The DINO Six is a uniquely portable sediment removal system developed to perform jobs inaccessible to other equipment. Weighing only 3800 pounds, the DINO Six is used to clean storm water retention ponds, sediment lagoons, marinas, golf course ponds, and home association lakes. The system is simple and easy to operate. Sediment is excavated by a durable, direct-drive cutterhead, and discharged at up to 1800 gpm through a highly abrasion-resistant, hydraulic submersible pump. Mobilization costs are a fraction of those of heavier machines. The launching and loading is more like a boat than a conventional dredge or excavator. There is no damage to the shoreline or tracks to be repaired. Although the DINO Six is lightweight, it is made of components and materials that are tougher and longer-lasting than those of much heavier and more costly machines. Floats and hydraulic tubing of stainless steel; abrasion resistant (400 brinell) steel pump; aluminum handrails and control station; it is quality construction throughout. Sold by Docks & Marinas, Inc. www.docks-marinas.com Project planning, design, pre and post dredge surveys, plans, specifications, and construction management also available. We bring 33 years of engineering experience to work for you.

1. DINO SIX SEDIMENT REMOVAL SYSTEM
Dealer Rep and Commercial Sales:
Dave Wentland, P.E.
Docks & Marinas, Inc.
De Pere, Wisconsin
davewentland@docks-marinas.com
www.docks-marinas.com
p. 920-621-3464 f. 866-710-0893
www.docks-marinas.com January 2012
p. 920-621-3464

2. 3,800

3. 3,800

4. Trailer With Pipe and Hose Rack
Can Be Customized to Owner’s Needs
www.docks-marinas.com
p. 920-621-3464

5. Dimensions of DINO Six
Length: 21 feet
Width: 71 inches
Height: 64 inches
Weight (less fuel): 3,730 lbs.
3,800
Discharge diameter: 6 inch
Designed for Economical Domestic and
International Shipment
Entire Machine fits in one 20 ft. Container
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p. 920-621-3464

6. Features of DINO Six
Engine: Cummins 4 cylinder
Horsepower: 65 HP @ 2,400 rpm
Fuel Capacity: 30 gallons
Working depth: 14 inches to 13 feet (Standard Version)
Performance: 1,800 GPM max and 1,100 GPM @ 60 feet TDH
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p. 920-621-3464

7. Cutterhead
Abrasion Resistant (400 Brinell) Hydraulic Submersible Pump
Width: 66 in.
Diameter: 14 in.
Drive: Variable speed, dual hydraulic motor, direct drive,
replaceable and hardened steel trencher teeth and mixing paddles.
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p. 920-621-3464

8. Flotation and Travel System
Compartmentalized 16 Ga. Stainless Steel Flotation
Murphy Safety Shut Down on Engine and Hydraulic System
Double Pulley Hydraulic Windlass with two Hydraulic Motors
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p. 920-621-3464

9. Discharge of Sediment
Geotextile Tubes or Settling Basin
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p. 920-621-3464

10. Open Water Anchorage
With Proper Auger and Travel Settings
the Guide Cable is Needed Only to Stay on Course.
Minimum Pull on Cable
A Guide Cable Allows Precision Cuts
– No Uncertainty as to Area already Covered --
Shore and Raft Anchors Easily Moved – i.e. Shore End Attached to Truck
Radial Cuts Only Require One End to be Moved
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p. 920-621-3464

19. Discharge to Geotextile Tubes for Dewatering
Neighborhood Stormwater Pond
Olathe, Kansas 2008
DINO Six Combined with Geotextile Tubes
Ideal for Urban Areas
Very Clean Process
No Damage to Property to Launch the Machine
No Trucks Needed to Haul Away Sediment and Water
No Truck Damage to Property or Roads
No Messy Sediment on site or Roads
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p. 920-621-3464

20. Dewatering in Progress
Tubes Placed Next to Stormwater Pond
In Neighborhood Association Park
Olathe, Kansas 2008
DINO Six Discharge
Pump Sized for Optimal
Use With Geotextile Tubes
Note Clarity of Discharge Water From Tube
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p. 920-621-3464

21. Dewatering dredged material:
Tubes are used where a containment area or spoil area is not possible or practical.
Even when a containment area is a viable option, tubes can be used to construct it. There are
several advantages to this method.
• A much smaller space is required.
• The dredged material is used to construct the dike.
• There are no erosion or blow out worries.
• The decant water is cleaner because no dirt from the dike washes into the spoil area.
• No heavy equipment is needed to build the dikes.
• No excavation, or dirt hauled in, and back out again.
• When there is a natural ravine the tubes can be used to construct a dam across the
opening, or a semicircle dike to a side hill, using the natural lay of the land for part of the
dike.
• The cost of these methods is usually less than excavating besides the other advantages. A
6' high dike can usually be built for $25 per linear foot
• Theoretical example:
Containment for 3,000 CY of lake mud.
• A spoil area made with a dirt bank would be 160' x 160' minimum outside measurement,
and would contain 1,327 CY minimum of dirt if it were hauled in.
• A spoil area built with 30' tubes would be 100' x 100' outside measurement, and would
contain only dredged material.