EDDY Pumps unique pump design originated in . Throughout the years the EDDY Pump has been put to the test in countless applications involving heavy slurry. Time and time the EDDY Pump has provided value greater than that of traditional pumps in heavy slurry applications. The large internal flow path enables the pump to pass extremely large solids, and the recessed rotor reduces the potential for wear due to the abrasive nature of heavy slurry. Added to this, the unique ability to provide a turbulent flow means that the operation of the EDDY Pump avoids allowing heavy slurry to settle at the bottom of the liquid path, which can decrease potential clogging issues internal to the pump.
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Slurries are very difficult to pump, and many traditional pump types are not suited for this type of application. Heavy slurries are abrasive, solid laden, highly viscous, and much heavier than water. Although pumping slurry is very difficult, pumping heavy slurry is much more challenging due to the increased weight of the material. This type of application is extremely difficult for water pumps and other types of centrifugal pumps because they are not designed to pump heavy slurries. Water pumps and centrifugal pumps are commonly misapplied to slurry and heavy slurry applications, but are more suited for applications that involve thin fluids. Ultra duty mud and slurry pumps are specifically designed for the harder to pump, heavier slurries found in many industrial settings such as mining, manufacturing, and construction applications.
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Camdigger said:Click to expand...
Hello,Here is where I am at on this whole project:IU have my prototype done. I predict it will drill over 200 ft given the right drill stem. I have a trash pump that will work on this unit for a few wells if I use a settling pan. I plan on using a feed troph and a divider in it for settlement. I will use bentonite in the mud. This will wear this type of pump out fast. I looked at a dredging pump from AMT and a semi trash from Flowtec. In the end, It looks like the flowtec with a pressurised grease seal is the best choice. In my research I found that Vermeer and Ditch Witch use them on there boring rigs.I now have a 21 HP gas engine driving a 1.83 CI hydraulic pump. The engine is a bit undersized but because only one motor really pulls that much flow at any one time, it will work very well. Of course, I already have some refinements on it to make and this is a prototype. The next one that I plan will use all the same concepts but will have many refinements---27 HP. on board mud pump driven by a hydraulic motor, nicer control center, larger fluid container and a bit heavier pillow blocks. I will continue to use the 8 HP motors for drill head and chain hoist.This unit is portable in that it can be mounted on many different trailers, even on the back of a full bed pick up truck. It weighs in at about pounds and folds down. It can use 5 to 7 ft drill stem but if it works well, I can produce this same type up to 20ft.The swivel will be a big question? I made it from scratch with two sealed ball bearings, DOM tubing of different sizing, large washers, 1.5 inch black pipe and graphite PTFE packing with grease fittings. It held well against a 100 PSI air))My drill head has 4-# drill head frame guides, # thrust bearings for lift up and push down, No 80 drive chain and more. The lift capacity is over # but I will rate it at the chain working strength of .So much more but you get the idea?More input the better.Gray
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