Crosswalk between Tech 35 & ISM Manual Attributes

Legend:  ew = exact Words; aew = almost exact words; ~ = close

   
 Tech 35 Attribute ISM Manual Attribute
Safety Standards  
Clear, concise technical safety directives that are centrally developed and controlled, and are based on sound engineering judgment and data 5.3 ew
Technical specifications clearly control the safe operating envelope 5.6 ew
Stringent quality assurance, safety management, and radiological protection requirements 5.4 ew
Clear roles, responsibilities, and authorities; clear organizational structure and lines of authority 2.3, 2.5
Deviations from technical standards are rare, compelling, and approved centrally 5.7 aew
Formal facility authorization agreements between owner and operator 7.1 ew
Continuously improve safety standards and practices through lessons learned and safety research 5.10 aew, 3.5,, 3.7, 3.9
     
Safety Attitude  
Prove that there is no safety problem before starting work 7.2, 7.4
Senior leaders are committed to the mission and are drivers of safety, especially nuclear safety 1,3, 1,5, 1,6, 2.8,
sp-4.9
Rigorous adherence to safety standards and regulations 2.7 aew, 2.9, 5.9
Equal value of safety and productivity 4.4, 4.2
Workers at any level can stop unsafe work sp-2.1, sp-4.3
Question deviances, and avoid institutional complacency or arrogance based on past successes 3.7, 5,10, sp-1.2,
sp-2.8
Senior managers continuously stress safety of operations and individual accountability for safety 1.3, 1.4, 1.5, 1.8, 2.9
sp-4.9
Encourage a questioning attitude and constructive skepticism; challenge conclusions sp-1.4, sp-1.5 aew, sp-2.1, sp-4.3, sp-4.8
Safety and its ownership are apparent in everyone's actions and deeds 1.3, 1.4, 1.6, 3.9,
sp-1.3
Respect for radioactive materials, criticality  and other hazards associated with nuclear activities 5.4, 5.6, 5.7, 5.8, 5.9
Timely and unfiltered alerts of problems and credible operational information through multiple paths of communication 3.5, 3.6, 5.10, sp-3.7, sp-4.1, sp-4.5
Self-reporting encouraged, and identification of safety errors/failures rewarded sp-1.4,  sp-2.2, sp-4.3, , sp-4.8
Strong sense of mission with balanced production and defined safety goals 4.1, 4.3 aew, 4.9
     
Technical Excellence  
Robust facility designs using established codes and standards 5.1 aew
Safety analysis based on sound engineering judgment and data 5.1, 3.2, 3.3, 3.4
Defense in depth designed into nuclear facilities, including independent, redundant, and diverse safety systems that are not overly complex 6.4 aew
Solid foundation of science and engineering, including physics, chemistry, and nuclear technologies 3.2, 3.3
Technical support personnel have expert-level technical understanding 3.2, 3.3, 3.5, 3.6
Senior managers have strong technical backgrounds 3.3 aew
Recurrent and relevant training 3.5, 3.6
Continuing focus on nuclear safety research and testing ~4.10
Embedded technical and safety expertise 3.2, 3.3
High priority on recruiting, selection, and retention of technical staff 3.1 aew
Complete system knowledge allows prompt anticipation or investigation of system problems 3.6
Personnel have in-depth understanding of safety and technical aspects of job 3.3 ew
Strong safety development and testing capability 3.5, 3.6,
Risk management tools integrated into decisions ~ sp-1.3
Seek to identify safety problems that are not known or expected 6.1
     
Operational Excellence  
Hazards are controlled to prevent or mitigate accidents 6.1 ew
Adherence to technical procedures (or stopping and correcting procedure) is a fundamental expectation 2.7, 5.8
Nuclear facility construction follows rigorous quality assurance, configuration management, and safety practices 5.1
Systems and equipment maintained in accordance with the facility design basis 5.4, 5.5, 5.6
Managers maintain awareness of operational conditions/issues 1.2, 1.4
Operations are prepared and ready to operate safely prior to independent readiness reviews ~7.2
Readiness verified before starting hazardous work 7.2
Flexible response to off-normal and emergency events through relentless preparation and training 3.6, sp1-7 ew
Safety embedded in processes and procedures through a functioning formal ISM system ~ 5.5
Aggressive reporting and evaluation of occurrences, deviations, etc. sp-1.2, sp-2.4, sp-4.5
Decentralized operational authority during off-normal events sp-1.6 aew
Operations personnel held to a high standard of technical understanding, not just task-oriented training sp-1.7 aew
Safety margins are carefully maintained 5.6
     

Safety Resources

 
Safety issues and productivity carry equal weight for funding allocations and schedule flexibility 4.4 aew
Resources available for safety upgrades and repairs to aging infrastructure 4.10 aew
Continuity/constancy of key technical officials 4.8
Safety positions have adequate organizational influence 4.10 aew
Sufficient redundancy in organizational safety functions 4.6 aew
Modern infrastructure and new facility construction are funded 4-11 aew
System of priority checks and balances from top to bottom 4-9 aew
Independently funded safety research ~4.10
     
Performance Assurance  
Robust, frequent, and independent oversight sp-3.1 aew, sp-4.1
DOE/NNSA managers actively involved in safety issues and performance assurance sp-3.8 aew
Rapid response to problems and closeout of issues ~sp-3.7
High-quality root-cause analysis sp-4.7
Performance is tracked based on valid indicators and robust trend analysis sp-1.1 aew
Performance oversight at all levels sp-1.1 aew
Learn using a feedback and improvement program designed to capture industry-wide lessons 3-6, sp-4.1
Readiness for high-risk activities verified by DOE/NNSA-partially 7.1
Decentralized assessment and corrective action programs sp-3.1, sp-3.4, sp-3.7
Linkages among problems and organizational issues are examined sp-4.2 ew
Centralized verification of compliance with safety and technical requirements ~7.3
Robust assessment and corrective action programs, including effective tracking of issues sp-3.1, sp-3.7, sp-4.1