Faculty : Faculty of Engineering and Applied Sciences

School : Test 2

Course Description :

Environmental Systems and Processes, Process and System Characterization, Process and System Modeling, Fluid Flow and Mass Transport, Elementary Process Equilibria, Process Energy Relationships, Elementary Process Rates, Complex Process Rates, Ideal System Modeling and Design, Hybrid System Modeling and Design, Non-ideal System Modeling and Design, Multiphase Process Equilibria, Interfacial Process Equilibria, Passive and reactive Interphase Mass Transfer, Multiphase System Modeling and Design

Faculty : Faculty of Engineering and Applied Sciences

School : Environmental Engineering

Course Description :

Life Cycle Assessment: Origins, principles and context- The development of life cycle assessment methods and applications- Life cycle assessment in practice- Life cycle assessment as decision support (A systemic critique)- Life cycle assessment and waste management- Life cycle assessment: Applications in the built environment- Will the well run dry? Developments in water resource planning and impact assessment- LCA and agriculture: challenges and prospects- Climate change responses: Carbon offsets, biofuels and the LCA contribution- Accelerating LCA uptake: Life Cycle Management and ‗quick‘ LCA tools- Prospects for LCA development and practice in the quest for sustainable consumption

Faculty : Faculty of Engineering and Applied Sciences

School : Test 2

Course Description :

Introduction- Foundational Issues of Risk and Risk Analysis-Risk Management Principles and Methods- A Risk Management Framework for Decision Support under Uncertainty: (Introduction- The Framework Decision-making Process)Applications- Concept Optimization: (Historical Background-Framing of the Problem and Alternatives)- Applications- Operations Phase (Decision-making Context- Deficiencies and the Need for an Alternative Process-Problem Definition- Generation and Assessment of Alternatives-Managerial Review and Decision)- Applications- Choice of Disposal Alternative- Risk Indicators- The Success Factors- Pollutants effects on the environment-Toxicity and risk assessment- Environmental health risk assessment- Ecological risk assessment-Energy risk information for Banks in energy, covering Energy Price Risk, Energy compliance, Energy deregulation, Energy derivatives, Energy regulation

Faculty : Faculty of Engineering and Applied Sciences

School : Environmental Engineering

Course Description :

Indicators, quantitative information and statistics, economic and/or scientific data- Social purpose of improving Communication- decision making - Social issuesEffectiveness of current policies. Formulated indicators- Diagnosis of the situation and reporting- Sustainability (interacting economic, social, and environmental factors).

Faculty : Faculty of Engineering and Applied Sciences

School : Test 2

Course Description :

Introduction to Industrial Waste Treatment; History of Environmental Industrial Wastes; Theories and Practices; Volume Reduction; Contaminant Concentration Reduction; Neutralization; Equalization and Proporationing; Suspended Solids Removal; Colloidal Solids Removal; Inorganic Dissolved Solids Removal; Organic Solids Removal; Treatment and disposal of Sludge Solids; Joint Treatment with Domestic Sewage; Treatment of Hazardous Wastes; Air Contaminants Removal; Major Industrial Wastes; Rational of Environmental Complexes; Procedure for Industry in Attaining Zero Pollution; Economics of Environmental Complexes; Realistic Industrial Complexes; Potential Industrial Complexes; Potential Municipal-Industrial Complexes; Naturally-Evolving Industrial Complexes; Benefit-related Expenditures for Industrial Waste Treatment; Summary; Critique of Environmental Complexes.