Safety design for

T. Kletz, Plant Design for Safety, A UserFriendly Approach, Hemisphere Publishing, New York, 1991. 

T. A. Klet2, Plant Design for Safety A Eser-Friendly Approach, Hemisphere Publishing Co., London, 1991. 

Kletz, T. A. (1991b). Plant Design for Safety. New York Hemisphere. 

My book Plant Design for Safety—A User-Friendly Approach [1] and References 12-15 describe many examples of ways in which plants can be made inherently safer. Note that we use the term inherently safer, not inherently safe, as we cannot avoid every hazard. 

DESIGN FOR SAFETY AND SECURITY OF COMPLEX EMBEDDED SYSTEMS A UNIFIED APPROACH... 

Kletz, Trevor A., Plant Design for Safety—A User-Friendly Approach, Hemisphere, New York, 1990. Kletz s easy-to-read, short book argues that additional safety can be achieved with safer substitute materials, lower inventories, lower temperatures, and lower pressures. 

Kletz, Trevor A., Plant Design for Safety—A User-Friendly Approach, ISBN... 

The table of combustion flammabilities, accompanying this article, is not intended to replace flammability charts that were designed for safety considerations. Rather, it is a tool for the combustion engineer who is seeking to achieve complete combustion. 

Kletz, T.A. Plant Design for Safety. Newport, Australia Hemisphere Publishing, 1991 11, 132, 134. 

Designed for safety applications, our micro-machined thin film H2 sensors have been tailored for H2 concentrations at half of the lower explosive limit (4% in air for H2) or lower. In this concentration range, we have demonstrated an extremely fast response and large signal-to-noise ratio. 

Filtration equipment must be designed and installed on the principle of designing for safety. The equipment must be cleaned periodically and not used beyond its capacity. 

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