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Process Safety Management Systems

Managing Risk (Responsible Care Element 3)

We turn your understanding of the hazards into deployed controls, from inherently safer design through instrumented protection, mechanical integrity, and operating discipline

What this study delivers

Managing Risk (Responsible
Care Element 3)

Responsible Care Element 3, Managing Risk, takes everything you have learned about your hazards and turns it into real controls deployed across the chemicals value chain. The element lines up with CCPS RBPS Pillar 3 on managing risk, and our team works through the full control hierarchy with you. That means inherently safer design following the CCPS guidelines, safety instrumented systems built to IEC 61511, mechanical integrity drawing on OSHA PSM paragraph (j) and the relevant API codes, written process procedures under OSHA PSM paragraph (f), operating discipline grounded in CCPS Conduct of Operations, and emergency management under CCPS RBPS Element 16. As with the rest of Responsible Care, the work reaches past the plant boundary to cover the way you manage transport risk, the way you gain assurance that your suppliers comply, and the way you communicate use risk to your customers, and it is exactly this reach that sets Responsible Care apart from a site only framework.

Managing Risk (Responsible Care Element 3) Overview
Study execution

How the study is executed

A structured, facilitated process that runs from scope definition through close out and produces defensible, actionable outputs.

Control Hierarchy Application

Apply CCPS / NIOSH hierarchy, elimination, substitution, engineering, administrative, PPE, document residual risk after each layer.

ISD Integration

Apply CCPS ISD Guidelines at concept / FEED, integrate SMMS workshops, quantify with Heikkilä ISI / INSET.

Engineered Safeguards

SIS per IEC 61511 lifecycle, MI per OSHA PSM (j) + API codes, relief / flare / fire protection per API / NFPA.

Procedural & Operational Controls

Operating procedures, PTW system, BBS programme, Conduct of Operations per CCPS / Naval Reactors model.

Transport & Supply Chain

Transport risk per UN TDG, supplier ESG audit, customer use condition risk communication via SDS / GHS.

Residual Risk & ALARP

Quantify residual risk, demonstrate ALARP per UK HSE R2P2 / Responsible Care expectations, integrate with management review.

Managing Risk (Responsible Care Element 3) Scope
Study scope

What the study covers in full

We apply inherently safer design through substitution, minimisation, moderation, and simplification
We implement safety instrumented systems to IEC 61511
We build mechanical integrity on OSHA PSM paragraph (j) together with API 510, 570, 653, and 580
We establish operating procedures, safe work practices, and conduct of operations
We manage transport risk against the UN model regulations, the US DOT rules, and the European ADR agreement
We provide supplier compliance assurance and customer use risk communication
Why it matters

Outcomes of Managing Risk (Responsible Care Element 3)

Full Control Hierarchy Coverage
  • Hazards are eliminated at source wherever inherently safer design allows
  • Engineered protection through instrumented systems, mechanical integrity, and fire protection
  • Operating discipline held through permit to work and behaviour based safety
  • Risk managed end to end across transport and the supply chain
Responsible Care Confidence
  • A defensible position for Element 3 under RC14001 2015
  • Conformance with CCPS RBPS Pillar 3
  • Coverage of OSHA PSM paragraphs (f), (j), (k), and (l)
  • Alignment with the UN model regulations, GHS, and REACH
Risk Managed Operations
  • Inherently safer design leads to simpler operation
  • Your instrumented protection architecture delivers the availability you need
  • Mechanical integrity work optimises your inspection effort
  • Transport and supplier risk are integrated into the programme
Managing Risk Programme ROI
  • You avoid the very large cost of a major incident
  • You hold a defensible position with your insurers
  • You build better relationships with suppliers and customers
  • You strengthen your ESG rating
Standards & references

Codes & standards we work to

ICCA Responsible Care Global CharterRC14001 2015 and RCMS CertificationCCPS RBPS Guidelines 2007ICC India Responsible CareISO 45001 2018ISO 14001 2015
When to engage

Triggers that signal the need

Preparation for RC14001 certificationAn opportunity to apply inherently safer design at concept or front end stageA safety instrumented system upgrade or an IEC 61511 revalidationA transport or supply chain risk programmeA review of the control hierarchy called after an incident
Industries served

Where Managing Risk (Responsible Care Element 3) applies

Oil & Gas, Upstream

Wellheads, separators, gas compression, FPSO topsides, produced water systems.

UpstreamOffshoreFPSO
Refineries & Petrochemicals

Distillation columns, reactors, heat exchangers, storage spheres, LPG handling.

RefiningPetrochemical
LNG & Gas Processing

Cryogenic exchangers, liquefaction trains, BOG compressors, storage and sendout.

LNGCryogenic
Specialty Chemicals

Reactive systems, batch reactors, solvent handling, runaway reaction scenarios.

ReactiveBatch
Power Generation

Boilers, HRSGs, steam headers, hydrogen systems, ammonia SCR units.

PowerHydrogen
Pharma & Food

Sterile vessels, CIP/SIP, pressure fermenters, solvent recovery, spray dryers.

PharmaFood & Bev
What we deliver

Tangible deliverables

  • An inherently safer design basis document
  • A safety instrumented system lifecycle implementation to IEC 61511
  • A mechanical integrity programme built on OSHA PSM paragraph (j) and the API codes
  • Operating procedures and a permit to work system
  • A transport risk assessment with supporting procedures
  • Supplier ESG and use condition risk communication
Get Started

Ready to start your project?

Speak with our team to scope an engagement tailored to your facility, regulatory context, and lifecycle stage.