Commentary on the "Running out of water

article published by news.bbc.co.uk June 20, 2003.  

Commentary By Joseph Ellsworth CTO of A2WH.COM LLC

© A2WH.COM LLC  All Rights Reserved.

 

 

A Solution is available

The problem described by the “Running out of Water” article is will within our capability of solving with current technology.   All we need is the economic and political will to implement the solution.   

 

The article talks about the need for changing water policies and conservation.   These are good but a real solution that uses naturally renewable resources and is immune to droughts needs to be part of the overall solution.    We don’t feel that everybody should have to scrimp all the time when there is an environmentally positive way to provide ample water to every one.

 

Solar Thermal Energy eliminates the need for Nuclear

There is no need to wait for fusion power to supply power for adequate water from major distilleries.    Most of the areas hit hardest by water shortages receive over 2,500 megawatts of energy  every square mile which equates 23,309,893 KWh (Kilowatt hours) of energy from the sun every day  worth  $2.9 million dollars at a $0.12 per KWh rate.   Imagine $2.9 million dollars worth of free energy every day from the sun from only a single square mile.

 

The patent pending A2WH (Air to water harvest) solution can be used to extract liquid water from the air and it works during the worst droughts.  It has no adverse environmental impact and takes advantage of the free solar energy resource.    It uses mostly the solar thermal heat energy and can be produced from widely available commodity products.    The sun evaporates 2.7 billion gallons of water from world’s oceans every second so extracting water from air represents the ultimate renewable resource.

 

 It takes some land and some capital to make the initial installation but after that the operation cost is very low and eliminates the water shortage issues and the related risk of water wars for ever.

 


The solution is easy

The A2WH (Air to water harvest) technology  can produce the 250 billion gallons needed for a major desert city like  Las Vegas while using only  250 square miles of land.     Clark County where Las Vegas is located encompasses 7,926 square miles so with less than 4% of the county surface area A2WH can produce enough water to serve not only the current needs but projected growth for the next 20 years.     It can do this with No Coastal property, No Ground water, No Electricity, No environmental risk to sensitive areas and No nuclear power needed.   It can even use land that is undesirable for other purposes.       If the land is carefully chosen to be uphill from the city some electricity can even be recaptured from the energy of the generated water running down hill.     

 

Clark County is a heavy user and their air is very dry so in most areas A2WH can produce adequate water with even a lower usage of land.

 

In the past extracting liquid water from the air has been very expensive but with A2WH patent pending solar thermal approach  it has become competitive with other water sources such as Coastal Desalination and due to it’s immunity from oil prices it will out perform most of these sources over time.  

 

Most importantly it can be installed on land that is undesirable for other purposes,  It can be installed in smaller chunks which minimizes the needs for long pipelines and it can not be impacted by industrial contaminants in the water which are always a risk with desalination.

 

 

 


The problem with coastal refineries

The problem with coastal refineries is that they require some of the areas premium real-estate right on the edge of the ocean.     As a result of being on the beach, all the water they produce must be pumped up hill,   They consume large amounts of electricity which will only get more expensive and their filters can be fouled by industrial chemicals which are found in increasing concentrations especially in heavily industrialized areas.

 

The Desalination plants must be installed in large 100 million+ increments to be cost effective; they have uncertain environmental effects as is demonstrated in 250 million dollar Tampa facility.

 

A large number of cities are not located adjacent to the ocean where they can easily access the salt water and even if the could build a pipeline they would still have a problem disposing of the waste products.

 

The problem with using nuclear power plants is that the long term cost is unclear.    The problem of spent fuel storage is so extreme that it is commonly being stored on location in a manner that would never be approved by EPA for long term storage.   Every state fights nuclear storage on their land and the time scale involved makes budgets impossible to predict. 

 

 


Why it is worth investing in Safe Potable water for every one

I understand wanting countries to work their own way out of poverty but it is really hard to pay attention to work when you have children dying of water related diseases at home.

 

 Lack of safe potable water has a profound impact on the economic production of each family so providing safe potable water is a pre-requisite to allowing economic growth.  In India today women are walking up to 5 hours every day for potable water which is costing the family that persons income and is quite often costing their teen age girls the opportunity for education.   Women in most cultures have a large impact on forming the world view of their children.  This means that if you want to eliminate the poverty cycle and moderate extreme religious beliefs common in modern terrorists then it is critical to educate the women who will influence the beliefs of the next generation.     If you want to moderate belief systems it is essential to catch people when they are in their learning teen age years.  It is an absolute tragedy both for the girl and for the world when teen age girls miss out on their education just to fetch water.

 

Another way of looking at the same issue is that the women in many societies are never aware of the opportunities they should have so they allow them selves to be mistreated.   The only way to stop this cycle is to educate a sufficient percentage of the women in that culture about their real options so that they can force a change in the local culture.   If you can educate a person when they are still in their teenage years it dramatically increased the chance of influencing their world view.   This means to change a cultures standard response it requires educating those women when they are children and teens.    

 

Even with wide spread education of the teenage female children change will take time but over the course of several generations the economic and political outlook of entire regions can be changed in favorable ways.  This will never happen if these female children spend their formulative years fetching water instead of learning.    In some African countries girls start having children at 15 and keep having them until their bodies fail if those same girls can be pre-educated on the effect this will have on their bodies and on how hard it will be when they have a child die during the next famine it may not change the behavior of that girl but it just might cause her to teach her daughters and sons a new world view.      The technical means of changing birth rates is available but before these can be effective you have to ensure the willingness of the woman to employ the techniques which requires early education across generations.