Integrated safety

Christian Jochum
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Abstract

Safety considerations are an important part of chemical company's corporate culture. It is now widely understood that safety should be integrated in the total life cycle of chemical and biochemical products and processes.

Hazards of these products and processes are based on material properties. Therefore they can be identified by scientific methods right at the beginning of product life. The most efficient (and generally most economic!) approach is to choose safe chemicals (or microorganisms) and inherently safe reaction conditions. As far as this cannot be achieved, the risk has to be controlled by safety systems (construction, instrumentation, organization).

During the early phase of product life (laboratory, pilot plant) usually the process design changes (e.g., variations in auxilliary materials, reaction conditions). During the whole product life cycle the knowledge of hazards will improve. Therefore systems have to be implemented to monitor these changes and to assess their impact on risk management. These systems must take into account also the “human factors” during design, operation, use and disposal of products and processes.

The principles of integrated safety are successfully used since many years by the Hoechst AG. Important structures to implement this system are guidelines, organizational means and training. The responsible managers in R&D and operations as well as in sales and waste disposal get advice and assistance by safety specialists coming from various disciplines.

集成的安全
安全考虑是化工企业文化的重要组成部分。现在人们普遍认识到,安全应纳入化学和生化产品和过程的整个生命周期。这些产品和工艺的危害是基于材料特性的。因此,它们可以在产品生命之初就被科学的方法识别出来。最有效(通常也是最经济的!)的方法是选择安全的化学品(或微生物)和本质上安全的反应条件。如果不能做到这一点,就必须通过安全系统(结构、仪器、组织)来控制风险。在产品生命周期的早期阶段(实验室、中试工厂),通常工艺设计会发生变化(例如,辅助材料、反应条件的变化)。在整个产品生命周期中,对危害的认识将得到提高。因此,必须实施系统来监测这些变化并评估它们对风险管理的影响。这些系统在产品和工艺的设计、操作、使用和处置过程中也必须考虑到“人为因素”。综合安全原则已被赫斯特股份公司成功应用多年。实施这一制度的重要结构是指导方针、组织手段和培训。研发和运营部门以及销售和废物处理部门的负责经理得到来自各个学科的安全专家的建议和协助。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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