Abstract:

Based on the status and characteristics of the biogas power generation, the authors used the integer programming and the interval linear programming method to develop an optimized GHG emission reduction model for the largest greenhouse gas emission reduction under uncertainty. The case analysis shows that under the requirements of the investment, the operation profits and technology, 211 821.8—247 410.1 t CO2 equivalence could be reduced every year, which is increased by 1146%—30.19% compared with recommended scheme.

Key words: biogas power; , GHG emission reduction, 01 integer programming; , linear programming, uncertainty optimization model