Philip J. Patout
Engineering in Lafayette, LA

License number
Louisiana PE.0015338
Issued Date
Nov 12, 1975
Expiration Date
Sep 30, 2002
Category
Civil Engineer
Type
Mechanical Engineer
Address
Address
Mr Philip J Patout, Lafayette, LA 70508

Professional information

Philip Patout Photo 1

Movable Self-Elevating Artificial Work Island With Modular Hull

US Patent:
6499914, Dec 31, 2002
Filed:
Feb 8, 2000
Appl. No.:
09/959175
Inventors:
Philip J. Patout - Lafayette LA 70508
Herman J. Schellstede - New Iberia LA 70563
International Classification:
E02B 1708
US Classification:
405196, 4051951, 405203, 114265
Abstract:
A buoyantly moveable, self-elevating (jack-up) artificial work island or platform self-assembled while floating upon a work body of water by reversibly coupling together a plurality of independently buoyant modular hull components ( ), each of which is relatively narrow beam and capable of navigation through relatively narrow waterways. After self-assembly, the work platform is self-elevating upon a plurality of legs ( ) to a desired distance above the work body of water. The work platform may be buoyantly moved to subsequent work locations as a unit, or separated into modular hull components each of which may be buoyantly moved separately to the subsequent locations. The work platform may further have a drilling derrick, a hoist, drilling fluid pumps, a rotary table and other equipment associated with earthboring for oil and gas installed thereon. The work platform may be elevated above the water surface a sufficient distance to accomodate operational conditions. In one embodiment, additional internal pilings are driven through the legs into the water bottom to provide additional support.


Philip Patout Photo 2

Movable Self-Elevating Artificial Work Island With Modular Hull

US Patent:
6443659, Sep 3, 2002
Filed:
Nov 23, 1998
Appl. No.:
09/198318
Inventors:
Philip J. Patout - Lafayette LA 70508
International Classification:
E02B 1708
US Classification:
405196, 4051951, 405203, 114265
Abstract:
A buoyantly moveable, self-elevating (jack-up) artificial work island economically and quickly self-assembled while floating upon work body of water by reversibly coupling together a plurality of independently buoyant modular hull components each of which is of relatively narrow beam and therefore capable of navigation though relatively narrow water-ways. After self-assembly said artificial work island is self-elevating upon a plurality of legs a desired distance above said work body of water. The island may be buoyantly moved to subsequent work locations as a unit or separated into modular hull components each of which may be buoyantly moved separately to the subsequent locations. The island may have a drilling derrick, a hoist, drilling fluid pumps, a rotary table and other equipment associated with earthboring for oil and gas installed thereon.


Philip Patout Photo 3

Method And Apparatus For Reducing The Draft And Increasing The Load Bearing Area And Stability Of Marine Drilling Barges

US Patent:
5136960, Aug 11, 1992
Filed:
Aug 8, 1990
Appl. No.:
7/564405
Inventors:
Philip J. Patout - Lafayette LA
International Classification:
E02B 1700
US Classification:
114260
Abstract:
An apparatus for reducing the draft and increasing the load bearing area and stability of a Marine drilling barge may be temporarily or permanently mounted to the barge. The apparatus includes twin parallel hulls separated by and connected to a tension resistant truss, a support frame mounted to the twin parallel hulls, compression resistant members connected to the support frame that span between the parallel hulls, and pumps to remove water ballast from the hulls so that the apparatus can be raised and lowered in the water. The apparatus is submerged, the barge to be modified is then situated between the submerged apparatus hulls, the ballast is then removed from the submerged hulls to emerge the apparatus and lift the barge. When connected to the barge the apparatus provides a reduction in barge draft. The apparatus and barge may then be moved in combination and submerged together as a single unit.