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Responsible Care Process Safety Code

Managing Risk

Engineered, procedural, and operational controls — ISD, SIS, MI, operating discipline

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Strategic context

What this element is — and why it matters

Managing Risk is the action-pillar of Responsible Care — the implementation of engineered, procedural, and operational controls that convert hazard understanding into risk reduction. The element spans the hierarchy of controls (elimination through PPE), CCPS Inherently Safer Design principles, IEC 61511 functional safety lifecycle, API RP 580/581 risk-based inspection, OSHA PSM operational discipline (procedures, PTW, MI, MOC), and the daily Conduct of Operations that converts management-system intention into operating-floor reality.

Individual significance for organisations

Organisations that manage risk through the full hierarchy of controls — particularly Inherently Safer Design at concept stage — deliver dramatically lower lifecycle risk than those that rely on add-on engineering safeguards. ISD applied at FEED costs 10-100× less than post-startup retrofit. The element is also where Responsible Care signals organisational maturity to insurers, regulators, and ESG investors.

Contribution to Responsible Care Process Safety Code

Managing Risk operationalises every other Responsible Care element. It receives risk inputs from Element 2, executes under the accountability framework from Element 1, generates lessons-learned data for Element 4, and operates within the integrated management system established by Element 5. This is where Responsible Care delivers measurable risk reduction.

Key requirements

What compliant execution looks like

Hierarchy of controls — Elimination → Substitution → Engineering → Administrative → PPE

Inherently Safer Design (ISD) at concept and FEED stages per CCPS / IChemE

Safety Instrumented Systems per IEC 61511 / 61508 functional safety lifecycle

Mechanical Integrity per API 580/581 RBI, API 579 FFS, API RP 584 IOW

Operating procedures, PTW, MOC, and PSSR per OSHA PSM operational discipline

Conduct of Operations per CCPS / ASM — shift handover, alarm response, abnormal-situation management

Implementation methodology

How we implement this element

A focused 6-step methodology calibrated to deliver managing risk as a working capability — not a documented compliance artefact.

Hierarchy of Controls Framework

Apply CCPS / NIOSH hierarchy — elimination, substitution, engineering, administrative, PPE; prioritise ISD at concept / FEED stage where leverage is highest.

Inherently Safer Design Programme

CCPS ISD principles — minimise / substitute / moderate / simplify — applied at conceptual design, FEED gate, MOC review, and post-incident redesign.

Engineered Safeguards (SIS, Relief)

IEC 61511 functional safety lifecycle for SIS; API 520/521 for relief sizing; API RP 752 for fire/blast protection; FERA-driven engineered protection.

Mechanical Integrity & RBI

API RP 580/581 RBI prioritisation; API 510/570/653 inspection codes; API 579 FFS for damaged equipment; API RP 584 IOW for operating discipline.

Operational Discipline

OSHA PSM (f) procedures, (k) hot work, (l) MOC, (i) PSSR; PTW per OISD-STD-105 / HSE INDG 250; daily operational discipline per CCPS COO.

Conduct of Operations

CCPS COO / ASM Consortium framework — shift handover, alarm response per EEMUA 191, IOW response per API RP 584, three-way communication.

Implementation flow

Element-implementation flow chart

Decision-gated workflow showing the actual sequence of activities — from initiation through steady-state operation — with key decision points highlighted.

Start

Element 2 risk register provides hazard inputs

Hierarchy-of-Controls Review

Per scenario — elimination first, PPE last

Decision

ISD Opportunity at FEED?

Decision gate — concept / FEED stage

ISD Implementation

Minimise / substitute / moderate / simplify

Engineered Safeguards

SIS per IEC 61511 + relief per API 520/521 + FEPE

Mechanical Integrity Programme

RBI per API 580/581 + FFS + IOW per API RP 584

Operational Procedures + PTW

OSHA PSM (f) + (k) + OISD-STD-105

MOC + PSSR Discipline

OSHA PSM (l) + (i) — change governance

Conduct of Operations Programme

Shift handover + alarm + IOW + 3-way comms

Performance Monitored vs PSE

API RP 754 indicators + corrective action

Deliverables

What we produce

Hierarchy-of-controls framework and decision matrix
ISD opportunity register at concept / FEED stage
SIS design + SIL verification + Safety Manual per IEC 61511
RBI / FFS / IOW programmes per API codes
Operating procedure suite per OSHA PSM (f)
Conduct of Operations programme per CCPS / ASM

Common pitfalls

Where execution fails

Engineering safeguards bolted on instead of ISD at FEED
SIS commissioned without proof-test programme
RBI worksheets generated but not integrated with inspection planning
Operating procedures stale — workforce relies on memory

Implement this element

Talk to us about implementing Managing Risk

We can scope this element implementation against your facility, regulatory context, and existing management-system maturity — and integrate it with the other Responsible Care Process Safety Code elements you already operate.

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