L'industrie sidérurgique est un important émetteur de pollution atmosphérique, responsable de la contamination des sols et de la destruction de la biodiversité. L'extraction des métaux à partir de minerais de faible qualité génère d'importantes émissions de gaz, aggravées par des équipements usés et une technologie obsolète.
The book highlights the significant environmental impact of the metallurgical industry, which is a major contributor to atmospheric emissions. It discusses how ferrous and non-ferrous metallurgy operations utilize low-grade ore, resulting in substantial gas emissions that pollute the air and contaminate soil. The text emphasizes the detrimental effects on local ecosystems, including flora and fauna, and points out that outdated technology and equipment further exacerbate these atmospheric issues, posing serious challenges for sustainability in the industry.
on the occurrence of emergencies and ways to reduce uncertainty
The book analyzes the interplay between climate change and emergency events, focusing on how climate-related hazards affect man-made systems. It presents a novel approach to probability assessment that acknowledges the increased likelihood of adverse events due to climate change. The text identifies sources of uncertainty related to greenhouse gas emissions and emphasizes the need for training personnel to evaluate and manage climate risk within socio-ecological systems, providing insights into effective risk management strategies.