Semi-Quantitative Environmental Impact Assessment of Khewra Salt Mine of Pakistan: an Application of Mathematical Approach of Environmental Sustainability "Mining, Metallurgy & Exploration"

Society for Mining, Metallurgy & Exploration
Sobia Naseem Gao Lei Fu Muhammad Mohsin Muhammad Zia-ur Rehman Sajjad Ahmad Baig
Organization:
Society for Mining, Metallurgy & Exploration
Pages:
12
File Size:
1344 KB
Publication Date:
May 11, 2020

Abstract

The environmental sustainability is linked back to human sustainability; the sustainability development comprises the environment, society, and economics. This study mainly focused on mining sustainability and its impact on the environment of Pakistan. For measuring the level and environmental mining sustainability nature to Environmental Impact Assessment (EIA) of the world’s second largest salt mine “Khewra,” Folchi and Phillips environmental sustainability mathematics (PESM) models are applied. The results indicated that Khewra was deemed to be potentially sustainable for the environment and quality of salt. The results suggest the delicate balance of maintaining sustainability successfully, regarding the mining process in Pakistan which has been affecting the local environment and community so badly. The paper lays emphasis on the potential significance of the model’s application for the attainment of sustainable mining goal. This study is essential for researchers,
Citation

APA: Sobia Naseem Gao Lei Fu Muhammad Mohsin Muhammad Zia-ur Rehman Sajjad Ahmad Baig  (2020)  Semi-Quantitative Environmental Impact Assessment of Khewra Salt Mine of Pakistan: an Application of Mathematical Approach of Environmental Sustainability "Mining, Metallurgy & Exploration"

MLA: Sobia Naseem Gao Lei Fu Muhammad Mohsin Muhammad Zia-ur Rehman Sajjad Ahmad Baig Semi-Quantitative Environmental Impact Assessment of Khewra Salt Mine of Pakistan: an Application of Mathematical Approach of Environmental Sustainability "Mining, Metallurgy & Exploration". Society for Mining, Metallurgy & Exploration, 2020.

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