Machine Parts

Types of Power Plant (Technology) Natural Gas Based power plant technology Diesel power plant technology Heat Rate of Engine= Fuel Flow or Fuel burned * Fuel Heating Value / Power Output 1 Liter Diesel = 0.85 Kg Example: Heat Rate of Diesel Generator at 100% Load Engine Model- 2506A-E15TAG2 Engine Capacity=400 eKW Fuel Consumption=84 L = 71.4 Kg Electrical Energy Output = 400 KW Heating Value of Diesel = 42.5 MJ/Kg Heat Rate of Engine= Fuel Flow or Fuel burned * Fuel Heating Value / Power          Output Heat Rate of Engine = 71.4 Kg * 42.5 MJ/Kg /400KW   Heat Rate of Engine =7.58 MJ/KWH Heat Rate of Gas Generator at 100% Load Engine Model- VHP5904LTD Engine Capacity= 900 eKW Fuel Consumption= 271 Nm 3 Electrical Energy Output= 900 KW Fuel Consumption= 0.28 Nm3/KWH Heating Value of Natural Gas= 35.22 MJ/ Nm 3 Heat Rate of Engine= Fuel Flow or Fuel burned * Fuel Heating Value / Power          Output   

After complete Environment Impact Assessment take the form of a project-specific action plan defining a comprehensive, formalized and coordinated frame work for environmental management, which is appropriate to the environmental and institutional setting of the project. The EMP will set out, clearly and concisely:  • the objectives of environmental management together with the reasons for introducing an environmental management system • the impacts which are to be controlled, and the control (mitigation) measures to be adopted • the responsibilities for implementation of the control measures and the organizational framework necessary for their implementation • the resources (including financial resources) necessary for effective management and monitoring, together with institutional strengthening and training requirements which need to be implemented if effective environmental management is to be achieved • the overall program for establishment of