Recently, diverse counter pollution measures, new engineering methods to reduce contamination and eco-friendly technology to treat existing pollution are being developed by our government in the efforts of saving the environment under the initiative named "Low Carbon, Green Development."
Our nat...
Recently, diverse counter pollution measures, new engineering methods to reduce contamination and eco-friendly technology to treat existing pollution are being developed by our government in the efforts of saving the environment under the initiative named "Low Carbon, Green Development."
Our nation's forces have also established and are enforcing the military environment policy by adopting the idea of 'environment security' in order to preserve the living environment of the citizens living close to military bases and/or areas under military control in the vision of 'constructing a low-carbon, green army' and a 'strong military.' To achieve this, our forces are promoting the expansion of environmentally-friendly facilities, improving specialization of the responsible work force, settling environment management through prevention, raising the environmental awareness of military officers and men, and reducing the environmental pollution and preserving the eco-system of the military bases and the local community.
In response to this, the present research has an investigative focus on possible soil contaminations due to oil spills in the military. To achieve this, the present research looks into the past cases of soil contamination on military grounds, analyzes the cause of the contamination and provides effective measures to prevent the contamination.
In addition, our study provides efficient and prompt methods of construction process for one of the most popular restoration engineering method for military soil contamination: soil cultivation, and investigates the procedure of choosing the appropriate restoration method for the contaminated grounds in relation to the US military base relocation through analyzing geological and mathematical characteristics and examining executive, economic and environmental practicality.
Through this, we seek to provide prevention methods for the oil contamination in the military grounds, suggest initial procedures in case of contamination, and present the validity of the procedure of choosing an engineering method.
Recently, diverse counter pollution measures, new engineering methods to reduce contamination and eco-friendly technology to treat existing pollution are being developed by our government in the efforts of saving the environment under the initiative named "Low Carbon, Green Development."
Our nation's forces have also established and are enforcing the military environment policy by adopting the idea of 'environment security' in order to preserve the living environment of the citizens living close to military bases and/or areas under military control in the vision of 'constructing a low-carbon, green army' and a 'strong military.' To achieve this, our forces are promoting the expansion of environmentally-friendly facilities, improving specialization of the responsible work force, settling environment management through prevention, raising the environmental awareness of military officers and men, and reducing the environmental pollution and preserving the eco-system of the military bases and the local community.
In response to this, the present research has an investigative focus on possible soil contaminations due to oil spills in the military. To achieve this, the present research looks into the past cases of soil contamination on military grounds, analyzes the cause of the contamination and provides effective measures to prevent the contamination.
In addition, our study provides efficient and prompt methods of construction process for one of the most popular restoration engineering method for military soil contamination: soil cultivation, and investigates the procedure of choosing the appropriate restoration method for the contaminated grounds in relation to the US military base relocation through analyzing geological and mathematical characteristics and examining executive, economic and environmental practicality.
Through this, we seek to provide prevention methods for the oil contamination in the military grounds, suggest initial procedures in case of contamination, and present the validity of the procedure of choosing an engineering method.
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