Efficiency in Economical Approach of Work Place Security in an Industrial Plant

• Author: Georgeta Dragomir, Stefan Dragomir
• Position: Professor, PhD, Danubius University of Galati, Romania/Professor, PhD, Dunarea de Jos University of Galati, Romania
• Pages: 425-431

ISSN: 2067 – 9211 Miscellaneous

425

Efficiency in Economical Approach of

Work Place Security in an Industrial Plant

Georgeta Dragomir1, Stefan Dragomir2

Abstract: In this paper we made a research viewing the economically approach on main work place and their

specific problems in an industrial plant. It shall also take into account aspects concerning the security of work

place elements, in the context require of Europe Union. Is highlighted the scientific progress and the innovation

in the field of risk assessment and environmental security. The structure and content of the paper are aimed to

show the workers skills and abilities in the context of work processes specificity and necessary mechanisms that

can avoid the risks in industrial activity. It takes in account the elements of risk assessment and tools of

investigation and implementation in terms of work performance.

Keywords: work quality standards; risk assessment; security of work place elements

JEL Classification: J81

1. Introduction

Work place security shall be determined, taking into account the effects on health, safety of the

workplace and the environment. It is necessary to collect a larger number of information in particular

concerning the work place conditions or various chemical agents which are possible polluters of the

environment.

Industrial investments develop two forms of risks: workplace risk and environmental risk, both having

adverse effects on human health. Minimal risk level (MRL) represent, an estimated daily exposure, to

dangerous work place or toxic agent inside of industrial sector.

Prospective study represents information about the exposure at insecure work place and response that is

obtained after the study has begun. (Andrews & Moss, 2002)

Reference concentration is an estimate of continuous inhalation exposure, for humans, which can be

without appreciable risk or non-cancer health during the lifetime of the exposed.

Risk means the probability of an adverse effect the results of a particular exposure.

Risk Factor is variable in a casual model that is related to a vast response. That variable may act with

other factors or in some other way (multiplications)

1 Professor, PhD, Danubius University of Galati, Romania, Address: 3 Galati Blvd., Galati 800654, Romania, Tel.:

+40372361102, Corresponding author: gretadragomir@univ-danubius.ro.

2 Professor, PhD, Dunarea de Jos University of Galati, Romania, Address: 47 Domnească Str., Romania, Tel.: 0040 0336 130

108, Romania, E-mail: gretadragomir@univ-danubius.r o.