Can Deep Sea Water be Processed into Potable Water and Distributed into the Middle East?

Abstract

Diane Roessler Weinert

The study will conclude with a way to develop institutional structures implementing Solow’s conceptualization of inter- generalization that can collaborate peace and increase funds for quality water throughout the Middle East. The study is a humanitarian approach addressing the issue in the Middle East of many people going without natural resources of quality water. Identify what the commonalities between different sectors were and where synergies lay in terms of governance paths (Tiller etc al, 2021.p.1).

Artificial Intelligence, Synthetic Intelligence and computational are investigated in to improve efficiency by implementing indicators for leaks, security and data and able to view in real-time. The study is a quantitative, qualitative, and mixed methods approach that includes an e-mail chain, service partners, auditing, and project scope. Synergy and value are the variables.

Artificial Intelligence that can be transcended containment (Capitol Technology, 2022p.1). Machine learning is exploding as an application of narrow AI (Artificial Intelligence), used to comb through vast amounts of data to better develop and market products (Capitol Technology, 2022. P.1). Cultural transparency will be investigated along with how the government manages reluctance and how they build strong relationships.

A focus is on building a network of founder’s challenges facing our world today to demonstrate how interconnected we are and how the fates of all people are bound up together (President Biden,2021). The outbreak of a virus overseas can cause profound grief and suffer at home (President Biden, 2021). Energy data will be reported to show key metrics and will be compared to countries in the Middle East and measured in amounts of water consumption and renewable energy.

Conflict a continent away can create endangers our security (President Biden,2021). Economic downturns abroad can mean lost jobs and shuttered businesses in towns across the globe (President Biden, 2021). Global climate change worsens hurricanes in the Gulf, floods in the heartland, and wildfires in the West (President Biden,2021).

An engineering analysis of options is needed to decide which method is the most cost-effective and the potential locations. Initial potential locations are Oman, Qatar, Emirates, Iraq and Saudi Arabia. Potable water is always supplied through some municipality or other government agency; we envision a public-private partnership for this phase.

As a first step, the author is looking to collaborate with a partner to perform a feasibility analysis to determine which method will be the least costly to implement, have the secured payback in terms of selling the potable water, and have the largest long-term profitability and setting a standard. Intended Audience, Leading Corporations, Innovators, Investment Managers, Companies Raising Capitol, Wealth Advisors, Independent Scientists, Research Centers, Universities, Governments, Institutions, Water Dubai Industrial, Independent Sponsors, Islamic Financial Market, Governance Indictors, Businesses in the Arab World, Professors, Deans, Ministries, Authorities, Can Deep Sea Water be Processed into Potable Water and Distributed into the Middle East? Research Article Diane Roessler Weinert Capitol Technology University * Corresponding author Diane Roessler Weinert, Capitol Technology University. Submitted:14 May 2022; Accepted: 23 May 2022; Published: 24 Aug 2022 Citation: Diane Roessler Weinert (2022). Can Deep Sea Water be Processed into Potable Water and Distributed into the Middle East?, Eart & Envi Scie Res & Rev. 5(3): 77-120. ISSN: 2639-7455 Earth & Environmental Science Research & Reviews Eart & Envi Scie Res & Rev, 2022 Volume 5 | Issue 3 |78 Engineers, Foreign Holdings, The General Reserve, Monetary Agencies, Scholars, and Sovereign Wealth Fund Institutions.

The study gives a historical comparison and uses the Ad Hoc theory implementing when necessary. The author is discussing how we can reduce evaporation as this increases the amount of water being produced. There is a more substantial cost with producing water from the air. There is also an abundance of panels that are required. Desalination is not new; it has been around since the ‘70s. The study shows that the Middle East will increase the water supply and have a cost available at .88 percent which comes from desalination plants which is much higher than what households and businesses pay for it (MENA, 2021.p.1).

On current plans and projections, Bahrain will be able to increase desalination capacity to meet municipal water demand by 2030, but that will entail heavy financial, economic, and environmental burdens (Mena, 2021). The author searched the Persian Gulf, Talha, Khan, Aquil, Qatar, Saudi Arabia, Isreal, Bahrain, United Arab Emirates, and the counts were 415 companies and 1,860 contacts (Dunn,2021p.1).

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