What type of oil fired plant are you refering to steam boiler/turbine or combustion turbine used in either the simple cycle or combined cycle mode. For a steam cycle, and without considering the practicality, one can add feedwater heaters, replace the turbine or install more efficient internals, increase steam pressure/temperature, better burners, more efficient motors, install variable speed drives on the bigger fan (forced draft, induced draft) motors, better insulation.
Not sure how to do this.
Some additional thoughts.
%26gt;How clean do you keep the condenser?
%26gt;Ditto for FW heaters. Do you calculate LMTD for the heaters?
%26gt;Do your operators maintain all the parameters, e.g., SH temperature that affect heat rate? Do they have a HR parameter display, HR goals?
%26gt;How clean is your turbine? When was it last opened? Washed?
%26gt;Have you tested for seal leakage HP to IP?
%26gt;Don't know your mode of operation, i.e., base, peaking, but do you use full arc or partial arc admission?
%26gt;If your a peaker, and assuming you're not a UP, have you looked at variable pressure operation?
%26gt;Peaking or cycling - have you optimized your start ups? Do you bottle up the boiler?
%26gt;How clean is the boiler, especially, SH and RH passes?
Added:
%26gt;GE and W used to offer high efficiency L-0 blades. How old is your unit? Do you have these blades installed?
%26gt;Have you looked for hard particle erosion on your nozzle block and 1st stage blades?
%26gt;Do you chemically clean the boiler? Do you have chordal thermocouples installed?
%26gt;What condition is your air preheater in?What are the ways to improve heat rate of an oil fired power plant?
Better fuel
super unlead gas
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