Back to Results
First PageMeta Content
Risk / Safety instrumented system / Safety Integrity Level / Functional Safety / Reliability engineering / SIL / Silicon Integrated Systems / Sis / Redundancy / Safety / Security / Prevention


DESIGN VERIFICATION METHODOLOGY FOR SAFETY INSTRUMENTED SYSTEMS USED IN DOE NONREACTOR NUCLEAR FACILITIES Pranab K. Guha Office of Nuclear Safety Basis & Facility Design Office of Nuclear Safety Office of Environment, He
Add to Reading List

Document Date: 2015-02-05 22:59:35


Open Document

File Size: 920,49 KB

Share Result on Facebook

Company

Safety Instrumented Systems / American National Standards Institute/International Systems / Safety Significant Safety Instrumented Systems / ACs / /

/

Event

Product Issues / /

Facility

Facility Design Office / Facility Safety / /

IndustryTerm

software faults / Software integrity / redundant temperature devices / on-line tests / safety devices / electronic devices / to protect systems / software components / process industry applications / temperature devices / chemical releases / chemical exposures / aqueous solution / /

Organization

Nuclear Safety Basis & Facility Design Office / Nuclear Safety office of Environment / U.S. Department of Energy / Environment / Health / Safety & Security U.S. Department / American National Standards Institute / Automation Society / American National Standards Institute/International Systems and Automation Society / U.S. Securities and Exchange Commission / VERIFICATION METHODOLOGY FOR SAFETY INSTRUMENTED SYSTEMS USED IN DOE NONREACTOR NUCLEAR FACILITIES Pranab K. Guha office of Nuclear Safety Basis / DOE Safety Layer Matrix / /

Person

Lowell T. Christensen / /

Position

facility worker / collocated worker / programmable logic controller / /

Product

event / events / /

ProvinceOrState

South Carolina / /

Technology

DESIGN VERIFICATION / diagnostic tests / /

SocialTag