What Are Keys to Á-Plant Safety? - C&EN Global Enterprise (ACS

Nov 6, 2010 - Industry, however, is showing Congress that atomic energy people are not waiting for laws and government insurance plans to protect work...
2 downloads 6 Views 203KB Size
SAFETY

A safety supervisor checks employee's work permits at Carbide's O a k Ridge gaseous diffusion plant. The permits are a vital part of the plant's precaution against radiation injuries to workers. They give total exposure data a n d in­ dicate that the worker is trained to protect himself in hazardous areas

What Are Kevs to Α-Plant Safety? Industry relies on sa fety programs a n d c o n s t a n t e d u c a t i o n , instead of a v / s , to protect w o r k e r s J A H T \ io the atomic energy industry i

/ho are trying to decide whether trie relatively new industry' is ready for state control. The joint Committee on Atomic En­ ergy's smooth-running hearings have hit a snag: It's going to take a lot of time and effort to draft workmen's compen­ sation laws that are as up to date as the industry ( see p a g e 28 ). Industry, however, is showing Con­ gress that atomic energy people are not waiting fo>r laws and government in­ surance plans to protect workers. A series of hearings scheduled t o e n d in May featixres testimony on t h e indus­ try s suieiy" rueasures. SpOKesmen ior Union Carbide and Du Pont ahead ν (Troccnt e n

48

C&EN

MARCH

3 0.

1959

have described programs at Oak Ridge and Susannah River. Carbide's Hugh F. H e n r y , head of the safety, fire, and radiation control d e p a r t m e n t of the Oak Ridge Oaseous Diffusion Plant, says a key to safe op­ eration is this philosuphy; **Ea,ch em­ ployee is responsible for accident pre­ vention commensurate with his opera­ tional responsibilities." This encourages employees to m a k e free use of radia­ tion detection e q u i p m e n t for their own protection and protection of personnel they supervise. Radiation, however, is not the major safety problem in the Gaseous Diffu­ sion Plant, Henry says. I t is t h e risk Ox infiaiin^ airborne particles Ot chcmicallv toxic uranium that receives his

greatest attention. Materials that be­ come airborne include uramium oxide dusts, liquid solution sprays., and gas­ eous uranium hexafiuoride and its hy­ drolysis products. Safe-haifedling pro­ cedures art* similar t o those required for lead, mercury, cadmium, and other m a i d ii.*iï> v\luf;*t- sj>ccine to^wiciti^s are near that of uranium. Besides chemical toxicity, ïHhui \ points ouï., iïalïùîed υηιηιπτί) also presents an cK-niruarion hazard. Basic t o all plant operations is Henry's number one safety mile: ('onfine t h e material. This meat is not only that employees must make every effort t o k e e p radioactive materia.! from es­ caping but also includes proper design of process and maintenance -equipment and operating methods. Sometimes a closed system must be opened for in­ spection or repair. Short-tesrm a i r con­ tamination may occur. In these cases, Henry says, gas masks and respirators are called for. Although special