![]() ![]() Here's a PDF file for a jet tube, which is similar to a suction nozzle, the main differences is that the pressure inlet pipe would be curved back toward you for a suction nozzle and the total length would be shorter, also you would want the tip angled instead of straight, but this PDF file will give you the dimensions you need for good suction. ![]() I can't find the plans I posted before for a suction nozzle, I'll continue to look for them, but in the meantime. I've forgotten you changed your username, I also look for the sluice plans you ask about in your other post. On the other hand, this unit will provide you with the means to renew the quality of your waterfront, and the quantity of removed sediment will be limited only by the amount of time & energy that you put in to it.I see that your email address listed on this forum is different than the one I have in my email address book, is the one I have still good or should I change the one I have for the one listed here on the forum,? Even expensive industrial dredges can’t do that. The mud is not going to come out of your discharge hose looking like toothpaste. You are also going to have to be prepared to deal with the fact that you will be pumping a lot of water along with the sediment. If you are cleaning a modest area, such as around a dock or boat slip, you can expect to get the job done relatively quickly. These volumes may vary depending upon the nature of your sediment, distance pumped, and your energy & skill level, but many operators state that they are able to pump a much larger volume than our estimates. The excavation capability of our dredger is about 60 cubic meter of water per hour, along 6 cubic meter of sediment per hour. Our suction dredger is particularly effective in removing sand, silt, and that fluffy black stinky mud that ruins the waterfront and prevents one from enjoying beach and water activities.
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