Atomic Energy plant, Oil fired plant, Gas fired plant, Coal fired Plant, Gas Turbine plant, Hydroelectric plant, Wave power, Wind power, Solar panel type
Project Date of Contract Description Date of Completion Guddu Thermal Power Station Unit No.4, Pakistan (210MW, Oil-fired) 1983 Surveying, designing, manufacturing, supplying, installation, commissioning, personnel-training 1986.6 Jamshoro Thermal Power Station Unit No.2, Pakistan (210MW, Oil/gas-fired) 1987 Turn-key project 1989.12.3 Jamshoro Thermal Power Station Unit No.3, Pakistan (210MW, Oil/gas-fired) 1987 1990.6.7 Jamshoro Thermal Power Station Unit No.4, Pakistan (210MW, Oil/gas-fired) 1987 1991.1.21 Chittagong Thermal Power Station Unit No.1, Bangladesh (210MW, Gas-fired) 1989.11.17 1993.4.18 Muzaffargarh Thermal Power Station Unit No.5, Pakistan (210MW, Oil/gas-fired) 1991.9 1995.2.14 Muzaffargarh Thermal Power Station Unit No.6, Pakistan (210MW, Oil/gas-fired) 1991.9 1995.8.14 Muzaffargarh Thermal Power Station Unit No.4, Pakistan (320MW, Oil/gas-fired) 1993.5 1996.12 Chittagong Thermal Power Station Unit No.2, Bangladesh (210MW, Gas-fired) 1994.7 1997.7 Kuching Thermal Power Station Unit No.1, Malaysia (50MW, Coal-fired) 1994.11.22 1994.5.8 1997.7 Kuching Thermal Power Station Unit No.2, Malaysia (50MW, Coal-fired) 1994.11.22 1994.5.8 1997.9 Power Plant Air Cooling System, Iran 1996.7 Complete equipment for 14 sets of air cooling system 1999.12 Thermal Power Station Units 1 &2 (2×325MW), Azerbaijan, Iran 1997.3 Survey, design, manufacture, supply, supervision of installation, commissioning, testing, etc. Scheduled in Dec. 2002 Diesel Power Station 2×6600KW Ahead, Sudan 1998.3 Turn-key project Scheduled in Dec. 2002 Iraq Gas Turbine Generating Set (6x37MW) 1998.8 2000.8 Philippines Oil-fired Thermal Power Plant (2x15KW) 1997
Source of heat and sometimes generating capacity.
The oil thermal plant refers to the chemical energy that is stored in the fossil fuel like the natural gas, oil shale, fuel oil, and coal. They are usually successively converted into thermal energy, mechanical energy, and electrical energy.
A thermal power plant can use various fuel sources besides coal, such as natural gas or oil, to generate electricity. This gives it more flexibility in fuel selection compared to a coal power plant, which is limited to using only coal as its fuel source.
A thermal power plant generates electricity by burning fossil fuels such as coal, oil, or natural gas to produce heat, which is used to boil water and produce steam. The steam then drives turbines that are connected to electric generators, converting the kinetic energy into electricity. The electricity is then transmitted through power lines for distribution.
If the oil fired furnaces produce 3000 MW thermal, and the overall station efficiency is 35 percent, this means that the electrical power sent out is 1050 MWe. This assumes you do mean the overall station efficiency, ie that the power used for auxiliaries on the station is subtracted from the total electric power generated, before this figure is calculated.
The source of the thermal energy is obviously completely different, but the steam side, turbo-generator, etc is very similar.
It depends on the source of the heat:coal fired plants generally ae seen as sources of carbon dioxide sulfur oxides and solid wasteheavy oil plants are sources of carbon dioxidegas fired plants produce less carbon dioxidenuclear power plants have waste problemsgeothermal plants have almost no environmental issuessolar (heat) pants have almost no environmental issues
yes
blows up
The US could use renewable energy (solar, wind, water, hydro, tidal and wave, geothermal, ocean thermal, biomass and biofuel) to replace every coal-fired power station in the country. After that it could replace every oil-fired power plant. Then every gas powered. Then every nuclear powered. Renewable energy is now tried and tested and it can provide baseline power all round the clock.