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Energy Efficiency and Sustainability in Chemical and Power Plants
London Training For Excellence
Summary
Overview
Sustainability and energy efficiency are key concepts extensively adopted by chemical and power industry that are fundamental to optimize production process and to guarantee on the other hand the ability of future generations to use resources in order to meet their needs. Through accurate management activity, it is possible to accomplish these goals obtaining at the same time higher economic results and awareness about regulatory and environmental issues.
Description
Day 1
- Thermodynamic principles
- Energy consumption
- Lost work
- Causes and effects of entropy generation
- Reduction of lost work
- Interpretation and applications of exergy concept
- Chemical exergy
- Energy conversion analysis
- Analysis of separation methods
Day 2
- Chemical conversion
- Sustainable development
- Energy efficiency
- Carbon capture and sequestration
- Green chemistry
- Biofuels
Day 3
- Solar energy conversion
- Hydrogen technology
- Heat integration methodologies
- Energy management strategy and planning
- Implementation of sustainable energy management
- Organizational structure
- Corporate culture
Day 4
- Strategy controlling and auditing
- System approach
- Eco-management approach
- Total quality management approach
- Life cycle analysis
Day 5
- Gap analysis
- Exploitation of renewable energy sources
- Risk management
- Sustainable energy development monitoring
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