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Anil Kumar Sablok

from Houston, TX
Age ~64
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Also known as:
Anil K Sablok, Anil K Sabalo, Anil R, Anil K, Sam Smith
Phone and address:
1907 Aspley Ct, Houston, TX 77094
(281) 599-7229
Related to:
Tilak R SablokNamrata Sablok, 61Varun Sablok, 32
Connected to:
Jason D Sablon, 37Maritza G Sablon, 66Yvette Sablon, 64Jonathan Sablone, 53Rita M Sablone, 90Gary B Sablowsky, 69Chris J Sablynski, 60Bobby M Sabnani, 42Vanita Sabnani, 53Mahesh P Sabne, 42

Anil Sablok Phones & Addresses

  • 1907 Aspley Ct, Houston, TX 77094 (281) 599-7229
  • Boca Raton, FL
  • Bonne Terre, MO
  • 1907 Aspley Ct, Houston, TX 77094 (281) 952-7429

Work

Company: Technip Mar 2009 to Mar 2011 Position: Development manager, offshore facilities

Education

Degree: Bachelors, Bachelor of Technology School / High School: Indian Institute of Technology, Madras 1978 to 1983 Specialities: Naval Architecture

Skills

Offshore Drilling • Subsea Engineering • Oil and Gas • Petroleum • Project Engineering • Feed • Epc • Engineering • Fpso • Energy • Oil/Gas • Pipelines • Naval Architecture • Gas • Upstream • Oil and Gas Industry • Pressure Vessels • Piping • Structural Engineering • Onshore • Lng • Finite Element Analysis • Marine Engineering • Petrochemical • Engineering Design • Inspection • Offshore Oil and Gas • Energy Industry • Metal Fabrication • Engineering Management • Commissioning • Structural Analysis • Offshore Operations • Drilling • Project Control • Onshore Operations • Field Development • Offshore Construction • Calculations • Shipbuilding • Liquefied Natural Gas • Innovation

Emails

a***[email protected]

Industries

Oil & Energy

Resumes

Resumes

Anil Sablok Photo 1

Chief Engineer, Offshore Technology Services

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Location:
Houston, TX
Industry:
Oil & Energy
Work:
Technip Mar 2009 - Mar 2011
Development Manager, Offshore Facilities
Technip Aug 2007 - Mar 2009
Manager Product Support Group,Offshore Facilities
Technipfmc Aug 2007 - Mar 2009
Chief Engineer, Offshore Technology Services
Education:
Indian Institute of Technology, Madras 1978 - 1983
Bachelors, Bachelor of Technology, Naval Architecture Florida Atlantic University
Master of Science, Masters, Engineering
Skills:
Offshore Drilling
Subsea Engineering
Oil and Gas
Petroleum
Project Engineering
Feed
Epc
Engineering
Fpso
Energy
Oil/Gas
Pipelines
Naval Architecture
Gas
Upstream
Oil and Gas Industry
Pressure Vessels
Piping
Structural Engineering
Onshore
Lng
Finite Element Analysis
Marine Engineering
Petrochemical
Engineering Design
Inspection
Offshore Oil and Gas
Energy Industry
Metal Fabrication
Engineering Management
Commissioning
Structural Analysis
Offshore Operations
Drilling
Project Control
Onshore Operations
Field Development
Offshore Construction
Calculations
Shipbuilding
Liquefied Natural Gas
Innovation

Publications

Us Patents

Spar With Detachable Hull Structure

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US Patent:
7845998, Dec 7, 2010
Filed:
Dec 22, 2008
Appl. No.:
12/341706
Inventors:
Manoj Ramachandran - Houston TX, US
James O'Sullivan - Houston TX, US
Anil Sablok - Houston TX, US
Jang W. Kim - Spring TX, US
Assignee:
Technip France - Courbevoie
International Classification:
B63B 22/02
US Classification:
441 3, 1142302
Abstract:
A spar-type offshore platform includes a buoyant upper hull structure having a lower end to which is detachably connected a buoyant lower module. A plurality of mooring line assemblies is connected to the lower module, the total weight of the mooring line assemblies being sufficient to sink the lower module. A method of separating the upper hull structure from the lower module includes disconnecting the lower module from the lower end of the upper hull structure, and then allowing the weight of the mooring line assemblies to sink the lower module.

System And Method For Deck-To-Column Connection For Extendable Draft Offshore Platforms

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US Patent:
8430050, Apr 30, 2013
Filed:
Feb 24, 2011
Appl. No.:
13/033699
Inventors:
Michael Y. H. Luo - Bellaire TX, US
Anil K. Sablok - Houston TX, US
Assignee:
Technip France - Courbevoie
International Classification:
B63B 35/44
US Classification:
114265
Abstract:
The disclosure provides a system and method for locking and unlocking an extendable column to a deck. A deck-to-column connection assembly includes a pawl and shim used in a sequential de-ballasting and ballasting of the column to the deck that can easily lock and unlock the column with the deck. Generally, the locking method includes ballasting the column to insert a pawl between the column and the deck, de-ballasting the column to raise the column relative to the deck and create a vertical gap between the column and the deck, inserting a shim to fill the gap and secure the pawl in a deployed position, and further de-ballasting the column to raise the deck connected to the column. Generally, the unlocking method lowering the deck to float on water, de-ballasting the column to remove compressive stress on the shim, removing the shim, ballasting the column, and retracting the pawl.

Spar Platform Having Closed Centerwell

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US Patent:
20080041292, Feb 21, 2008
Filed:
Aug 16, 2007
Appl. No.:
11/840039
Inventors:
Anil Sablok - Houston TX, US
Walter Wade Mallard - Houston TX, US
Richard Davies - Katy TX, US
Lyle Finn - Sugar Land TX, US
International Classification:
B63B 35/44
US Classification:
114264
Abstract:
A spar platform for use in the offshore drilling or production of fossil fuels includes a hull having a centerwell. An airtight and watertight barrier traverses the centerwell, forming a variable buoyancy compartment in the centerwell. In certain embodiments the centerwell is open at the bottom to the sea, while in certain other embodiments the centerwell is sealed at the bottom. At least one sleeve for accommodating a riser extends through the barrier and the variable buoyancy compartment to the bottom of the centerwell. The sleeve has an open upper end to provide a drain for water accumulating in the centerwell and it forms an airtight and watertight seal at its juncture with the barrier. In some embodiments, two or more airtight and watertight barriers are provided across the centerwell, defining an airtight and watertight fixed buoyancy chamber between each adjacent pair of barriers.

Installation For The Extraction Of Fluid From An Expanse Of Water, And Associated Method

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US Patent:
20110209875, Sep 1, 2011
Filed:
Jun 9, 2009
Appl. No.:
12/996992
Inventors:
Timothy John Crome - Asker, NO
Johan Kristian Boe - Oslo, NO
Igor Kopsov - Snayora, NO
Leiv Egelund - Billingstad, NO
Anil Kumar Sablok - Houston TX, US
Manoj Ramachandran - Houston TX, US
International Classification:
E21B 43/01
E21B 29/12
US Classification:
166339, 166340
Abstract:
This installation comprises an upper structure (12), and a flexible hose (16) capable of moving through the expanse of water (11 B) between an upper connected configuration and a lower disconnected configuration. The installation comprises a lower structure (14) having a base (60) extending at a distance from the bottom (11A) of the expanse of water (11 B). The upper structure (12) is capable of moving relative to the lower structure (14) between an extraction position and an evacuation position. The base (60) defines a passage (68) for travel of the flexible hose (16) as it moves between the upper connected configuration and the lower disconnected configuration and a stop (74) for retaining a connection head (92) of the hose (14), disposed in the travel passage (68), to keep the connection head (92) at a distance from the bottom (11A) of the expanse of water (11 B) in the lower disconnected configuration.

Quick Release System For Topsides Float-Over Installation On Offshore Platforms

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US Patent:
20130071207, Mar 21, 2013
Filed:
Sep 20, 2011
Appl. No.:
13/236892
Inventors:
Michael Y.H. LUO - Bellaire TX, US
David N. EDELSON - Wallis TX, US
Steven BARRAS - Katy TX, US
Kostas F. LAMBRAKOS - Houston TX, US
Anil K. SABLOK - Houston TX, US
Assignee:
TECHNIP FRANCE - Courbevoie
International Classification:
B63B 27/30
B65G 67/60
US Classification:
4141432, 414803
Abstract:
The present invention provides a system and method that keeps a barge and grillage system on the barge in compression with a topsides supported by the grillage system during the transport, while providing a quick release system between the barge, grillage system, and topsides during an installation procedure that transfers the topsides to an offshore platform. The quick release system can be in tension to apply a compressive force between the grillage system and the topsides until the quick release system is released.
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Anil Kumar Sablok from Houston, TX, age ~64 Get Report