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Energy Management

Energy is the essential natural resource for national economic progress. The role of energy as a factor of manufacture or service in all sectors of the economy – transportation, industry, commerce, domestic and agriculture – has been supposing raising importance as the availability and dependability of supply and quality of energy resources have been failing.

Till around a couple of decades ago the nations of the world were bask in the promises held out by continuously accelerating the expansion of their economies, utilizing the natural resources conferred by nature, and using evolving methodologies of ever-raising versatility; it emerged that man was on the verge of getting control over nature. It is only as 1973 that the constraints due to the harshly finite nature of the fossil resources have come to be valued. In addition to shortage of materials and energy, ecological and biological constraints are placing restriction on the exploitation of natural resources. Combined with growing populations, the clear conclusion is that per capita economic well-being, mainly in the Third World countries, that are hoping to attain standards of living comparable to those of the industrialized countries, can only get worse? Whereas the main causes for this are communal and political, technical intervention, even at this phase, might alleviate the condition.  

The technology, organization, and economics of energy conversion should be high on the schedule of all organizations hoping to stay competitive and gainful. The strategies for attaining effective energy conservation are depending on thermodynamic and thermo-economic considerations. It is essential for energy engineers and technologists to come to holds with the thermodynamics of energy conversion procedures.

Barriers To Energy Conservation Characteristics of Burners and Combustors
Characteristics of Energy Resources Cogeneration Concepts
Combustion Efficiency Combustion Temperature
Direct Heat Engines Efficiency Considerations for Cyclic Processes
Efficiency Considerations for Non-cyclic Processes Energy Resources
Environmental Aspects Of Energy Use Fossil Fuel Combustion Processes
Fossil Fuel Resources Fuel-Air Ratio FAR Considerations
Heat Exchanger Specifications Need For Integrated Approach
Non-cyclic Power Plants Organizational Strategies
Other Definitions of Efficiency Principles Of Energy Conservation
Reversed Heat Engines Shortcomings of the First-Law Efficiency
Significance Of Energy For National Economic Development Some Deficiencies in the Common Perception of Efficiency
Stack Losses Strategies For Energy Management
The Concept Of Efficiency The distinction among Performance parameters and criteria
The Fundamental Law of Energy Use The Motivation For Energy Conservation
The Nature And Scope Of Energy Audit The Role Of Diagnostics And Control
The Role Of Energy Conservation Strategies The Role Of The Energy Manager
The Special Role Of Electricity Thermal Energy Released by Combustion
Waste Heat Recovery (WHR) And Utilisation Why Seek High Efficiency
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