Environmental Health Predictions for Fire Resistant and Corrosion Protection Measures for Community Health Tourism Building Facilities Due to Climate Change

Abstract

The recent expansion of green tourism building facilities and warehouse capacities entails the installation of integrated community health tourism facility for cultural events, safe mobility, sport activities, agricultural and veterinary activities at old heritage buildings for public health, environmental health, green circular economy promotion within safe structures, which operations increase the occurrence of compartment fires involving flammable dangerous substances i.e biogas from sanitary biomass treatment for renewable resources, electricity and heating. The aim of this research is to compare and analyze the fire resistant materials of structural members and design economic solutions made of different structural materials for natural hazards and climate change. Useful results are presented for sustainable design solutions at integrated community health tourism renew facilities at old heritage buildings, applying proper utilities. Then, are examined the possibility of reinforcing the beams with carbon fiber lamellae and proposed additional fire protection requirements. The examining results present useful solutions for stakeholders. The study outputs enable warehouse designers, operators, stakeholders, investors and safety experts to ensure safe building facilities. Finally, sanitary digital drawing utilities, monitoring schemes are demonstrated for safe green designs so as to protect the examining building facilities at foundations or roof top levels from flood events and high temperatures due to climate change and extreme weather events.