Design support for the systematic integration of risk reduction into early chemical process design

Integrating human factors in the design of safety critical systems - A barrier based approach

Optimal Integration of Safety in complex system design using the Safety Modelling Language

Some recent developments in process safety tools - part I. Layer of protection analysis

Complementing Layer of Protecting Analysis with Economics

Application of the Safety Modeling Language (SML) during the early design and development stages of chemical processes and plants.

Complementing LOPA with Economics

Optimal Risk reduction through systematic integration into early design.

Computer aided process safety engineering: Design for safety

The safety modelling language

Developments in Loss Prevention/Process Safety/Risk Assessment Methodology: Layer of Protection Analysis and Beyond.

Doing more with LOPA

Modeling safety in a distributed technology management environment for more cost-effective conceptual design of chemical process plants.

Developments in Safety Thinking for Process Plants

Advances in Process Safety Engineering

Improving on chemical process safety through distributed computer assisted knowledge analysis of preliminary design

Application of the Hazard-Barrier-Target (HBT) Model for More Effective Design for Safety in a Computer-Based Technology Management Environment.

Improving on chemical process safety through distributed computer assisted knowledge analysis of preliminary design.

Current and Future Concepts for Cost-effective Loss Prevention.

The chemical industries, their design processes and the incorporation of contextual criteria