Title :
The effect of NOx regulations on emissions dispatch: a probabilistic production costing analysis
Author :
Leppitsch, Michael J. ; Hobbs, Benjamin F.
Author_Institution :
MRW & Associates Inc., Oakland, CA, USA
fDate :
11/1/1996 12:00:00 AM
Abstract :
The effect of NOx emission restrictions on the cost of power generation is shown using the Bloom-Gallant model for production costing simulation. For this case study, it is found that tonnage caps provide a more cost-effective way to meet emission goals than lb/MBtu rate limiting policies. The inefficiency of rate limits is due to its encouragement of fuel use (“Btu dilution”) and to a reduction of cost-effective energy transactions. Emissions dispatch is confirmed as an economical technique for NOx compliance. However, the cost-effective range of emissions dispatch is significantly reduced under lb/MBtu regulation, especially when the power system has large opportunities for trading energy
Keywords :
air pollution control; costing; economics; linear programming; load dispatching; nitrogen compounds; probability; thermal power stations; Bloom-Gallant model; NO; NOx compliance; NOx emission restrictions; cost-effective energy transactions; emissions dispatch; lb/MBtu rate limiting policies; power generation cost; probabilistic production costing analysis; tonnage caps; Boilers; Costing; Costs; Fuels; Investments; Monitoring; Power engineering and energy; Power system economics; Production; USA Councils;
Journal_Title :
Power Systems, IEEE Transactions on