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Services

Operations HSSE

The ongoing management of HSSE throughout the operating life of a facility requires regular audits, continuous monitoring and periodic recertification to maintain risks to people environment asset and reputation to levels as low as reasonably practicable. Prism has a team dedicated to supporting facilities to audits of their operations, closeout the audit findings, develop management systems and ensure compliance with regulations, codes and standards. We are experienced in developing Operations HSE Cases and socialising them with the operating personnel at site.
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Services

HSSE in Design

During the design stage, a systematic approach needs to be followed to maximise inherent safety of the facility and to minimise loss and environmental impact. Good HSSE design starts with the selection of the optimum design concept and continues with the implementation of creative design solution and best practice and compliance to regulations, and industry codes & standards. Prism’s HSSE Design team have experience of numerous onshore and offshore project and of working under various legislative regimes around the world (UK HSE, NORSOK, NOPSEMA etc.). We cover the full range of studies from Hazard Identification to HSE Case Development and approval.
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Services

Acquisitions & Divestments

The assessment of price for an operating facility requires the evaluation of both its assets and liabilities. While physical and accounting assets /liabilities may be evident, potential future losses from failures in regulatory compliance and nascent unsafe practices may not be evident.

PRISM conducts Pre-acquisition/divestment HSE & Asset integrity audits to identify foreseeable liabilities from poor HSE practices, lack of regulatory compliance and maintenance of critical equipment. We provide the stakeholder with knowledge of the risks before purchasing or taking over operatorship.
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Services

Concept Development

Everything begins with an idea. From an EHS & Asset Management perspective, Prism helps clients maximise concept value through site selection and land-use planning, concept evaluation and comparison, regulatory applications and compliance. We work as Owner’s engineers to ensure the development of a mature concept and its handover to the Design engineering team.
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Services

Design

“Often the safest and lowest cost option is to build HSE into the design, i.e. inherent Safety in Design rather than incorporating HSE provisions as an afterthought. Similarly, assessing the reliability and planning the uptime of a facility during the design stage eliminates the need for costly retrofits to improve performance.

PRISM provides a full range of safety, risk and asset management studies to assess the design of industrial facilities. We consider performance targets, compliance to regulations, and satisfying standards.”
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Services

Process Safety Management

Hazardous industries routinely store, handle, and process highly hazardous chemicals, which carry inherent risks of accidental releases and major accidents. Process Safety Management (PSM) is a structured framework that requires organizations to identify process hazards, analyze potential accident scenarios, and implement effective controls to prevent or mitigate consequences.

As a process safety management consultant, PRISM works alongside clients to develop and implement all 14 elements of a comprehensive PSM program in alignment with industry standards and regulatory expectations. This includes essential elements such as Process Hazard Analysis (PHA), Operating Procedures, Training, Mechanical Integrity, Management of Change (MOC), and Emergency Planning and Response, among others.

PRISM emphasizes clear roles and responsibilities, practical documentation, and safeguards that are both effective and usable, ensuring that process safety is embedded into daily operations to maintain safe, reliable, and compliant facilities.


What Is Process Safety Management?

Process Safety Management (PSM) is a comprehensive, systematic approach to identifying, analyzing, and controlling hazards associated with the storage, handling, and processing of hazardous chemicals. Unlike occupational safety, which focuses on worker injuries from slips and falls, PSM addresses the potential for catastrophic incidents that could release toxic substances, cause fires or explosions, and result in mass casualties or environmental damage.

At its core, PSM recognizes that hazardous industries face inherent risks. A single equipment failure, human error, or procedural deviation can trigger a chain of events leading to major accidents. PSM creates structured safeguards to prevent these scenarios from occurring and mitigate consequences if they do.

PSM comprises 14 essential elements that work together to create a protective framework. These include Process Hazard Analysis, which systematically identifies potential accident scenarios; Operating Procedures, which establish safe work practices; Training, which ensures personnel understand their roles and responsibilities; Mechanical Integrity, which maintains equipment reliability; Management of Change, which controls modifications to processes or equipment; and Emergency Planning and Response, which prepares facilities for worst-case scenarios. Additional elements cover contractor management, incident investigation, process safety information documentation, and management review.

Regulatory agencies and industry standards mandate PSM for facilities handling threshold quantities of hazardous chemicals. The Chemical Facility Anti-Terrorism Standards (CFATS), OSHA PSM regulations, EPA Risk Management Plans, and international standards such as IEC 61511 all require comprehensive PSM programs. Non-compliance exposes facilities to regulatory penalties, operational shutdowns, and legal liability.

Effective PSM goes beyond regulatory compliance. It creates a culture of safety where process hazards are understood, risks are actively managed, and continuous improvement is embedded into operations. When properly implemented, PSM protects personnel, prevents environmental damage, maintains operational continuity, and protects company reputation.


Key Elements of Our PSM Approach

As a process safety management consultant, PRISM develops and implements comprehensive PSM programs tailored to your facility’s specific hazards, regulatory requirements, and operational context. Our approach addresses all 14 core PSM elements through a structured, practical methodology.

1. Process Hazard Analysis (PHA)

We systematically identify potential accident scenarios using proven methodologies such as HAZOP, What-If, or LOPA. Our analysis considers equipment failures, human errors, and external events, documenting hazards and recommending control measures..

2. Operating Procedures & Work Instructions

We develop clear, practical operating procedures that reflect actual facility operations. These procedures specify normal operations, startup and shutdown sequences, emergency operations, and maintenance activities, ensuring personnel understand safe work practices.

3. Training & Competency

We establish training programs ensuring all personnel understand process hazards, their roles in PSM, and procedures they must follow. Training covers operators, maintenance staff, contractors, and management with content tailored to each group’s responsibilities.

4. Mechanical Integrity

We assess equipment condition and implement inspection, testing, and maintenance programs to maintain reliability. This includes pressure vessels, pumps, compressors, control systems, and safety equipment.

5. Management of Change (MOC)

We establish procedures ensuring any modification to processes, equipment, or procedures is properly evaluated for safety impacts before implementation. MOC prevents inadvertent introduction of new hazards.

6. Incident Investigation & Lessons Learned

We develop investigation protocols to determine root causes of incidents and near-misses, implementing corrective actions and sharing lessons across the organization to prevent recurrence.

7. Emergency Planning & Response

We develop facility emergency plans, conduct drills, and coordinate with external emergency responders. Plans address potential scenarios and specify roles, communication procedures, and evacuation strategies.

8. Documentation & Management Review

We establish systems for maintaining PSM documentation and conducting periodic management reviews to ensure program effectiveness and identify improvement opportunities.


Who Needs a Process Safety Management Consultant?

Process Safety Management is critical for any facility handling hazardous chemicals, but certain industries and situations create particularly urgent needs for expert PSM support. PRISM works with organizations across multiple sectors to develop, strengthen, and maintain effective PSM programs.

1. Oil & Gas Operations

Upstream, midstream, and downstream oil and gas facilities handle flammable hydrocarbons and toxic substances that require rigorous process safety controls. We support exploration and production facilities, refineries, and gas processing plants in developing PSM programs that meet regulatory standards and operational demands.

2. Chemical Manufacturing & Processing

Chemical plants face complex process safety challenges due to the nature and quantities of hazardous materials handled. We assist manufacturers in implementing comprehensive PSM frameworks that protect personnel, prevent major accidents, and ensure compliance with chemical safety regulations.

3. Pharmaceutical & Food Processing

While regulations differ from chemical manufacturing, pharmaceutical and food processing facilities handling hazardous substances or operating under strict quality requirements benefit from structured PSM approaches. We tailor PSM programs to address industry-specific risks and compliance expectations.

4. Facility Expansions & Modifications

When facilities expand, modify processes, or upgrade equipment, PSM frameworks must be reassessed and updated. We conduct impact assessments and implement necessary changes to PSM elements to address new hazards introduced by facility changes.

5. Regulatory Compliance & Audit Preparation

Facilities facing regulatory inspections or audits by agencies such as OSHA, EPA, or local authorities benefit from expert review. We assess PSM program completeness, identify gaps, and implement improvements to demonstrate regulatory compliance and operational readiness.

6. Post-Incident Recovery

Following process safety incidents or near-misses, facilities need expert support to investigate root causes, strengthen PSM elements, and restore stakeholder confidence. We provide independent analysis and recommendations for systemic improvement.

7. Acquisition & Due Diligence

Organizations acquiring facilities need objective PSM assessments to understand inherited risks and regulatory obligations. We conduct thorough evaluations supporting informed acquisition decisions and identifying post-acquisition improvement priorities.



Got Questions About Process Safety Management?
Find Out Here.

What is the process of safety management?
Process safety management is the systematic approach of using principles and procedures to identify hazards, evaluate risks, and control dangers associated with high-risk processes. It also plays a crucial role in responding to and recovering from incidents related to these processes.
What is the SOP for process safety?
A standard operating procedure (SOP) is a documented set of instructions that explains, step by step, how to safely carry out tasks involving hazardous materials (biological, chemical, or radiological), dangerous equipment, or high-risk operations.
What are the 4 pillars of PSM?
The four main pillars of a risk-based process safety management system are: fostering a strong process safety culture, building process safety competency, effectively managing risks, and learning from experience.
What’s the difference between Process Safety Management and occupational safety?
Occupational safety focuses on preventing worker injuries from everyday hazards like slips, falls, and ergonomic strain. Process Safety Management addresses catastrophic risks from hazardous chemical releases, fires, or explosions that could cause mass casualties and environmental damage. While both are essential, PSM specifically protects against major accident scenarios in hazardous industries.
How long does it take to develop a comprehensive PSM program?
Timeline depends on facility size, complexity, and current PSM maturity. Developing a complete 14-element PSM program for a mid-sized facility typically requires 6-12 months. Facilities with existing PSM frameworks may focus on strengthening specific elements, requiring 3-6 months. We provide realistic timelines during initial assessment and maintain transparent communication throughout implementation.
Are we required to have a Process Safety Management program?
Requirements vary by jurisdiction, industry, and the types of hazardous chemicals handled. OSHA PSM regulations apply to facilities storing threshold quantities of specified chemicals. EPA Risk Management Plans and CFATS regulations impose additional requirements. International facilities must comply with local process safety standards. We assess your specific regulatory obligations during consultation to determine mandatory requirements and recommended best practices.
Can we implement PSM ourselves, or do we need external consultant support?
2Many facilities build internal PSM expertise over time. However, external consultants like PRISM bring independent perspective, specialized expertise, and structured methodologies that accelerate development and improve program quality. Consultants are particularly valuable for initial program development, major expansions, audit preparation, or when facilities lack internal PSM experience. Many organizations benefit from partnering with consultants for initial setup, then maintaining programs internally with periodic expert review.
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