Experimental Studies and Analysis on the Treatment of Groundwater Using Solar and Wind Energy

Abstract

Lack of safe water prevents 42 percent of the world's population from accessing sanitation. In 2021, the WHO estimated that there would be 784 million people without access to safe drinking water. With a well-planned system, the group aims to cut the number of people in need of drinkable water by half by 2015. These methods improve saltwater, which makes up 97 percent of the world's water. In this regard, a model that simulates the work of groundwater treatment firms using natural resources and renewable energy has been developed. There was a lack of continuous wind energy throughout most of Oman, where this model was put, and the necessity for a reverse osmosis system for constant maintenance because these projects rely on renewable energy everywhere. This article aims to create an autonomous desalination plant powered by solar and wind energy. A simulator model based on renewable energy groundwater purification systems was created for this aim. To treat subterranean water in distant areas of Oman using two renewable technologies to create enough electricity to run the reverse water purification and water purification system at the lowest cost. A turbine mounted vertically with a height of 1.5 meters and a diameter of 1 meter will produce 2304 liters per day and 800000 liters per year

Experimental Investigations of the Removal of Methylene Blue from Waste Water using Agricultural Adsorbant

“…In order to ascertain the mechanism, kinetic models have been presented. Lagergren has presented first and second order kinetic models which are pseudo in nature, for dissecting the process of MB onto DPH [33,34]. (7) Here we have the rate equation for adsorption: where q is the equilibrium adsorption capacity, qe is the adsorption capacity at time t (min), and k 1 is the rate constant [35].…”

Development of a Noble Fouling-Resistant Membrane for Wastewater Treatment

“…For the purpose of recycling the decanter water produced by the reactive distillation of ethyl acetate [28], the authors looked into a number of different water treatment methods. Saravanan et al [29] looked at a simulator model for groundwater purification systems in Oman that is based on renewable energy. The authors [30] looked at the various energy options available for oil and gas water treatment.…”

Experimental Scrutinization on Treatment of Organic and Inorganic Effluents using Adsorption Process

“…Authors investigated various water treatment techniques for the waste water generated from decanter during ethyl acetate reactive distillation process [17]. Saravanan et al investigated the simulator model based on renewable energy groundwater purification systems to treat subterranean water in Oman [18]. Authors investigated the various types of energy sources that can be used for water treatment in oil and gas industries [19].…”