1
Mark S Lee, Cameron M McQuaid, Stephen R Urban, Donald A Seccombe Jr, Robert T Leo Jr, Edward H Coon, Olin H Bray: Integrated manufacturing system. Combustion Engineering, Arthur E Fournier Jr, February 18, 1992: US05089970 (132 worldwide citation)

An integrated manufacturing system operative for managing the distribution to a factory floor as well as throughout a factory of the information that is necessary to effectuate the production of products on the factory floor. The information required for this purpose encompasses, but is not necessar ...


2
Jack A Schuss: Distributed control with universal program. Combustion Engineering, Arthur E Fournier Jr, June 9, 1987: US04672530 (56 worldwide citation)

A distributed control system controlling a plurality of subprocesses wherein each of the process control computers (44, 46, 48) executes a preprogrammed set of instructions (50-62) identical to the preprogrammed set of instructions (50-62) in the other process control computers (44, 46, 48) in the d ...


3
John F Carney III: Stationary impact attenuation system. State of Connecticut, Arthur E Fournier Jr, February 24, 1987: US04645375 (45 worldwide citation)

A stationary impact attenuation system (10) for reducing the severity of vehicular collisions occasioned by an errant vehicle striking an immovable object. The subject stationary impact attenuation system (10) includes support means (14), impact attenuating means (12) and protective means (16). The ...


4
John F Carney III: Narrow stationary impact attenuation system. State of Connecticut, Arthur E Fournier Jr, April 30, 1991: US05011326 (43 worldwide citation)

A narrow stationary impact attenuation system (10) for reducing the severity of vehicular collisions occasioned by an errant vehicle striking an immovable object at narrow hazard sites. The subject narrow stationary impact attenuation system (10) includes crash cushion means (12), lateral stability ...


5
John F Carney III: Energy absorbing system. State of Connecticut, Arthur E Fournier Jr, April 29, 1980: US04200310 (40 worldwide citation)

An energy absorbing system, operable as an impact attenuation device for reducing the severity of vehicular collisions, comprising guidance frame means, energy absorbing means and impacting plate means. The guidance frame means, which is operable to secure one end of the energy absorbing system in f ...


6
John J Herbst, Richard G Sider, Robert E Jaquith, Christoffel H Meijer: Nuclear plant safety evaluation system. Combustion Engineering, Arthur E Fournier Jr, December 30, 1986: US04632802 (36 worldwide citation)

An apparatus for monitoring and evaluating the degree of risk associated with continued operation of a nuclear power plant while one or more plant components has failed or is otherwise unavailable. The apparatus has several functional sections, including means for storing a plant-specific data base ...


7
Richard W Santalla, Angelos Kokkinos, Robert J Collette, Michael S McCartney: System for injecting overfire air into a tangentially-fired furnace. Combustion Engineering, Arthur E Fournier Jr, June 16, 1987: US04672900 (35 worldwide citation)

A tangentially-fired furnace is disclosed in enough detail to illustrate the location of injection ports for excess air above the fireball of the combustion chamber to eliminate the swirl of the flue gases as the flue gases flow into the convection section, in order to produce a uniform mass flow an ...


8
Michael J Rini, Todd D Hellewell, David P Towle, Patrick L Jennings, Richard C LaFlesh, David K Anderson: Integrated low NO.sub.x tangential firing system. Combustion Engineering, Arthur E Fournier Jr, May 31, 1994: US05315939 (33 worldwide citation)

An integrated low NO.sub.x tangential firing system (12) that is particularly suited for use with pulverized solid fuel-fired furnaces (10), and a method of operating a pulverized solid fuel-fired furnace (10) equipped with an integrated low NO.sub.x tangential firing system (12). The integrated low ...


9
Mitchell B Cohen: Reheating flue gas for selective catalytic systems. Arthur E Fournier Jr, August 31, 1999: US05943865 (28 worldwide citation)

A method and apparatus for controlling the temperature of a flue gas stream entering a Selective Catalytic Reduction chamber in a steam generating power plant that utilizes Selective Catalytic Reduction (SCR) to lower NO.sub.x emissions is disclosed. The method involves the utilization of superheate ...


10
David K Anderson, Michael J Rini: SCR reactant injection grid. Arthur E Fournier Jr, November 23, 1999: US05988115 (28 worldwide citation)

A system and method of injecting an ammonia or urea reactant into a flue gas stream in a steam generating power plant that utilizes Selective Catalytic Reduction (SCR) to lower NO.sub.x emissions and more specifically the injection of the reactant in such a manner that a more uniform mixing of the r ...