Water-saving processes control of an airport

Abstract

This article presents a systematic approach to solving a problem with rational use of an airport’s water resources. Life cycle programming of the technological systems of wastewater purification allowed to consider comprehensively the problem of economical water consumption. The life cycle programming was adopted as the methodological basis for constructing a logical scheme of tasks of an airport’s water-saving processes. On the basis of the proposed logical tasks diagram it became possible to develop an algorithm and software for automatized control over airport’s water-saving processes. The purpose of the work is to implement a systematic approach for control over water-saving production aviation processes of the airport and representation of the developed algorithm for control. It may be concluded that the implementation of the given algorithm on the basis of computer technology will increase the efficiency of wastewater purification and significantly reduce the fresh water consumption.

Wastewater Treatment and Recycling of Western Sydney Airport

“…Osaka's Kansai International Airport is an excellent example of Western Sydney Airport's wastewater recycling design. The measurements taken by this airport include (Baxter et The cost of purifying wastewater is very high and about 100 times the cost of primary treatment (Bieliatynskyi et al, 2018). Since most water consumption in an airport is not portable, the primary treated water can be used for other purposes.…”

Statics Simulation of the Buffer Wastewater Neutralization Process

“…The operator-technologist has a monitor for managing the wastewater purification processes of the whole enterprise [15]. For typical wastewater purification processes on this monitor there are [16] :…”