Nine Reasons to Adopt HYDRANTULA Technology
HYDRANTULA
1. Initial Investment
2. Heavy Machinery Usage
Minimal heavy machinery use, limited to a few days for delivery and installation.
3. Workshop Operations
Allows up to 50% of work to be conducted indoors, reducing weather dependency and saving time.
Minimal indoor work opportunities
4. Dry Work Conditions
Enables up to 90% of tasks to be performed in dry conditions.
Only about 20% of work can be done dry; the remainder requires barge operations
5. Handling Heavy Parts
Most components, including fittings and PE tubes, are lightweight and can be manually carried; lifting equipment is only needed for large assemblies and final framing.
6. Material Modification
Plastic tubes are faster and easier to cut and drill compared to steel or hardwood
7. Versatility Across Marine Construction Segments
Suitable for various applications such as seawalls, coast erosion control, docks, boathouses, slips, and launch ramps, using the same raw materials, equipment, and procedures, regardless of environment (saltwater, freshwater, freezing, or warm conditions).
8. Seabed Compatibility and Depth Capacity
Can be installed in gravel or stone seabeds up to 20 feet deep without leaving residues or requiring cuts above water.
9. Final Outcome
TRADITIONAL METHODS
Up to $200,000, requiring heavy machinery like excavators, vibro-hammers, barges with cranes, outboard motors, and possibly trailers for barges
Heavy machinery is required for at least 50% of the project duration
Each pile, sheet pile, metal tube, or beam necessitates crane usage for movement.
Cutting and drilling steel or hardwood is more labor intensive and time-consuming
Different materials, equipment, designs, and experienced personnel are required for each specific task and environmental condition.
Suitable mainly for sand or mud soils; standard wooden or aluminum piles are effective only up to 6 feet deep. Deeper installations necessitate stronger materials and cutting off pile tops to achieve a flat surface, resulting in material waste.
Approximately $11,000 for equipment such as a PE hand extruder, PE butt and socket welder, disk saw cutter, and a small concrete pump
Produces a high-tech, 3D monolithic concrete frame with a lifespan of approximately 60 years, offering a professional and durable appearance.
Typically result in a pile field with welded or screwed upper grillage, offering standard aesthetics and a lifespan ranging from 8 to 25 years, with aesthetics degrading rapidly over time.
DEALERS
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