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THE PLANT COMMISIONED IN 1967 THE PARAMETERS ARE
FOR 60 MW
STEAM FLOW 245T/Hr
FEED WATER 255T/HR
FIRST STAGE Pr 53KGS
GLAND STEAM 5KGS
EJECTORS(3) PR 35
CONDESATE FLOW 210T/Hr
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Does cot tam power station use a lot os electristiy?
cottam power station use up to 60mw per year wich is 2400 mw in 6 years
How hot is a laser?
it depends on what strength you have. 5mw-60mw - nothing 65mw-80mw - meh, bit of heat 95-125mw - stings, probably get a burn 130mw-150mw - ouch! HAWT! HAWT! 155mw-300mw - I was stupid enough to do this
Address tuanku jaafar poer station Port Dickson?
Tuanku Jaafar Power Station is one of the main power stations in Malaysia, located in Port Dickson, Negeri Sembilan. The power station belongs to Tenaga Nasional Berhad and is a state-of-art combined cycle power plants comprise PD1 (750MW MHI Technology) and PD2 (750MW GE-TOSHIBA Technology).PD1 was on commercial loading in 2005 whereas PD2 started in February 2009. Both combined cycle plants are firing natural gas supplied by Petronas with distillate as a stand-by fuel.The first golden era of Tuanku Jaafar Power Station began in 1969. TJPS was then a conventional thermal power plant (firing fuel-oil) 4 x 60MW units, followed with 3 x 120MW units (commercialized in 1978), and a 25MW Gas Turbine (1978) used for blackstart and peaking purposes.In 2000, the conventional power plant was dismantled in stages to allow for rehabilitation project, which was fully completed in 2009. Tuanku Jaafar Power Station has now become the power plant of choice (top in the merit order) with high efficiency, full automation (Automatic Governor Control-AGC), in compliance to the international standards and environment.
Is laser hotter than fire?
>> the hottest laser beam is about 1000 degrees Celsius (1832 F) Technically a laser beam doesn't have a temperature since it is made of photons and not matter. Temperature is related to the average vibrational energy of the atoms in a chunk of matter. No vibrating atoms means temperature can't be measured. However a laser beam of the right frequency can easily heat something up far hotter 1000 C. Laser beams routinely vaporize steel, which boils at 3000 C (5432 F), and tungsten which boils at over 5550 C (10022 F). This approaches the surface temperature of the Sun, 5800 C or 10472 F. The biggest laser in the world, actually 192 lasers all focused on the same spot, is at the National Ignition Facility in Livermore California. They recently dumped 1 Megajoule of energy into a target a few mm across over a period of a few nanoseconds. They are shooting for temperatures of 200,000,000 F (111,111,093 C) in order to induce nuclear fusion in a frozen hydrogen pellet. So I you could say that the hottest laser in the world can produce temperatures of around 111,000,000 C or 200,000,000 F which is about 7 times the temperatures estimated for the inside of the Sun; 30,000,000 F or 16,666,648.9 C.
