FOUND IN STATES
Brian Attwood
In the United States, there are 20 individuals named Brian Attwood spread across 17 states, with the largest populations residing in Washington, Mississippi, California.
Last updated 2024-02-17
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Brian C Attwood , 49
Cary, NC
- Has lived in:
- Cary, NC
- Raleigh, NC
- Ballston Lake, NY
- Buffalo, NY
- Related to:
- Brian Attwood
- John O'Connor, 61
- Phone number:
- 919-854-****
- 919-854-****
Brian R Attwood , 72
Plantation, FL
- Also known as:
- Brian J Attwood
- Bryan R Attwood
- Brian D
- Attwood B Rj
- Has lived in:
- Plantation, FL
- Hollywood, FL
- El Dorado, KS
- Related to:
- Sandra Silva, 48
- Destenie Prouty
- Sunshine Chavez, 44
- Deborah Attwood, 41
- Phone number:
- 954-236-****
Brian E Attwood , 83
Hudson, OH
- Has lived in:
- Hudson, OH
- Valparaiso, IN
- Related to:
- Cynthia Cleary
- Christopher Cleary
- Joel Hines
- Marino Curati, 82
- Phone number:
- 330-412-****
- 330-653-****
Brian L Attwood , 39
Phoenix, AZ
- Also known as:
- Brian Richardson
- Has lived in:
- Phoenix, AZ
- Tucson, AZ
- Spokane, WA
- Durango, CO
- Related to:
- Veronica Robinson, 46
- Susan Shuler, 61
- Ryan Bell, 46
- Mary James, 88
- Phone number:
- 509-747-****
Brian J Attwood , 55
Fernley, NV
- Also known as:
- Brian Attwood
- Brian Joseph Attwood
- Brain J Attwood
- Brian Atwood
- Has lived in:
- Fernley, NV
- Monroe, WA
- Ocean Springs, MS
- Snohomish, WA
- Related to:
- Michael Atwood, 75
- Phone number:
- 775-980-****
- 775-575-****
Brian E Attwood , 69
San Diego, CA
- Has lived in:
- San Diego, CA
- Temecula, CA
- Meridian, MS
- Related to:
- Mary Watt, 60
- Michael Hill
- Dana Hills, 46
- Paige Hills, 50
Brian E Attwood , 91
Temecula, CA
- Has lived in:
- Temecula, CA
- Meridian, MS
- San Diego, CA
- Riverside, CA
- Related to:
- Paige Hills, 50
- Warren Hills, 51
Bryan R Attwood , 67
Grand Coulee, WA
- Also known as:
- Bryan M Attwood
- Brian R Attwood
- Has lived in:
- Grand Coulee, WA
- Davenport, WA
- Elmer City, WA
- Brewster, WA
- Related to:
- Danene Ashbrook, 61
- Eleanor Telecky, 95
- Ezekiel Telecky, 79
- Ezekiel Telecky, 38
Brian K Atwood , 48
Senatobia, MS
- Also known as:
- Brian L Atwood
- Brain K Atwood
- Briane K Atwood
- Brian K Attwood
- Has lived in:
- Senatobia, MS
- Oakland, MS
- Clarksdale, MS
- Lyon, MS
- Related to:
- William Moore, 81
- Brian Moore, 54
- Jamie Atwood, 47
- Walter Atwood
Brian C Attwood Deceased
Mount Prospect, IL
- Also known as:
- Brian G Attwood
- Brain Attwood
- Brian Atwood
- Has lived in:
- Mount Prospect, IL
- Wheeling, IL
Public information about Brian Attwood
Phones & Addresses
Name
Addresses
Phones
Publications
Us Patents
Pressure-Based Method And System For Measuring The Density And Height Of A Fluidized Bed
US Patent:
2018034, Dec 6, 2018
Filed:
May 31, 2017
Appl. No.:
15/609769
Inventors:
- Baltimore MD, US
Dave G. NEWPORT - Cumberland ME, US
Daniel Michael LEO - Baltimore MD, US
Daniel A. BURCIAGA - Manchester MD, US
Justin Kevin MILLER - Durham NC, US
Kaitlin Emily HARRINGTON - Hillsborough NC, US
Brian Christopher ATTWOOD - Cary NC, US
Dave G. NEWPORT - Cumberland ME, US
Daniel Michael LEO - Baltimore MD, US
Daniel A. BURCIAGA - Manchester MD, US
Justin Kevin MILLER - Durham NC, US
Kaitlin Emily HARRINGTON - Hillsborough NC, US
Brian Christopher ATTWOOD - Cary NC, US
International Classification:
B05B 15/02
G01N 9/26
G01F 23/00
G01F 23/14
B08B 9/032
G01N 9/26
G01F 23/00
G01F 23/14
B08B 9/032
Abstract:
A method for calculating the height and the density of a fluidized bed is described. In a first mode of operation, a first differential pressure and a second differential pressure are obtained, a bed density of the fluidized bed is calculated, and a bed height is calculated by dividing the first differential pressure by the calculated bed density. In a second mode of operation the system is purged by using a pressurized gas.
Pulse Combustion Heat Exchanger System And Method
US Patent:
2019001, Jan 10, 2019
Filed:
Oct 26, 2017
Appl. No.:
15/794630
Inventors:
- Baltimore MD, US
Dave G. NEWPORT - Cumberland ME, US
Daniel A. BURCIAGA - Manchester MD, US
Daniel Michael LEO - Baltimore MD, US
Justin Kevin MILLER - Durham NC, US
Kaitlin Emily HARRINGTON - Hillsborough NC, US
Brian Christopher ATTWOOD - Cary NC, US
Hamilton Sean Michael WHITNEY - Baltimore MD, US
Dave G. NEWPORT - Cumberland ME, US
Daniel A. BURCIAGA - Manchester MD, US
Daniel Michael LEO - Baltimore MD, US
Justin Kevin MILLER - Durham NC, US
Kaitlin Emily HARRINGTON - Hillsborough NC, US
Brian Christopher ATTWOOD - Cary NC, US
Hamilton Sean Michael WHITNEY - Baltimore MD, US
International Classification:
F23C 15/00
F28D 21/00
F24H 9/18
G01L 19/00
F28D 21/00
F24H 9/18
G01L 19/00
Abstract:
A pulse combustion heat exchanger having a longitudinal axis is configured to accept oxidant and fuel and output a cooled combustion stream. The pulse combustion heat exchanger includes an oxidant inlet section that accepts oxidant, a fuel inlet section that accepts fuel, a mixing section that mixes oxidant with fuel, a combustion section that receives the oxidant and fuel and produces a pulsating combustion stream, and a heat transfer section configured to receive the pulsating combustion stream, the heat transfer section includes one or more resonance conduits. Coolant is employed at a plurality of longitudinally spaced-apart transition sections to remove heat.
Integrated Pulshi Mode With Shutdown
US Patent:
7078963, Jul 18, 2006
Filed:
Mar 19, 2004
Appl. No.:
10/805592
Inventors:
Jack B. Andersen - Austin TX, US
Brian E. Attwood - Temecula CA, US
Brian E. Attwood - Temecula CA, US
Assignee:
D2Audio Corporation - Austin TX
International Classification:
H03F 3/38
US Classification:
330 10
Abstract:
Systems and methods for controlling amplification of a pair of pulse width modulated signals. In one embodiment, a system comprises an audio amplifier which is configured to receive a pulse code modulated (PCM) input signal, convert this signal to a pulse width modulated (PWM) signal in a controller, and amplify the PWM signal in an output stage. The controller separates the PWM signal into a high-side signal and a low-side signal. The controller incorporates digitally programmable delays into the processing paths for each of the high-side and low-side signals. The high-side and low-side signals are separately provided to the output stage. The separate high-side and low-side signals can be used to individually control (e. g. , turn off) the high-side and low-side transistors. Circuitry is included to generate a short low-side pulse when both transistors are turned off in order to drain the gate charge from the high-side transistor.
Three-Stage Energy-Integrated Product Gas Generation System
US Patent:
2019001, Jan 17, 2019
Filed:
Sep 19, 2018
Appl. No.:
16/135069
Inventors:
- Baltimore, MD, US
Daniel A. BURCIAGA - Manchester MD, US
Daniel Michael LEO - Baltimore MD, US
Shawn Robert FREITAS - Corvallis OR, US
Dave G. NEWPORT - Cumberland ME, US
Justin Kevin MILLER - Durham NC, US
Kaitlin Emily HARRINGTON - Hillsborough NC, US
Brian Christopher ATTWOOD - Cary NC, US
Daniel A. BURCIAGA - Manchester MD, US
Daniel Michael LEO - Baltimore MD, US
Shawn Robert FREITAS - Corvallis OR, US
Dave G. NEWPORT - Cumberland ME, US
Justin Kevin MILLER - Durham NC, US
Kaitlin Emily HARRINGTON - Hillsborough NC, US
Brian Christopher ATTWOOD - Cary NC, US
Assignee:
ThermoChem Recovery International, Inc. - Baltimore MD
International Classification:
C10B 53/07
C10B 27/06
C10B 3/02
C10B 51/00
C10B 49/16
C10B 47/04
B09B 3/00
C10J 3/66
C10B 27/06
C10B 3/02
C10B 51/00
C10B 49/16
C10B 47/04
B09B 3/00
C10J 3/66
Abstract:
A multi-stage product gas generation system converts a carbonaceous material, such as municipal solid waste, into a product gas which may subsequently be converted into a liquid fuel or other material. One or more reactors containing bed material may be used to conduct reactions to effect the conversions. Unreacted inert feedstock contaminants present in the carbonaceous material may be separated from bed material using a portion of the product gas. A heat transfer medium collecting heat from a reaction in one stage may be applied as a reactant input in another, earlier stage.
Method For Discharging Solids From A Solids-Laden Gas
US Patent:
2019030, Oct 10, 2019
Filed:
Jun 25, 2019
Appl. No.:
16/451356
Inventors:
- Baltimore MD, US
Dave G. NEWPORT - Cumberland ME, US
Daniel Michael LEO - Baltimore MD, US
Daniel A. BURCIAGA - Manchester MD, US
Justin Kevin MILLER - Durham NC, US
Kaitlin Emily HARRINGTON - Hillsborough NC, US
Brian Christopher ATTWOOD - Cary NC, US
Emily Jane SCHULTHEIS - Glenwood MD, US
Kelly Ann KISHTON - Columbia MD, US
Dave G. NEWPORT - Cumberland ME, US
Daniel Michael LEO - Baltimore MD, US
Daniel A. BURCIAGA - Manchester MD, US
Justin Kevin MILLER - Durham NC, US
Kaitlin Emily HARRINGTON - Hillsborough NC, US
Brian Christopher ATTWOOD - Cary NC, US
Emily Jane SCHULTHEIS - Glenwood MD, US
Kelly Ann KISHTON - Columbia MD, US
International Classification:
C10L 8/00
C01B 3/32
C10G 2/00
C10K 1/02
C01B 3/32
C10G 2/00
C10K 1/02
Abstract:
A solids discharge system (SDS) is configured to separate solids from product gas. The system includes a solids separation device and at least one solids transfer conduit configured to receive solids from the solids separation device. The solids transfer conduit is selectively partitioned into a plurality of compartments (or “sections”) along its length by isolation valves. A gas supply conduit and a gas discharge conduits are connected to one of the sections to facilitate removal of solids. A filter in fluid communication with that section is configured to prevent solids from passing through the gas discharge conduit so that the solids can be removed from one of the sections of the solids transfer conduit. A product gas generation system incorporates first and second reactors, the latter of which receives products created by the second reactor.
Electric Circuit
US Patent:
6249156, Jun 19, 2001
Filed:
Nov 1, 1999
Appl. No.:
9/431665
Inventors:
Brian E. Attwood - Temecula CA
Assignee:
Zetex, PLC
International Classification:
H03B 100
G05F 140
G05F 140
US Classification:
327110
Abstract:
An electric circuit comprising a transformer having first and second magnetically coupled inductors, a first switch which is connected to the first inductor, a second switch which is connected to the second inductor so as to be turned on and off by the second inductor; and a timing circuit for connection to the first switch for turning the first switch on and off. The second inductor is magnetically coupled to the first inductor such that flux reversal in the first inductor which occurs as the first switch is turned off will induce flux reversal in the second inductor which will thereby turn on the second switch. The circuit includes a damping element arranged to damp the operation of the second switch.
Method Of Producing Liquid Fuel From Carbonaceous Feedstock Through Gasification And Recycling Of Downstream Products
US Patent:
2019035, Nov 28, 2019
Filed:
Jul 16, 2019
Appl. No.:
16/512750
Inventors:
- Baltimore MD, US
Daniel A. Burciaga - Manchester MD, US
Daniel Michael Leo - Baltimore MD, US
Shawn Robert Freitas - Corvallis OR, US
Dave G. Newport - Cumberland ME, US
Justin Kevin Miller - Durham NC, US
Kaitlin Emily Harrington - Hillsborough NC, US
Brian Christopher Attwood - Cary NC, US
Daniel A. Burciaga - Manchester MD, US
Daniel Michael Leo - Baltimore MD, US
Shawn Robert Freitas - Corvallis OR, US
Dave G. Newport - Cumberland ME, US
Justin Kevin Miller - Durham NC, US
Kaitlin Emily Harrington - Hillsborough NC, US
Brian Christopher Attwood - Cary NC, US
Assignee:
ThermoChem Recovery International, Inc. - Baltimore MD
International Classification:
C10J 3/12
C10G 2/00
C01B 3/02
C10J 3/10
C10L 5/46
C10J 3/24
C10J 3/32
F02B 43/08
C10J 3/72
C10J 3/84
C10G 5/06
C10G 1/04
C10L 1/04
C10G 2/00
C01B 3/02
C10J 3/10
C10L 5/46
C10J 3/24
C10J 3/32
F02B 43/08
C10J 3/72
C10J 3/84
C10G 5/06
C10G 1/04
C10L 1/04
Abstract:
A feedstock delivery system transfers a carbonaceous material, such as municipal solid waste, into a product gas generation system. The feedstock delivery system includes a splitter for splitting bulk carbonaceous material into a plurality of carbonaceous material streams. Each stream is processed using a weighing system for gauging the quantity of carbonaceous material, a densification system for forming plugs of carbonaceous material, a de-densification system for breaking up the plugs of carbonaceous material, and a gas and carbonaceous material mixing system for forming a carbonaceous material and gas mixture. A pressure of the mixing gas is reduced prior to mixing with the carbonaceous material, and the carbonaceous material to gas weight ratio is monitored. A transport assembly conveys the carbonaceous material and gas mixture to a first reactor where at least the carbonaceous material within the mixture is subject to thermochemical reactions to form the product gas.
Two-Stage Energy-Integrated Product Gas Generation System And Method
US Patent:
2020001, Jan 16, 2020
Filed:
Feb 16, 2016
Appl. No.:
16/077052
Inventors:
- Baltimore MD, US
DANIEL A. BURCIAGA - Manchester MD, US
DANIEL MICHAEL LEO - Baltimore MD, US
SHAWN ROBERT FREITAS - Corvallis OR, US
DAVE G. NEWPORT - Cumberland ME, US
JUSTIN KEVIN MILLER - Durham NC, US
KAITLIN EMILY HARRINGTON - Hillsborough NC, US
BRIAN CHRISTOPHER ATTWOOD - Cary NC, US
DANIEL A. BURCIAGA - Manchester MD, US
DANIEL MICHAEL LEO - Baltimore MD, US
SHAWN ROBERT FREITAS - Corvallis OR, US
DAVE G. NEWPORT - Cumberland ME, US
JUSTIN KEVIN MILLER - Durham NC, US
KAITLIN EMILY HARRINGTON - Hillsborough NC, US
BRIAN CHRISTOPHER ATTWOOD - Cary NC, US
Assignee:
ThermoChem Recovery International, Inc. - Baltimore MD
International Classification:
C10J 3/72
C01B 3/02
B01J 19/00
B01J 19/24
C01B 3/02
B01J 19/00
B01J 19/24
Abstract:
A multi-stage product gas generation system converts a carbonaceous material, such as municipal solid waste, into a product gas which may subsequently be converted into a liquid fuel or other material. One or more reactors containing bed material may be used to conduct reactions to effect the conversions. Unreacted inert feedstock contaminants present in the carbonaceous material may be separated from bed material using a portion of the product gas. A heat transfer medium collecting heat from a reaction in one stage may be applied as a reactant input in another, earlier stage.
FAQ: Learn more about Brian Attwood
What are Brian Attwood's alternative names?
Known alternative names for Brian Attwood are: Brian Attwood, John O'Connor. These can be aliases, maiden names, or nicknames.
What is Brian Attwood's current residential address?
Brian Attwood's current known residential address is: 112 Crilly Ln, Cary, NC 27518. Please note this is subject to privacy laws and may not be current.
What are the previous addresses of Brian Attwood?
Previous addresses associated with Brian Attwood include: 1602 E 15Th Ave, Spokane, WA 99203; 1464 Beach Blvd, Biloxi, MS 39530; 403 Bramble, Fernley, NV 89408; 1310 118Th Ave, Ft Lauderdale, FL 33323; 2781 Ocean Club Blvd, Hollywood, FL 33019. Remember that this information might not be complete or up-to-date.
Where does Brian Attwood live?
Cary, NC is the place where Brian Attwood currently lives.
How old is Brian Attwood?
Brian Attwood is 49 years old.
What is Brian Attwood date of birth?
Brian Attwood was born on 1975.
What is Brian Attwood's email?
Brian Attwood has such email addresses: brianattw***@comcast.net, attwoodbr***@yahoo.com, bcattw***@bellsouth.com, battw***@gmail.com. Note that the accuracy of these emails may vary and they are subject to privacy laws and restrictions.
What is Brian Attwood's telephone number?
Brian Attwood's known telephone numbers are: 919-854-9060, 509-747-3376, 228-432-9965, 775-980-6048, 954-236-6428, 954-920-5487. However, these numbers are subject to change and privacy restrictions.
Who is Brian Attwood related to?
Known relatives of Brian Attwood are: Brian Attwood, John O'Connor. This information is based on available public records.
What are Brian Attwood's alternative names?
Known alternative names for Brian Attwood are: Brian Attwood, John O'Connor. These can be aliases, maiden names, or nicknames.