LP models for pricing diffuse nitrate discharge permits (2011)
Type of ContentJournal Article
PublisherUniversity of Canterbury. Civil and Natural Resources Engineering
University of Canterbury. Management
Nitrate discharges from diffuse agricultural sources significantly contribute to groundwater and surface water pollution. Tradable permit programs have been proposed as a means of controlling nitrate emissions efficiently, but trading is complicated by the dispersed and delayed effects of the diffuse pollution. Hence, markets in nitrate discharge permits should be carefully designed to account for the underlying spatial and temporal interactions. Nitrate permit markets can be designed similar to the modern electricity markets which use LPs to find the equilibrium prices because the two trading problems have close analogy. In this paper, we propose alternative LP models to find efficient permit prices for year-ahead markets. The model structure varies depending on the catchment hydro-geology and long-term goals of the community. We show how the market price structures are driven by the constraint structure under different environmental conditions. We discuss the physical and economic conditions required to assure consistent prices, the modeling of essential and optional constraints in an LP, and the problem of balancing resource allocation over time among delayed-response discharge units. We then extend the LP model to balance resource allocation over time and to improve the market performance.
CitationPrabodanie, R.A.R., Raffensperger, J.F., Read, E.G., Milke, M.W. (2011) LP models for pricing diffuse nitrate discharge permits. Annals of Operations Research, (in press).
This citation is automatically generated and may be unreliable. Use as a guide only.
Keywordswater quality markets; nitrate trading; non-point sources; tradable permits; linear programming
ANZSRC Fields of Research38 - Economics::3801 - Applied economics::380105 - Environment and resource economics
15 - Commerce, Management, Tourism and Services::1505 - Marketing::150599 - Marketing not elsewhere classified
01 - Mathematical Sciences::0102 - Applied Mathematics::010299 - Applied Mathematics not elsewhere classified
09 - Engineering::0905 - Civil Engineering::090508 - Water Quality Engineering
Showing items related by title, author, creator and subject.
An integrated assessment of the global virtual water trade network of energy Peer RAM; Chini CM (IOP Publishing, 2020)The global trade of energy allows for the distribution of the world’s collective energy resources and, therefore, an increase in energy access. However, this network of trade also generates a network of virtually traded ...
A proposed smart market design for sediment discharge Pinto, A.; Raffensperger, J.F.; Cochrane, T.A.; Reed, E.G. (University of Canterbury. Civil and Natural Resources EngineeringUniversity of Canterbury. Management, 2012)Sediment discharge from erosion, urban run-off, and construction can cause environmental degradation. Governments try to regulate sediment, but the regulatory approach is costly to land owners. In principle, a market-based ...
Efficient Coding of the Danzig-Wolfe Decomposition (Linear Programming) Algorithm Oo, C. H. (University of Canterbury. Computer Science, 1978)The Dantzig-Wolfe decomposition (linear programming) principle published in 1960 involves the solving of large-scale mathematical programming problems of particular structure. Large practical problems of this type typically ...