Public participative water saving method

Abstract

The invention provides a public participative water saving method under the background of city water resource shortage and ladder-like water price enforcement; the method comprises the following steps: 1, collecting and parsing data; 2, using the ladder-like water price as background, and building a resident tradable water volume measuring and calculating method based on the elasticity price theory; 3, building a resident-newly built industrial water transaction mode using a water supply company as a trading agent; 4, determining the trading price under the resident-newly built industrial water transaction mode; 5, making a ladder-like gain distribution mode under the resident-newly built industrial water transaction mode, and computing water saving gains. The water saving method can effectively utilize unused domestic water configuration water volume in water resource programs, can motivate residents to save water through water saving gains, and can use the resident tradable water volume to develop new industries, thus providing the ant colony effect of the resident water consumption body in city water saving program, solving the problems that a new industry has no water to use, and improving the whole water saving level of water resource shortage cities.

Description

technical field [0001] The invention belongs to the field of optimal allocation of water resources and relates to a water saving method that the public can participate in. Background technique [0002] Water is "the source of life, the key to production, and the foundation of ecology". The shortage of water resources has become a serious constraint factor for my country's economic and social development. In recent years, the state has put forward many requirements for the efficient use of water resources: "The Suggestions of the Central Committee of the Communist Party of China on Formulating the Thirteenth Five-Year Plan for National Economic and Social Development" proposes to implement the most stringent water resource management system, to determine production by water, and In 2015, the State Council issued the "Water Ten Measures", which required vigorously promoting the recycling of water resources, controlling the total amount of water use and improving the efficiency...

AI Technical Summary

Problems solved by technology

At present, due to the scattered amount of water saved by each household, it is difficult to trade directly, and there are few studies on water transactions that residents can participate in. So how to scientifically measure the amount of water that can be traded and realize the transactions between residents and newly-built industries needs to study a feasible transaction model.

[0005] Second, saving water for everyone is largely just empty slogans, which are difficult to implement

This is because my country has not yet formed a water-saving mechanism oriented by economic means, and has failed to play an important role in water-saving rewards. Users do not pay enough attention to water resources, and it is difficult to consciously save water. So how to promote water-saving? At the same time, it is of great research significance to let water-saving residents get economic benefits through transactions, so as to further mobilize their enthusiasm for water-saving, exert the "ant colony effect", and improve the overall level of water-saving in the city

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