William M. McDonald
Engineering at Nocturne Ln, Houston, TX

License number
Louisiana PE.0006578
Issued Date
Jul 15, 1958
Category
Civil Engineer
Type
Civil Engineer
Address
Address
1927 Nocturne Ln, Houston, TX 77043

Professional information

William Mcdonald Photo 1

President At Enerpro, Llc

Position:
President at ENERPRO, LLC
Location:
Houston, Texas Area
Industry:
Oil & Energy
Work:
ENERPRO, LLC - President Noble Corporation 2001 - 2004 - Noble Downhole Technology, VP Research and Engr. Maurer Technology Inc. 2001 - 2004 - Exec. VP Maurer Engineering, Inc. 1975 - 2001 - Exec. VP
Education:
The University of Texas at Austin 1960 - 1964
Ph.D., Physics
Rice University 1956 - 1960
B.A., Physics, Math


William Mcdonald Photo 2

Downhole Buried Utility Sensing And Data Transmission System And Method

US Patent:
6313755, Nov 6, 2001
Filed:
Jun 2, 1999
Appl. No.:
9/324810
Inventors:
J. Christopher Hetmaniak - Houston TX
William J. McDonald - Houston TX
Gerard T. Pittard - Houston TX
Assignee:
Maurer Engineering, Inc. - Houston TX
International Classification:
G01V 300
US Classification:
3408563
Abstract:
A downhole buried utility sensing and data transmission system for connection at the lower end of a drill string has sensors capable of detecting the existence of various different types of buried utilities and objects and making calculations as to the radial separation distance between the detected utilities and the drill head and transmitting data between the down hole drill head to the surface. The sensors respond to material properties used to construct the utility lines or the energy fields created by the operation of these lines (pipes and cables) or from the energy associated with transmission of the particular utility service, including sound energy resulting from fluid flow and electromagnetic energy from electric currents. The system can detect and distinguish the presence of ferromagnetic metallic objects including steel pipes and structures; non-metallic utility infrastructure including gas pipelines, concrete sewer lines, telecommunication lines, and cable systems outfitted with RF tracer lines and transmitters; energized AC and DC power cable systems; and determining the approximate range, relative azimuth, and elevation of the sensors relative to the detected utility or object. The system also supports automatic cessation of drilling operations by combining the warning information with microprocessor control of drill string rotation and thrust.


William Mcdonald Photo 3

Deviated Wellbore Drilling System And Apparatus

US Patent:
5022471, Jun 11, 1991
Filed:
Jan 8, 1990
Appl. No.:
7/461741
Inventors:
William C. Maurer - Houston TX
William J. McDonald - Houston TX
Assignee:
Maurer Engineering, Inc. - Houston TX
International Classification:
E21B 708
US Classification:
175 75
Abstract:
A deviated wellbore drilling system suitable for drilling curved wellbores which have a radius of curvature of approximately 10 to 1,000 feet relative to a vertical or near vertical wellbore comprises a drill string, a drill bit, and a fluid-operated drill motor having a curved or bent housing section for rotating the drill bit independently of the drill string. The drilling motor has an elongate tubular rotor/stator drive section containing a rubber stator and a steel rotor and the housing is bent or curved intermediate its ends. A straight or bent universal section below the bent or curved rotor/stator section contains a universal joint for converting orbiting motion of the rotor to concentric rotary motion at the bit, and a bearing pack section below the universal section contains radial and thrust bearings to absorb the high loads applied to the bit.


William Mcdonald Photo 4

Deviated Wellbore Drilling System And Apparatus

US Patent:
4828053, May 9, 1989
Filed:
Jan 12, 1988
Appl. No.:
7/143005
Inventors:
William C. Maurer - Houston TX
William J. McDonald - Houston TX
Assignee:
Maurer Engineering, Inc. - Houston TX
International Classification:
E21B 402
US Classification:
175 75
Abstract:
A deviated wellbore drilling system suitable for drilling curved wellbores which have a radius of curvature of approximately 200 to 1,000 feet relative to a vertical or near vertical wellbore comprises a drill string, a drill bit, and a fluid-operated drill motor having a curved or bent housing section for rotating the drill bit independently of the drill string. The drilling motor has an elongate tubular rotor/stator drive section containing a rubber stator and a steel rotor and the housing is bent or curved intermediate its ends. A straight or bent univeral section below the bent or curved rotor/stator section contains a universal joint for converting orbiting motion of the rotor to concentric rotary motion at the bit, and a bearing pack section below the universal section contains radial and thrust bearings to absorb the high loads applied to the bit.


William Mcdonald Photo 5

Steering Sub For Flexible Drilling

US Patent:
5396966, Mar 14, 1995
Filed:
Mar 24, 1994
Appl. No.:
8/217352
Inventors:
Albert E. Roos - Houston TX
Steven W. Drews - Houston TX
William J. McDonald - Houston TX
Assignee:
Slimdril International Inc. - Houston TX
International Classification:
E21B 704, E21B 1720, E21B 402, E21B 4700
US Classification:
175 45
Abstract:
A flexible steering sub is disclosed for flexible drilling of horizontal oil and gas wells, horizontal storage wells, geothermal drilling for electric power generation; earth sciences study of and monitoring of earth movement with respect to fault movement; environmental science cleaning up of inaccessible polluted areas; coring to test rock strength prior to large scale constructions such as dams; introduction of chemicals for solution mining logging while drilling short radius well bores, and the like. The flexible sub comprises an elongated housing having a plurality of housing sections connectable at one end to an orientation sub for a PDM drill and connectable at the other end to a wire line connector. An electronics assembly including guidance directional guided sensors, directional probe and logging while drilling probe is positioned in a plurality of the housing sections, interconnected electrically, and connected at one end to the wire line connector. An articulated sinker bar and an articulated housing section spaced along the length of the housing and operable to bend in preference to bending of the housing sections containing the electronics assemblies.


William Mcdonald Photo 6

Impact And Impact-Rotary Tool Testing Apparatus Using Rotary Speed And Impact Energy

US Patent:
5277055, Jan 11, 1994
Filed:
Aug 30, 1991
Appl. No.:
7/753606
Inventors:
Gerard T. Pittard - Houston TX
William J. McDonald - Houston TX
Terry P. Clifton - Houston TX
William C. Herben - Houston TX
Assignee:
Consolidated Edison Company of New York, Inc. - New York NY
International Classification:
G01M 1900
US Classification:
73 1101
Abstract:
A test stand has a base supporting standards on which are mounted a crossbar and an adjustably locatable header. The header supports an actuator for raising and lowering the crossbar which holds V-blocks for engaging the handles of an impact or impact-rotary tool and which applies downward pressure to the tool. The tool chuck is fitted to the top of a guide rod whose lower end passes with a sliding fit through a disc to which it is keyed and bears against a piston in an hydraulically pressurized cylinder. Sensors detect rotation of the disc and movement of the piston to provide information to a computer as to impact energy and rotary speed. A manifold fitted with sensors for temperature, pressure, and flow rate supplies operating air to the tool. The computer includes a database with stored information as to past history of the tool and the manufacturer's recommended operating specifications to which the measured data is compared.


William Mcdonald Photo 7

Orienting And Circulating Sub

US Patent:
4789032, Dec 6, 1988
Filed:
Sep 25, 1987
Appl. No.:
7/101249
Inventors:
William A. Rehm - Houston TX
William J. McDonald - Houston TX
William C. Maurer - Houston TX
Curtis E. Leitko - Houston TX
International Classification:
E21B 708
US Classification:
175 45
Abstract:
An orienting and circulating sub is disclosed for connection in an apparatus for angular drilling in the earth. The drilling apparatus comprises a drill string extending into a substantially vertical well bore in the earth supporting a fluid operated motor and drill bit at its lower end. The drill bit is supported for angular drilling by either using a bent sub for supporting the drilling motor or be using a drilling motor with a bent housing. A surveying tool is connected above the motor for determining and controlling the direction of drilling. A mule shoe keying sub is connected to the surveying tool for orienting the position of the motor in relation to said surveying tool. The orienting sub comprises a tubular housing formed in two sections threaded together with one end connected to the surveying tool by the mule shoe keying sub and the other end connected to the bent sub or to the bent motor housing. The orienting sub has a sleeve mounted in the end of the lower housing section with a key for receiving the mule shoe for locating the sub in relation to the surveying tool. The sleeve is oriented in the housing by a system of fine grooves and splines on the sub section and on the sleeve which permit fine angular adjustment.


William Mcdonald Photo 8

Wellbore Valve Having Linear Magnetically Geared Valve Actuator

US Patent:
7487829, Feb 10, 2009
Filed:
Jun 14, 2007
Appl. No.:
11/762929
Inventors:
William J. McDonald - Houston TX, US
Timothy F. Price - Rockwall TX, US
Assignee:
Dexter Magnetic Technologies, Inc. - Elk Grove Village IL
International Classification:
E21B 34/12, F16K 31/10
US Classification:
166 667, 166 665, 1663321, 1663328, 251 65
Abstract:
A wellbore valve includes a valve operator arranged to move axially along an interior of the wellbore, the valve operator arranged to operate a valve. A valve actuator is disposed proximate the valve operator. The valve actuator is arranged to move from one longitudinal position to another. A linear magnetic gear is coupled at an input element thereof to the valve actuator. The gear is coupled at an output element thereof to the valve operator such that motion of the valve actuator is transferred to the valve operator.


William Mcdonald Photo 9

Percussion Boring Tool

US Patent:
4621698, Nov 11, 1986
Filed:
Apr 16, 1985
Appl. No.:
6/723792
Inventors:
Gerard T. Pittard - Houston TX
William J. McDonald - Houston TX
William C. Maurer - Houston TX
John H. Cohen - Houston TX
Gregory C. Givler - Houston TX
Assignee:
Gas Research Institute - Chicago IL
International Classification:
E21B 406, E21B 708
US Classification:
175305
Abstract:
A percussion boring tool is disclosed for boring in the earth at an angle or in a generally horizontal direction. The tool has a steering mechanism substantially as shown in a copending patent application and a cylindrical body with overgage sleeves located over a portion of the outer body affixed so that they can rotate but cannot slide axially. The overgage areas at the front and back of the tool, or alternately, an undergage section in the center of the tool body permits a 2-point contact (front and rear) of the outer housing with the soil wall as opposed to the line contact which occurs without the undercut. The 2-point contact allows the tool to deviate in an arc without distorting the round cross-sectional profile of the pierced hole. Thus, for a given steering force at the front and/or back of the tool, a higher rate of turning is possible since a smaller volume of soil needs to be displaced.


William Mcdonald Photo 10

Point Gap Assembly For A Toroidal Coupled Telemetry System

US Patent:
4387372, Jun 7, 1983
Filed:
Mar 19, 1981
Appl. No.:
6/245686
Inventors:
Harrison C. Smith - Richardson TX
William J. McDonald - Houston TX
Assignee:
Tele-Drill, Inc. - Richardson TX
International Classification:
G01V 140
US Classification:
340854
Abstract:
An insulated point gap assembly for a toroidal coupled telemetry system wherein a drill collar (38), operable to be connected to a lower portion of a drill string (32), carries a toroidal core having primary windings (88) and secondary windings (130). An aperture (154) is laterally fashioned through the drill collar. A conductor (150) is connected to one end of the secondary and extends through the aperture and the other end of the secondary is connected to the drill collar. The conductor is surrounded by an electrical insulation member (152). In a preferred embodiment, an axially extending sleeve of insulating material (156) is applied about the drill collar at the location of the conductor (150) to further isolate the conductor 15 from the drill collar.