SAFE PLANT ENGINEERING

Achieving safety, regulatory compliance, and performance with no plant engineering defects.

There are many thousands of accidents and cases of ill health every year in engineering workshops. More than half of all such accidents reported to HSE involve lifting and moving goods or slips, trips and falls. Anemorphosis has produced guidance on how to prevent or manage many of the risks associated with the operation and maintenance procedures of wind energy plants.

Safety costs are the Achilles’ heel for any renewable energy installation. The determination of appropriate mitigation actions and strategies is critical for the economic growth and the performance stability of the energy plants located in remote locations. Parallel to the latter, a diligence evaluation of the factors that influence the project’s success is indispensable. Preventing failures and establishing project safety is an additional characteristic that can increase the overall performance of the installation as it is widely appreciated that a problematic situation can be averted before it occurs.

Failures and weaknesses of Safety Management and Safety Management Systems are the underlying causes of most accidents. Anemorphosis Guidance also develops the degradation and maintenance modeling technique for repairable systems subject to deteriorations due to aging and damage caused by operating environment factors. This provides a relaxed and generalized approach to modeling condition-based maintenance. The approach can deal with both the maintenance scheduling problem and failures preventing the system functioning further.

Discover the values of Safety Engineering:

Managing conformity to meet initial project expectations
Physical consistency between all engineering disciplines
Ensuring engineering data integrity among all project stakeholders
Virtual testing of the plant safety and performance
Efficient collaboration regarding technical choices