31 patents
Page 2 of 2
Utility
Method for the treatment of a flue gas stream
9 Mar 21
A sorbent composition such as for the removal of a contaminant species from a fluid stream, a method for manufacturing a sorbent composition and a method for the treatment of a flue gas stream to remove heavy metals such as mercury (Hg) therefrom.
Sarah G. McMurray, Jacqueline Cecil de Peyer, Robert B. Huston, Joseph M. Wong
Filed: 27 Nov 18
Utility
Sorbent compositions having pneumatic conveyance capabilities
9 Nov 20
Sorbent compositions including sorbent particles of a small particle sized sorbent with increased pneumatic conveyance properties.
Sarah G. McMurray, Jacob B. Lowring, Brian Leen
Filed: 20 Dec 18
Utility
Multi-functional Composition of Matter for Removal of Mercury from High Temperature Flue Gas Streams
14 Oct 20
A multi-functional composition of matter that is useful for injection into a flue gas stream to rapidly and efficiently remove mercury from the flue gas streams, particularly at above average flue stream temperatures of about 340° F. or higher.
Joseph M. Wong, Christopher Vizcaino, Robert B. Huston, Frederick S. Cannon, Jacob B. Lowring, Jacqueline Cecil de Peyer
Filed: 23 Jun 20
Utility
Methods for the treatment of a flue gas stream using catalytically-enhanced sorbent compositions
21 Sep 20
A sorbent composition that is useful for injection into a flue gas stream of a coal burning furnace to efficiently remove mercury from the flue gas stream.
Robert B. Huston, Roger H. Cayton, Joseph M. Wong, Jacob B. Lowring
Filed: 9 Oct 17
Utility
Sorbent composition for use in a flue gas train including a baghouse
7 Sep 20
A sorbent composition for enhanced baghouse function is described.
Mowen Li, Sarah G. McMurray, Robert B. Huston, Joseph M. Wong
Filed: 1 Dec 15
Utility
Methods for Treating a Flue Gas Stream Using a Wet Scrubber Unit
26 Aug 20
Sorbent compositions, comprising a solid sorbent, a dispersive agent, and optionally a capture agent for enhanced wet-Flue Gas Desulfurization (wFGD) or wet scrubber unit function in a flue gas pollutant control stream is disclosed.
Mowen Li, Robert B. Huston, Joseph M. Wong
Filed: 11 May 20
Utility
Multi-functional composition of matter for rapid removal of mercury from a flue gas
3 Aug 20
A multi-functional composition of matter that is useful for injection into a flue gas stream to rapidly and efficiently remove mercury from the flue gas stream.
Joseph M. Wong, Christopher Vizcaino, Robert B. Huston, Frederick S. Cannon
Filed: 8 Jan 17
Utility
Multi-functional composition of matter for removal of mercury from high temperature flue gas streams
27 Jul 20
A multi-functional composition of matter that is useful for injection into a flue gas stream to rapidly and efficiently remove mercury from the flue gas streams, particularly at above average flue stream temperatures of about 340° F. or higher.
Joseph M. Wong, Christopher Vizcaino, Robert B. Huston, Frederick S. Cannon, Jacob B. Lowring, Jacqueline Cecil de Peyer
Filed: 25 Sep 14
Utility
Methods for treating a flue gas stream using a wet scrubber unit
15 Jun 20
Sorbent compositions, comprising a solid sorbent, a dispersive agent, and optionally a capture agent for enhanced wet-Flue Gas Desulfurization (wFGD) or wet scrubber unit function in a flue gas pollutant control stream is disclosed.
Mowen Li, Robert B. Huston, Joseph M. Wong
Filed: 11 Sep 19
Utility
Methods for the Treatment of a Flue Gas Stream Using Catalytically-enhanced Sorbent Compositions
29 Apr 20
A sorbent composition that is useful for injection into a flue gas stream of a coal burning furnace to efficiently remove mercury from the flue gas stream.
Robert B. Huston, Roger H. Cayton, Joseph M. Wong, Jacob B. Lowring
Filed: 22 Dec 19
Utility
Catalytically Enhanced Compositions for Efficient Removal of Contaminants In Flue Gas Streams
15 Apr 20
A sorbent composition that is useful for injection into a flue gas stream of a coal burning furnace to efficiently remove mercury from the flue gas stream.
Robert B. Huston, Roger H. Cayton, Joseph M. Wong, Jacob B. Lowring
Filed: 17 Oct 19