Medline Industries, Inc.

Philip Morris USA Inc.

Terrestrial Energy Usa, Inc.

Other

Cummins-allison Corporation

Terrestrial Energy Inc.

Mkh LLC

Whole World LLC

Syntholene Energy Corp.

John H Kutsch

Kenneth S Chua

Earl D Wilson

Deborah B Adler

Jennifer E Tomes

Jack E Maze

Alberto C Savage

James E Burgess

Vince R Lackowski

Francis Anthony Czajka

Troy J Lother

Rutger Thiellier

Andrew Vest

Sarah Dickinson

Zhiliang Wang

Corbett Brown, Jr

Ishwor P Adhikari

Linda M Walther

Ethan S Abernathey

Vincent R Lackowski

Anthonius Cornelis Rodenburg

Troy Lother

Vince Lackowski

Benjamin S Duck

Rosie A Dow

Robert T Mitten

John R Blake

Gary L Mengeu

David Leblanc

Francis A Czajka, Jr

Stephen B Getsy

Sharbel J Maalouf

Tamara L Dick

Janet L Thompson

Lorie Rowe

Andrew Giles

Yvonne DeVerry

Ned Mitchell Zerwic

Tim Finnigan

Jack H Williams

Matthew Moreno

Hunter Banks

Vincent Lackowski

Marla Moreno

Xuam Pham

Francis A Czajka

A fuel generator and a method for generating fuel are disclosed in which a monolithic block includes a plurality of plates stacked and bonded together. A first input port and a second input port are disposed on the monolithic block. The first input port is coupled to a source of hydrogen gas and the second input port is coupled to a source of carbon dioxide or syngas. An output port is disposed on the monolithic block and is coupled to a fuel reservoir. The plurality of plates form a plurality of reaction regions. At least a portion of the plurality of reaction regions convert one of the carbon dioxide or syngas and hydrogen into a hydrocarbon fuel that is supplied from the output port.

System and method for generating synthetic fuel

A reactor block to extract hydrogen from water includes a plurality of reactor plates bonded to one another and a plurality of channels formed on at least one side of each reactor plate. Each channel is coupled to a first opening and a second opening disposed on opposite first and second edges of the reactor plate, and a radioactive coating is applied to each channel. The first opening is configured to receive gasified water and the second opening is configured to eject hydrogen generated by radiolysis of at least a portion of the gasified water as the gasified water is passed through the channel coupled to the second opening.

Hydrogen production system and method of using same

A protective apparel support system is disclosed comprising a support frame configured to rest on the shoulders of a wearer, the support having a first shoulder member, a second shoulder member and a shield engagement portion. A shield is selectively coupleable to the support and protective apparel is coupled to the shield.

Protective apparel and support apparatus and method of use

The power plant system includes a molten salt reactor assembly, a thermocline unit, phase change heat exchangers, and process heat systems. The thermocline unit includes an insulated tank, an initial inlet, a plurality of zone outlets, and a plurality of gradient zones corresponding to each zone outlet and being stacked in the tank. Each gradient zone has a molten salt portion at a portion temperature corresponding to the molten salt supply from the molten salt reactor being stored in the tank and stratified. The molten salt portions at higher portion temperatures generate thermal energy for process heat systems that require higher temperatures, and molten salt portions at lower portion temperatures generate thermal energy for process heat systems that require lower temperatures. The system continuously pumps the molten salt supply in controlled rates to deliver the heat exchange fluid supply to perform work in the corresponding particular process heat system.

Power plant system

A tray () for accommodating a coiled medical device, such as a catheter assembly (), includes a first compartment (), a second compartment (), and a third compartment (). The catheter assembly () and devices associated with a catheterization procedure, such as syringes () containing sterile water and lubricating jelly and a specimen container () can be disposed within the tray. A first barrier () and second barrier () separate the compartments. The barriers can have openings () therein to accommodate large syringes or to enable the first compartment () to be used as a lubricant applicator for the catheter. The first compartment () can include a stair-stepped contour () such that the syringes are held at different depths to facilitate ease of use. The various devices can be disposed within the tray () in accordance with their order of use in the catheterization procedure.

Catheter tray, packaging system, and associated methods

A tray () for accommodating a coiled medical device, such as a catheter assembly (), includes a first compartment (), a second compartment (), and a third compartment (). The catheter assembly () and devices associated with a catheterization procedure, such as syringes () containing sterile water and lubricating jelly and a specimen container () can be disposed within the tray. Printed instructions () can be included with the tray (). One or more layers of wrap material () can be folded about the tray () to enclose the tray () and other items, such as an additional layer of wrap material (), packaged liquid hand sanitizer (), and packaged gloves (). When a health care services provider () unfolds the wrap material, the same can be used to create a sterile field beneath a patient ().

Catheter tray, packaging system, instruction insert, and associated methods

A pneumatic motor assembly that includes a pneumatic motor, which is driven by a compressed gas. The pneumatic motor assembly has a magnet assembly that magnetically couples the pneumatic motor assembly to an implement. After having being used to drive a pneumatic motor, the gas, which has expanded and become colder, cools the magnet assembly The pneumatic motor assembly can thus enable the use to the implement at temperatures at which the magnet assembly would otherwise reach or exceed the maximum operating temperature of the magnet assembly. A flow induction system that includes the pneumatic motor assembly. A method of operating a pneumatic motor assembly that also cools a magnet assembly that is part of the pneumatic motor assembly.

Pneumatic motor assembly utilizing compressed gas to rotate a magnet assembly and having a cooling jacket surrounding the motor and the magnet assembly to circulate the compressed gas for cooling the magnet assembly, and a flow induction system using the same

Medical tray

Growing community of inventors

Harvard, IL, United States of America

John H Kutsch