Henning F Ottsen

7258710, Aug 21, 2007

Apr 29, 2004

10/835197

Salvador Caro - Camarillo CA, US
Henning Ottsen - Ventura CA, US
John G. Powell - Santa Clarita CA, US

Advanced Cleanup Technologies, Inc. - Rancho Dominguez CA

A01F 25/00
A01F 25/10

553851, 55356, 55DIG 18, 55DIG 46, 95273, 110121, 110125, 110216, 110217, 114187, 366 22, 366 25, 366 40, 440 89 A, 440 89 R, 440113

An Advanced Maritime Emissions Control System (AMECS) includes several Exhaust Intake Bonnets (EIBs) of different size and/or shape, an Emissions Capture System (ECS), and an Advanced Maritime Emissions Control Unit (AMECU) mounted on an Unpowered Seagoing Barge (USB). The EIB includes a cage formed by downward curved ribs, a shroud which is lowerable to cover the ribs, a belt near a lower edge of the EIB for retaining and sealing the EIB to a stack, and a mechanism for tightening the lower edge of the EIB (and thus the belt) around the stack. The ECS lifts one of the several EIBs onto the stack of an Ocean Going Vessel (OGV). Exhaust from the stack is drawn through a large diameter duct to the AMECU. The AMECU processes the exhaust through multiple treatment stages. The stages include pre conditioning the exhaust, oxidizing, reducing, polishing, and precipitating.

7275366, Oct 2, 2007

Sep 14, 2004

10/941731

John G. Powell - Santa Clarita CA, US
Salvador Caro - Camarillo CA, US
Henning Ottsen - Ventura CA, US

Advanced Cleanup Technologies, Inc. - Rancho Dominguez CA

F01N 3/00
F01N 3/10
F01N 5/02

60320, 60286, 60288, 60295, 60296, 60298, 60301

An emissions control system utilizes otherwise wasted heat to efficiently reduce emissions in a main exhaust flow. Heat stored in exhaust from an auxiliary generator (i. e. , auxiliary exhaust) may be used to convert urea to ammonia used by a Selective Catalytic Reducer (SCR) system, and/or the auxiliary exhaust may be used to heat the main exhaust flow before entry into an SCR. Additionally, a heat exchanger may be used to transfer heat from a hot clean flow out of the SCR, to the main exhaust flow entering the SCR. Previously, mobile emissions control systems have not used SCR systems to reduce NOx because of the cost and space required for heater fuel. The efficient use of otherwise wasted heat reduces fuel cost and fuel storage requirements, and thereby makes an SCR systems feasible for use in mobile emissions control systems.

8327631, Dec 11, 2012

Mar 28, 2005

11/092477

Sal Caro - Camarillo CA, US
Henning Ottsen - Ventura CA, US
John Powell - Santa Clarita CA, US

F01N 3/00

60297, 60274, 60286, 60301, 60303, 60311, 60320

A platform mounted emissions control unit includes a first system to reduce Particulate Matter (PM), Sulfur Dioxide (SO), and Volatile Organic Compounds (VOCs), and a second system to reduce Oxides of Nitrogen (NO). The systems serially process exhaust from a mobile or stationary pollution source. In one embodiment, first system is an Ionizing Wet Scrubber (IWS) and the second system is a Selective Catalytic Reducer (SCR), wherein the IWS processes the exhaust first to improve efficiency and service life of the SCR. A generator produces power required by the IWS and SCR, and heat from exhaust of the generator may be used convert urea to ammonia for use by the SCR, and to heat the exhaust flow into the SCR. The SCR may further include a heat exchanger to capture heat in the flow out of the SCR and use the captured heat to heat the flow into the SCR.

45134014, Apr 23, 1985

Mar 16, 1982

6/358755

Henning Ottsen - Ventura CA

Mobil Oil Corporation - New York NY

G01V 138

367 19

An acoustic positioning system for locating a marine cable at an exploration site employs a plurality of acoustic transponders, each having a characteristic frequency, at spaced-apart positions along the cable. A marine vessel measures the depth to the transponders as the vessel passes over the cable and measures the slant range from the vessel to each of the acoustic transponders as the vessel travels in a parallel and horizontally offset path to the cable.

44693923, Sep 4, 1984

Mar 19, 1982

6/359963

Gene A. Edgerton - Ventura CA
John H. Engel - Ventura CA
Henning Ottsen - Ventura CA
Henry A. Seal - Arlington TX
Joseph F. Wadsworth - Ojai CA

Mobil Oil Corporation - New York NY

H01R 1356

339117R

A cable connector for connecting marine seismic cables having an electrical conductor and a high tensile strength load transmitting core, comprising a housing having spherical sockets provided in opposite ends thereof, a pair of diametrically opposed grooves extending partially into the inner surface of the spherical sockets and extending longitudinally relative to the housing, strain relief members attached to the cables having substantially spherical ball portions at each end thereof rotatably positioned within the spherical sockets of the housing, and a pair of diametrically opposed pockets in the outer surface of the ball portions arranged to register with the grooves of the spherical sockets. A pair of projections extend from opposite sides of the ball portions and project into the grooves of the spherical sockets whereby the strain relief members are free to simultaneously rotate about the projections and translate along the grooves.