Academy Scientific or Technical Awards
A fitting tribute to those behind the scenes whose technical and scientific achievements make today's motion pictures possible
To the average filmgoer, the "magic of the movies" is personified by film stars and an occasional director loaded with charisma, such as Alfred Hitchcock. Audiences are not concerned about the mechanics involved in putting their favorites on the screen - and this is as it should be. But to those engaged in the actual making of film, those mechanics are of utmost importance, because without them, there would - quite literally - be no movie stars nor indeed, a film industry. The simple fact is that (including television) no other art form has been so completely dependent upon technical elements to express its artistry. That is why those engaged in this industry stand in special awe of the men behind the men behind the cameras - those engineers and technicians who invent and develop and improve the devices which make films and television possible. This, too, is the reason why the Academy of Motion Picture Arts and Sciences sees fit to honor these men in a specific way by granting awards for Scientific or Technical Achievement.
Realizing that such awards are of little interest to the general public, the Academy, quite wisely, no longer makes such awards on the televised annual Academy Awards Presentation, but honors the recipients at a special presentation ceremony.
This year that ceremony was held on March 24 in the lobby of the Academy's magnificent new headquarters in Beverly Hills and was presided over by Academy President Walter Mirisch, with the participation of Kirk Douglas.
The awards were voted by the Academy Board of Governors from the recommendations made by the Scientific or Technical Awards Committee, of which Donald C. Rogers is Chairman.
The following awards were presented:
CLASS I [Academy Statuette] NONE
CLASS II [Academy Plaque]
To Consolidated Film Industries and the Barnebey-Cheney Company for the development of a system for the recovery of film-cleaning solvent vapors in a motion-picture laboratory.
This system recovers exhaust vapors and makes them completely reuseable. The process also prevents contaminants from being discharged into the atmosphere, and makes the ultra-sonic cleaning process economically feasible. …