Témakiírások
Research and development of modern tools and methods for reducing the environmental impact of industrial accidents and their elimination in the presence of dangerous subs
témakiírás címe
Research and development of modern tools and methods for reducing the environmental impact of industrial accidents and their elimination in the presence of dangerous subs
intézmény
doktori iskola
témakiíró
tudományág
témakiírás leírása
Description of the research topic:
Nowadays, in Hungary, there are approximately 25 industrial accidents per year involving hazardous substances. Which can result in long-term contamination of soil, water, and air, as these closely related environmental elements interact in a continuous, natural cycle. Accidents involving hazardous materials, when released from hazardous materials, can pose significant pressures on areas in direct human contact. When extreme pollution occurs, it has an immediate negative impact on the population. Therefore, research and development on ways to modernize tools and procedures to reduce industrial accidents in the presence of hazardous substances and the effects of their elimination on the environment and on nature are of major importance.
Dangerous industrial activities are the basis of many indispensable chemical processes, every day and essential for maintaining the current standard of living. Industrial, agricultural activities, energy production, research, transport of hazardous materials all carry a small but measurable risk. The extent of their likelihood, as well as the impact of an incident that has occurred, needs to be determined by advanced, fast, accredited, validated tools and methods for the most effective intervention or prevention.
These criteria have been strongly emphasized in the development of chemical safety, but it is still essential to structure the tasks in a preventive way, with particular reference to the challenges of the European Union.
Objectives:
1. Presentation and disaster management analysis of chemical, biological and radiological / nuclear industrial accidents based on available national and international literature
2. Examining the application, methods, systems of chemical, biological, radiological / nuclear detection units used in disaster management and presenting opportunities for improvement
3. Analytical Investigations: Summary of Environmental Analysis Capabilities for Water, Soil and Air Samples with Disaster Management Tools and New Analytical Capabilities
4. Systematic summary of industrial activities that endanger the state of the human environment. Description of industrial accidents with significant environmental pollution over the past decade (national and international examples)
5. Environmental opportunities and development opportunities for disaster management, including industrial security
Nowadays, in Hungary, there are approximately 25 industrial accidents per year involving hazardous substances. Which can result in long-term contamination of soil, water, and air, as these closely related environmental elements interact in a continuous, natural cycle. Accidents involving hazardous materials, when released from hazardous materials, can pose significant pressures on areas in direct human contact. When extreme pollution occurs, it has an immediate negative impact on the population. Therefore, research and development on ways to modernize tools and procedures to reduce industrial accidents in the presence of hazardous substances and the effects of their elimination on the environment and on nature are of major importance.
Dangerous industrial activities are the basis of many indispensable chemical processes, every day and essential for maintaining the current standard of living. Industrial, agricultural activities, energy production, research, transport of hazardous materials all carry a small but measurable risk. The extent of their likelihood, as well as the impact of an incident that has occurred, needs to be determined by advanced, fast, accredited, validated tools and methods for the most effective intervention or prevention.
These criteria have been strongly emphasized in the development of chemical safety, but it is still essential to structure the tasks in a preventive way, with particular reference to the challenges of the European Union.
Objectives:
1. Presentation and disaster management analysis of chemical, biological and radiological / nuclear industrial accidents based on available national and international literature
2. Examining the application, methods, systems of chemical, biological, radiological / nuclear detection units used in disaster management and presenting opportunities for improvement
3. Analytical Investigations: Summary of Environmental Analysis Capabilities for Water, Soil and Air Samples with Disaster Management Tools and New Analytical Capabilities
4. Systematic summary of industrial activities that endanger the state of the human environment. Description of industrial accidents with significant environmental pollution over the past decade (national and international examples)
5. Environmental opportunities and development opportunities for disaster management, including industrial security
felvehető hallgatók száma
2 fő
helyszín
KMDI
jelentkezési határidő
2020-03-31