The only professional body solely dedicated to supporting the careers of people working in the UK water industry.distinctivepublishing Whoops, it looks like the page you were looking for is no longer available. Please use the menu at the top of the page to navigate from here. Need additional help or want to chat with us? Please feel free to Contact Us.The Solar Shower of the Future is Here! Imagine enjoying the comfort of hot pressurized water on your motorized travels.  Road Shower is like adding plumbing to your vehicle rack.  With the Road Shower you can have instant and easy access to pressurized water wherever you go without the hassle of propane, pumps, or long set up times. Hot or cold, the Road Shower has many uses: from the camp hose for dishes, a pressurized jet to rinse off dirty gear, a gentle spray for the pets, or for extra drinking water. It can be filled and pressurized by simply attaching and filling with your garden hose. Or you can fill it with water from a jug or hose and pump it up with a compressor or bike pump.

Click here for Road Shower 2 photos and info. Click here to buy a Road Shower 2 (4th Generation). Click to see current news and happenings on...while you are there please follow and like: Facebook : Instagram : Twitter Road Shower has enough pressure to get the job done, whether it is rinsing your kayak, or washing your hair. Our Short Road Shower Video Joel explains that advantages of a Road Shower and demonstrates some of its uses. The nice gentle spray is perfect for an afternoon shower. Get plenty of pressure to get out the shampoo quickly. Pressure can be adjusted with nozzle trigger. Clean off your muddy bike. You bike will last longer if you can get that mud off right away. Clean off your board Why pack it up muddy, salty, or sandy? Clean off your muddy boots Keep the inside of your vehicle clean. Clean off the family's foot ware after that big hike. Room Air Conditioner Filters & Parts GE Appliances offers parts and accessories to keep your room air conditioner running at its best.

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launch space-shuttle water launchpad Those are jets of water released by the sound suppression systems installed on the pads and the mobile launcher platforms to protect orbiters and their payloads from being damaged by acoustical energy, reflected from the platform during the liftoff stage of a rocket launch. For example, this is the sound suppression system at the NASA Kennedy Space Center's Launch Pad 39A: Water is released onto the Launch Pad 39A at the start of a water sound suppression test. And a YouTube video of the launchpad water sound suppression system tested for Ares. Here are a few excerpts from the Sound Suppression Test Unleashes a Flood NASA/KSP article from 2004, explaining this system's purpose: The water system is designed to protect the Shuttle and its payloads from any damage that may occur from acoustical energy reflected from the Mobile Launcher Platform (MLP) during launch. released seconds before ignition of the orbiter's three main engines

and twin Solid Rocket Boosters (SRB), then flows through parallel 7-foot-diameter pipes to the Pad. The system includes a 290-foot-high water tank filled with 300,000 gallons of water, and it empties in 41 seconds during a launch. pours from 16 nozzles on top of the flame deflectors and from outlets in the Shuttle main engine exhaust hole in the MLP at main engine ignition, which occurs approximately 7 seconds before liftoff. The system was first installed at the pad when reflective energy from the top of the Mobile Launch Platform was causing minor damage to thermal curtains on the SRBs and putting stress on the wings. adding the system, the sound pressure was reduced by half. Photograph and excerpts credit: NASA's John F. Kennedy Space Center Additional: Here's an interesting related link: Google Street View of the bottom of the launch pad 39A Most US Launchers use a similar water suppression system for the same reasons as the Space shuttle.

At some level, if you intend to launch often you do not wish your launcher to destroy the launch pad. A rocket launching usually has between 600,000 lbs thrust (Delta 4's single RS-68) to 7 million lbs thrust (Space Shuttle, or Saturn V range) and that is an amazing amount of power released in a small space and it really does not matter what you build your launch pad out of, it will take damage. Thus minimizing the damage caused is just a good idea, across the board. Water is cheap, easy to manage, and absorbs energy by converting steam, absorbs sound instead of the physical structure. Russians for the Soyuz boosters have an interesting approach that does not use water suppression, since Baikanour is often experiencing winter when they wish to launch, when flowing water won't work so well (and snow is not as effective as water for this task). They basically suspend the booster over the edge of a cliff, so that the exhaust goes down, and then out a vent, such that there is not much infrastructure directly below it to be damaged.