AUTOMATED HOME WATER RECYCLING SYSTEM FOR IRRIGATION OF GREEN AREAS

SISTEMA AUTOMATIZADO DE RECICLADO DE AGUAS DOMICILIARIAS

Abstract

The generation of household waste has been growing exponentially in recent decades, to satisfy human needs through basic services such as drinking water, this has caused gray water and sewage, the derivatives of that have increased problems to the health of the population , strong environmental impacts to the waters, the atmosphere, the soil and negative economic impacts in terms of land devaluation. In this regard, the present study carries out an investigation on an automated system for the treatment of household wastewater, which can be adapted to the needs of a home, thus presenting an anaerobic biodigester, characterized by being continuous flow, low organic load and having four process stages, in order to reduce costs, facilitate its implementation and meet the water requirements of a green wall with standard measures. It was based on the analytical method and the hypothetical deductive method, the results obtained, in the first place, were from the green wall, with a water requirement of approximately 105 liters per day, the biodigester was adapted for this requirement, in a plastic container of 220 L capacity, where an automated process is carried out that will improve the quality of the water, in order to use it for the irrigation of a green wall, thus integrating the Sustainable Development Goals in order to propose a solution, contributing to the social and environmental development of the world.