Oil Spill Containment Device
Safety and Security
Brief Description of Technology:
An underwater robot places a rubber bladder reinforced with nylon netting into the broken pipe and air is pumped in from a surface vessel, inflating the bladder and sealing off the oil flow. The rubber bladder is made with an outflow pipe and check valve molded through and attached to a holding tank which could be made to expand and contain the outflow of oil. The oil would be pumped to a surface vessel.
Equipment Required: underwater robot, high volume air compressor, air hose, holding tank.
Materials Required: high pressure rubber bladder with an outflow pipe and check valve. Reinforcing nylon mesh netting.
Expertise Required : a skilled robotics technician to manipulate the robot, robot must be able to place the rubber bladder accurately into the broken pipe and be able to make the necessary fitting connections.
Manufacturability: a Pneumatics engineer and Mechanical engineer are necessary in order to acquire, design and assure the manufacturability of the high pressure rubber bladder and pneumatics assembly. Manufacturing with standard technological processes is obtainable.
Cost effectiveness: the importance of a rapid fix to major oil spillage not only in monetary terms but in environmental cost is of significant importance.
ABOUT THE ENTRANT
Name: Gerald Manfredi
Type of entry: individual
Number of times previously entering contest:4
Gerald's favorite design and analysis
For managing CAD data Gerald's company uses: None
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Gerald is inspired by:
Sustainable energy alternatives for poor third world countries
Software used for this entry:
TurboCAD, Google SketchUp, Microsoft Word
Patent status: none