Timothy G Ebner
Engineers at 90 Dr, Westminster, CO
License number
Colorado 27368
Issued Date
Feb 5, 1991
Renew Date
Nov 1, 2015
Expiration Date
Oct 31, 2017
Type
Professional Engineer
Address
Address
7130 W 90Th Dr, Westminster, CO 80021
Personal information
See more information about Timothy G Ebner at radaris.comName
Address
Phone
730 Sweetwater Rd, Gypsum, CO 81637
7130 W 90Th Dr, Broomfield, CO 80021
7130 90Th Dr, Broomfield, CO 80021
7130 90Th Ave, Broomfield, CO 80021
Gypsum, CO
Professional information
Particulate Separation System For Mercury Analysis
US Patent:
6736883, May 18, 2004
Filed:
Dec 2, 2002
Appl. No.:
10/307755
Inventors:
Sharon Sjostrom - Denver CO
Timothy Ebner - Westminster CO
Richard Slye - Denver CO
Timothy Ebner - Westminster CO
Richard Slye - Denver CO
Assignee:
Apogee Scientific, Inc. - Englewood CO
International Classification:
B01D 4646
US Classification:
96112, 55523, 55DIG 34, 7386323, 95 18, 95134, 96413, 422 88, 436 81
Abstract:
A particulate separation system for accurate measurement of vapor-phase mercury in a flue gas stream uses an inertial gas sampling filter in which the skin temperature of the filter element is controlled to allow vapor-phase mercury measurements while minimizing measurement artifacts caused by: (1) mercury thermally desorbing off particulates into the gas stream; and (2) mercury being removed from the vapor phase by collection on particulate matter at the gas/particle separation interface.
Method And Apparatus For Decreased Undesired Particle Emissions In Gas Streams
US Patent:
5893943, Apr 13, 1999
Filed:
Jul 26, 1993
Appl. No.:
8/097455
Inventors:
Michael Dean Durham - Castle Rock CO
Richard John Schlager - Aurora CO
Timothy George Ebner - Westminster CO
Robin Michele Stewart - Arvada CO
Cynthia Jean Bustard - Littleton CO
Richard John Schlager - Aurora CO
Timothy George Ebner - Westminster CO
Robin Michele Stewart - Arvada CO
Cynthia Jean Bustard - Littleton CO
Assignee:
ADA Environmental Solutions, LLC - Englewood CO
International Classification:
B03C 3013
US Classification:
95 65
Abstract:
The present invention discloses a process for removing undesired particles from a gas stream including the steps of contacting a composition containing an adhesive with the gas stream; collecting the undesired particles and adhesive on a collection surface to form an aggregate comprising the adhesive and undesired particles on the collection surface; and removing the agglomerate from the collection zone. The composition may then be atomized and injected into the gas stream. The composition may include a liquid that vaporizes in the gas stream. After the liquid vaporizes, adhesive particles are entrained in the gas stream. The process may be applied to electrostatic precipitators and filtration systems to improve undesired particle collection efficiency.
Method For Removing Undesired Particles From Gas Streams
US Patent:
5833736, Nov 10, 1998
Filed:
Aug 6, 1997
Appl. No.:
8/907254
Inventors:
Michael Dean Durham - Castle Rock CO
Richard John Schlager - Aurora CO
Timothy George Ebner - Westminster CO
Robin Michele Stewart - Arvada CO
David E. Hyatt - Denver CO
Cynthia Jean Bustard - Littleton CO
Sharon Sjostrom - Denver CO
Richard John Schlager - Aurora CO
Timothy George Ebner - Westminster CO
Robin Michele Stewart - Arvada CO
David E. Hyatt - Denver CO
Cynthia Jean Bustard - Littleton CO
Sharon Sjostrom - Denver CO
Assignee:
ADA Environmental Solutions, LLC - Englewood CO
International Classification:
B03C 3013
US Classification:
95 71
Abstract:
The present invention discloses a process for removing undesired particles from a gas stream including the steps of contacting a composition containing an adhesive with the gas stream; collecting the undesired particles and adhesive on a collection surface to form an aggregate comprising the adhesive and undesired particles on the collection surface; and removing the agglomerate from the collection zone. The composition may then be atomized and injected into the gas stream. The composition may include a liquid that vaporizes in the gas stream. After the liquid vaporizes, adhesive particles are entrained in the gas stream. The process may be applied to electrostatic precipitators and filtration systems to improve undesired particle collection efficiency.
Spectrometer For Measuring The Concentration Of Components In A Fluid Stream And Method For Using Same
US Patent:
5070246, Dec 3, 1991
Filed:
Sep 22, 1989
Appl. No.:
7/410925
Inventors:
Michael D. Durham - Castle Rock CO
Donald H. Stedman - Englewood CO
Timothy G. Ebner - Westminster CO
Mark R. Burkhardt - Englewood CO
Donald H. Stedman - Englewood CO
Timothy G. Ebner - Westminster CO
Mark R. Burkhardt - Englewood CO
Assignee:
ADA Technologies, Inc. - Englewood CO
International Classification:
G01J 332
US Classification:
250373
Abstract:
A device and method for measuring the concentrations of components of a fluid stream. Preferably, the fluid stream is an in situ gas stream, such as a fossil fuel fired flue gas in a smoke stack. The measurements are determined from the intensity of radiation over a selected range of radiation wavelengths using peak-to-trough calculations. The need for a reference intensity is eliminated.
Liquid Additives For Particulate Emissions Control
US Patent:
5855649, Jan 5, 1999
Filed:
Aug 4, 1997
Appl. No.:
8/808034
Inventors:
Michael Dean Durham - Castle Rock CO
Richard John Schlager - Aurora CO
Timothy George Ebner - Westminster CO
Robin Michele Stewart - Arvada CO
David E. Hyatt - Denver CO
Cynthia Jean Bustard - Littleton CO
Sharon Sjostrom - Denver CO
Richard John Schlager - Aurora CO
Timothy George Ebner - Westminster CO
Robin Michele Stewart - Arvada CO
David E. Hyatt - Denver CO
Cynthia Jean Bustard - Littleton CO
Sharon Sjostrom - Denver CO
Assignee:
ADA Technologies Solutions, LLC - Englewood CO
International Classification:
B03C 3013
US Classification:
95 71
Abstract:
The present invention discloses a process for removing undesired particles from a gas stream including the steps of contacting a composition containing an adhesive with the gas stream; collecting the undesired particles and adhesive on a collection surface to form an aggregate comprising the adhesive and undesired particles on the collection surface; and removing the agglomerate from the collection zone. The composition may then be atomized and injected into the gas stream. The composition may include a liquid that vaporizes in the gas stream. After the liquid vaporizes, adhesive particles are entrained in the gas stream. The process may be applied to electrostatic precipitators and filtration systems to improve undesired particle collection efficiency.