0105113636. Almost double. Another way to look at it is this. It used to cost $.0925 or nine cents worth of water per car and it will now cost sixteen cents per car. Yeah. That’s what we said. So what. After all, even if it costs you $1.50 per car, you could still make money. So, if you went to Von’s and bought one gallon containers of water anObviously, there will never be an actual water shortage since two-thirds of our earth’s surface is water. The problem is distribution. One problem is getting water to the desert before it evaporates. And why do people plant lawns in Las Vegas? Another problem is that people and plants and animals need fresh water not salt water. Fresh water comes from rain and salt water comes from our oceans. So how do we separate out the salt from the ocean water? The method called desalinization works best. But this isn’t free. It costs an average of $3.33 per unit of water. Almost double what you pay from your tap at home. As Las Vegas, Phoenix, Los Angeles, Riverside, etc. expand, we will get into a supply and demand situation. When the price per unit of water reaches $3.00 plus, we will then be able to afford to build adequate infrastructure to handle our water needs through desalinization. The cost of the new infrastructure can be amortized and paid for by us on a unit of water level.

It takes 743 gallons to make one unit of water. If you use 200 gallons per day washing cars, $3.33 will last approximately two and one-half days. Let’s say you wash eighty cars per day. That would be two hundred cars in two and one-half days. If your average ticket price is $8.88 per car, you would have made $1,760.00. You would have spent $3.33. Your water cost is $.001875 of gross sales up from $.00105113636. Almost double. Another way to look at it is this. It used to cost $.0925 or nine cents worth of water per car and it will now cost sixteen cents per car. Yeah. That’s what we said. So what. After all, even if it costs you $1.50 per car, you could still make money. So, if you went to Von’s and bought one gallon containers of water and

from rain and salt water comes from our oceans. So how do we separate out the salt from the ocean water? The method called desalinization works best. But this isn’t free. It costs an average of $3.33 per unit of water. Almost double what you pay from your tap at home. As Las Vegas, Phoenix, Los Angeles, Riverside, etc. expand, we will get into a supply and demand situation. When the price per unit of water reaches $3.00 plus, we will then be able to afford to build adequate infrastructure to handle our water needs through desalinization. The cost of the new infrastructure can be amortized and paid for by us on a unit of water level.

It takes 743 gallons to make one unit of water. If you use 200 gallons per day washing cars, $3.33 will last approximately two and one-half days. Let’s say you wash eighty cars per day. That would be two hundred cars in two and one-half days. If your average ticket price is $8.88 per car, you would have made $1,760.00. You would have spent $3.33. Your water cost is $.001875 of gross sales up from $.00105113636. Almost double. Another way to look at it is this. It used to cost $.0925 or nine cents worth of water per car and it will now cost sixteen cents per car. Yeah. That’s what we said. So what. After all, even if it costs you $1.50 per car, you could still make money. So, if you went to Von’s and bought one gallon containers of water an

upply and demand situation. When the price per unit of water reaches $3.00 plus, we will then be able to afford to build adequate infrastructure to handle our water needs through desalinization. The cost of the new infrastructure can be amortized and paid for by us on a unit of water level.

It takes 743 gallons to make one unit of water. If you use 200 gallons per day washing cars, $3.33 will last approximately two and one-half days. Let’s say you wash eighty cars per day. That would be two hundred cars in two and one-half days. If your average ticket price is $8.88 per car, you would have made $1,760.00. You would have spent $3.33. Your water cost is $.001875 of gross sales up from $.00105113636. Almost double. Another way to look at it is this. It used to cost $.0925 or nine cents worth of water per car and it will now cost sixteen cents per car. Yeah. That’s what we said. So what. After all, even if it costs you $1.50 per car, you could still make money. So, if you went to Von’s and bought one gallon containers of water an

u use 200 gallons per day washing cars, $3.33 will last approximately two and one-half days. Let’s say you wash eighty cars per day. That would be two hundred cars in two and one-half days. If your average ticket price is $8.88 per car, you would have made $1,760.00. You would have spent $3.33. Your water cost is $.001875 of gross sales up from $.00105113636. Almost double. Another way to look at it is this. It used to cost $.0925 or nine cents worth of water per car and it will now cost sixteen cents per car. Yeah. That’s what we said. So what. After all, even if it costs you $1.50 per car, you could still make money. So, if you went to Von’s and bought one gallon containers of water an0105113636. Almost double. Another way to look at it is this. It used to cost $.0925 or nine cents worth of water per car and it will now cost sixteen cents per car. Yeah. That’s what we said. So what. After all, even if it costs you $1.50 per car, you could still make money. So, if you went to Von’s and bought one gallon containers of water and poured them into your water tank, you would still make money.

Sewer treatment plants sell gray water. You can’t drink it because of the biological contaminants in it. However, you could use it to wash cars with the right filtration system. And guess what. It’s free.

In the event of a water shortage, we will start heavy ‘Save Water’ campaigns since we are the most efficient car wash in the world using only 2.4 gallons of water per car. We can help the citizenry save water by washing their cars. Of course, we will make more money due to the increased volume.

The fixed site car washes will do the same. They will claim they save water and they may save a little water. That is, they may save water compared to someone who uses a garden hose with 90 PSI pressure and ten gallons per minute water flow rate. If the person washing their car fills up suds in a five gallon bucket and then sprays their car for five minutes, that’s fifty-five gallons. After this individual rinses their car for five minutes and refills the soap bucket, that’s another fifty-five gallons for a total of one hundred ten gallons. In this case a car wash would actually save a little water compared to the citizen washing his own car in the driveway.

A car wash with a tunnel uses approximately seventy-seven gallons of water. It then recycles nearly two-thirds of that. That two-thirds is dirty water