive observational approach with quantitative methods and using a saturated sampling technique. The subjects included five airport staff. The study aimed to identify the compliance of the environmental management, including air quality, energy, noise, water, soil, waste, natural environment, and socio-economic and public health aspects. All environmental management aspects the fulfillment indicators based on Guidelines for Implementation of Environmentally Friendly Airports (Eco Airport). The instruments used to identify indicators were questionnaires and observation sheets and compared to eco airport guidelines. The results of compliance of eight of the eco-green airport included air quality management (100%), energy management (60%), noise management (80%), water management (100%), soil management (83.33%), waste management (100%), natural environment (100%), and social, economic, and public health (100%). The average compliance of the environmental management with the eco-green airport guidelines was 90.42%. It is necessary to fulfill points on energy management (use of biofuels), noise management (noise absorber facilities), waste management (effectiveness of dosing pumps), and soil (cleaning of waste without chemicals, maximizing 3R principle).

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