Introduction to Study: The study will explore having a pipe out into the ocean pumping water into a reverse osmosis or other system to purify and then distributing it into whoever wants it will be the way to proceed. There are the advantages of working in the Middle East, Dubai, Taiwan and the Emirates. It could be solar powered since the sun shines there almost every day of the year. There will be an offshore pipe with a filter to keep out any debris and it will be far enough out so they could reach it. That would be connected to a pump size the knee meets the needs of the recipients of the water. That would feed into a reverse osmosis system also sized to fit the needs. Reverse Osmosis system distributes water to the domestic water supply system. Financial arrangements the breakeven timeframe and how much money is really needed to build this with an engineering firm to work will be presented. A prospectus with a drawing of the set-up and a description of the benefits will be included. Most of the water today is supplied by private companies.
A spreadsheet with revenue and expenses for three years year 1 by month, and the next 2 years by quarters. All the capital investments are started and enumerated. All expenses will have a line on them.
Statement of the Problem: The adoption for the process verses just the finished product. More people are willing to invest in the completed product instead of the process. Water supplies are getting depleted. Purify ocean water to a state where it is portable is needed. Money and investors are needed then an architect and engineering company that is willing to do that will do the design and construction.
Specific Problem Statement: Displaced people having ample supply of quality water. There is more interest in purchasing water instead of ships. The EPA submission was accepted with a stipulation of adding a sense of urgency. A list of suppliers is needed. Public-private partnerships will need to be created.
Purpose of Dissertation: The purpose of the dissertation is to improve the availability of quality water to improve health. The goal is always longevity and innovation. A pipeline between deep waters and shore would suppose multiple infrastructures for pumping purposes along the line in order to maintain a sufficient pressure-this is why ships are used. There is a growing number of desalination unit projects that indeed allow to provide a continuous source of water. There could be an operation where the pipeline and pumping stations are positioned at the shoreline to harvest deep sea water. The RO units would be on shore and connected to the water distribution system. This would obviate the need for any ships and would produce a continuous supply of water as needed. This could be sold as a private or public partnership. An engineering team is needed to get cost estimates to construct such a system.
