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- Article name
- Operation of reverse osmotic desalination plants powered by the energy of sea waves
- Authors
- MIRONOV V. V., , vvmironov@list.ru, Industrial University of Tyumen, Tyumen, Russia
IVANYUSHIN Yu. A., , ivanjushinja@tyuiu.ru, Industrial University of Tyumen, Tyumen, Russia
SUGLOBOV D. A., , suglobovda@gmail.com, Industrial University of Tyumen; LLC "Yugra Design Institute", Tyumen, Russia
KADYSEVA A. A., , kadyseva@mail.ru, Russian State Agrarian University - Moscow Timiryazev Agricultural Academy, Moscow, Russia
MIRONOV D. V., , dvmironov@yandex.ru, LLC "ELECTRORAM", Tyumen, Russia
- Keywords
- seawater desalination / floating module / wave energy / hydraulic power generation / water supply
- Year
- 2024 Issue 4 Pages 12 - 17
- Code EDN
- XHNZKR
- Code DOI
- 10.52190/2073-2589_2024_4_12
- Abstract
- This article presents a theoretical justification for the possibility of using low-potential energy of sea waves to operate reverse osmosis desalination plants. This opens up new prospects for seawater desalination using reverse osmosis. The object under study is a device capable of generating hydraulic energy from the energy of sea waves. The device consists of a movable buoy with positive buoyancy, a high-pressure pump, a connecting cable and a bottom anchor. Hypothetical calculations based on the parameters of the plant and hydrometeorological research data of the Black Sea for 2023 showed that the system is capable of providing fresh water to more than 100 people per day, having high productivity at low wave height. The proposed approach to seawater desalination has significant advantages in the face of climate change and environmental problems. The results of the study confirm the promise of using a floating module to generate energy from sea waves and desalinate seawater at remote sites and coastal areas.
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