Biology Department Organizes a Training Course on Sustainable Development: Towards the Best Ways to Solve Thermal Pollution Problems
Biology Department Organizes a Training Course on Sustainable Development: Towards the Best Ways to Solve Thermal Pollution Problems
Training Course
The Biology Department at the College of Education for Pure Sciences organized a training course on (Sustainable Development: Towards the Best Ways to Solve Thermal Pollution Problems). The lecturer, Prof. Dr. (Ban Taha Muhammad), lectured. This course aimed to know the impact of air conditioning facing urban environments and rising temperatures from multiple sources. Air conditioners, generators and global warming contribute to this problem. These conditions create ideal environments for harmful microorganisms such as yeast and mold. The course also included several axes on the environmental impact of air conditioning and the release of heat that external air conditioning units release directly into urban environments. This effect is amplified in narrow spaces between buildings and knowing its damage to vegetation cover as surrounding trees are exposed to burns as a result of operating equipment and microbial growth in urban environments through high humidity. The researcher recommended the need to pay attention to such topics in order to harness renewable energy to reduce thermal emissions and use technological methods in terms of modern ventilation and improving air circulation that reduces humidity and microbial growth. As well as water management, sustainable water infrastructure helps cool urban environments.
The Biology Department at the College of Education for Pure Sciences organized a training course on (Sustainable Development: Towards the Best Ways to Solve Thermal Pollution Problems). The lecturer, Prof. Dr. (Ban Taha Muhammad), lectured. This course aimed to know the impact of air conditioning facing urban environments and rising temperatures from multiple sources. Air conditioners, generators and global warming contribute to this problem. These conditions create ideal environments for harmful microorganisms such as yeast and mold. The course also included several axes on the environmental impact of air conditioning and the release of heat that external air conditioning units release directly into urban environments. This effect is amplified in narrow spaces between buildings and knowing its damage to vegetation cover as surrounding trees are exposed to burns as a result of operating equipment and microbial growth in urban environments through high humidity. The researcher recommended the need to pay attention to such topics in order to harness renewable energy to reduce thermal emissions and use technological methods in terms of modern ventilation and improving air circulation that reduces humidity and microbial growth. As well as water management, sustainable water infrastructure helps cool urban environments.