Just a few days ago I thought I should tell someone I worked in a mobile auto repair shop cleaning mobile vehicles before retiring. At first glance, anyone could argue that this seems ineffective when driving a unit home to clean up their car. Yes, if one or two separate cars are washed and waxed at once, I agree. My knowledge says my knowledge;
“It’s as strenuous as a truck wash a car, oops…”
Well, I think you’re right, finding a truck and cleaning the car is a lot of effort. However, cleaning a fleet of vehicles, cars, buses, and planes is much more effective than bringing everything to the facility, such as cleaning trucks, buses, cars, or planes individually. In addition, most cars and mobile washes are very conservative in terms of water supply because it takes too much time to keep the water-filled.
This will increase gas mileage as weight increases and fuel costs rise, which is significant at the end of the week. I know a mobile car wash contractor who has a very efficient water supply, who has reduced his water consumption by 10 times and therefore needs to recycle less water. In fact, it is the world’s largest mobile car cleaning company and produces the most efficient cleaning equipment in the world.
Now I think that’s important because it makes an important contribution to efficiency. This particular car wash contractor. My knowledge may be true though, and it is certain that driving to one place is tricky, and washing 100 cars a day is a huge effort. So, what’s the future of clean mobile cars? What do you ask in the store? Okay, let me clarify my prediction;
Special materials, frequency molecular dispersion, fuel cells, and electric vehicles will become more efficient in future self-cleaning because there is no petroleum distillate product that can allow dirt to adhere to the vehicle. So you can say that in future car washes and detailed design there is more obvious rocket science than meets the eye. I hope you can watch all this and think about it.
Most people know that these types of companies drive the car to a fixed location to wash the car, that is, all the washing water is recycled and reused so that their water consumption is lower than if they wash the car in their own driveway. . If that’s what you believe and that’s your way of thinking, then you’re right. Now you may also think that someone will use more water than the on-site car wash (the latter can be recycled) to wash the car at your workplace with a booster and water tank.
This is not the case, this is a myth, but I want to clear up this error once and for all. Fixed-site car washes typically consume 20 to 26 gallons of water per car, and each car recycles one-third of the freshwater. A 5 horsepower pressure washer can only use 2.2 gallons of water per minute to be washed by a mobile car. Use a pressure washer to wash the vehicle between 1500 and 2200 PSI, and only between 2.2 and 4.4 gallons can be atomized for the entire duration of the spray after 1 to 2 minutes.
This is the most efficient fixed location car wash in the world, with water consumption of well under half. Therefore, if your city is more serious than on-site car washing, mobile car washing will save water for the locals. Of course, a mobile car washing machine in the city is not allowed to wash cars, and it is clear that a permanent car wash system consumes much less water than when you wash a car at home and consumes 75 to 150 liters of water, even if you turn off the nozzle in the garden. is attentive and used.
Now there is another way to clean your car with a “waterless car wash“, which is said to not need water. Isn’t this a good technique? Sure, but they have to add the amount of water used in the washing machine to wash all the dirty clothes divided by the number of cars they wash from these cloths after washing the dirty clothes at home. They have to wash.
We hope that you enjoyed this article and this enhanced your knowledge. If you want to know more about car washes pay a visit to my blog we hope you will find what you are exploring. And don’t forget t share your feedback with us.