LINEAR PROGRAMMING IN HAZARDOUS WASTE MANAGEMENT.
Publication
, Journal Article
Peirce, JJ; Davidson, GM
Published in: American Society of Civil Engineers, Journal of the Environmental Engineering Division
1982
Linear programming techniques are applied to investigate the relative costs of regional and state-wide hazardous waste management schemes. The focus is the identification of a cost effective configuration of transportation routes, transfer stations, processing facilities and secure long-term storage impoundments. Wastes generated in North Carolina are studied as a useful example of linear programming applications in general and options available within a given state in particular. The value of the techniques are highlighted, as are their limitations.
Duke Scholars
Published In
American Society of Civil Engineers, Journal of the Environmental Engineering Division
Publication Date
1982
Volume
108
Issue
EE5
Start / End Page
1014 / 1026
Citation
APA
Chicago
ICMJE
MLA
NLM
Peirce, J. J., & Davidson, G. M. (1982). LINEAR PROGRAMMING IN HAZARDOUS WASTE MANAGEMENT. American Society of Civil Engineers, Journal of the Environmental Engineering Division, 108(EE5), 1014–1026.
Peirce, J Jeffrey, and Gordon M. Davidson. “LINEAR PROGRAMMING IN HAZARDOUS WASTE MANAGEMENT.” American Society of Civil Engineers, Journal of the Environmental Engineering Division 108, no. EE5 (1982): 1014–26.
Peirce JJ, Davidson GM. LINEAR PROGRAMMING IN HAZARDOUS WASTE MANAGEMENT. American Society of Civil Engineers, Journal of the Environmental Engineering Division. 1982;108(EE5):1014–26.
Peirce, J. Jeffrey, and Gordon M. Davidson. “LINEAR PROGRAMMING IN HAZARDOUS WASTE MANAGEMENT.” American Society of Civil Engineers, Journal of the Environmental Engineering Division, vol. 108, no. EE5, 1982, pp. 1014–26.
Peirce JJ, Davidson GM. LINEAR PROGRAMMING IN HAZARDOUS WASTE MANAGEMENT. American Society of Civil Engineers, Journal of the Environmental Engineering Division. 1982;108(EE5):1014–1026.
Published In
American Society of Civil Engineers, Journal of the Environmental Engineering Division
Publication Date
1982
Volume
108
Issue
EE5
Start / End Page
1014 / 1026