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chemsafe-almashreq
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chemsafe-chemists

his course builds on the foundations laid by IOSH Managing Safely®. It helps businesses to understand that to be socially sustainable, they must cultivate social acceptance for their business activity – their social license to operate.

  • Proactive organizations will discover how to develop a people-first culture, going beyond OSH compliance to engender a systematic approach to long-term sustainability.
  • Integrated organizations will be able to move to the next level by linking good OSH practice to bottom-line impact. Benefits include greater customer loyalty and appeal to investors.

In this course, participants will learn techniques and methods to carry out social sustainability programs in their organizations.

They will learn that complying with health and safety legislation is just a first step. A modern business that wants long-term success must invest in its human capital – its workforce.

Managing Sustainably helps businesses to take that next step. It recognizes the need to put people at the heart of business strategy and planning.

Course content

The course covers the following topics:

  • The meaning of sustainability, human capital and the three inter-dependencies.
  • The United Nations Sustainable Development Goals (UN SDGs) and how OSH relates to them.
  • The meaning of a culture.
  • The core OSH principles.
  • The importance of tracking performance to social sustainability.
  • The importance of good management to social sustainability

Training Methodology

Presentations, classroom activities and discussions

Assessment

30-minute multi-format assessment, and an action plan

Certification

They will receive globally recognised, respected and certificated training that’s designed and quality-controlled by IOSH, the Chartered body for safety and health professionals.

Entry Requirements

No data provided!

Introduction

This program has been developed for all employers and employees interested in conducting qualitative workplace risk assessments. It provides a understanding the implementation of the HAZOP process at the workplace within the context of operational risk management.
It is structured around recognized international risk management standards (IEC 61882), guidelines and complies with Aramco Qualitative Risk Assessment Guidelines relating to the implementation of the Safety Management Systems.

Course Prerequisite(s):

None

Rationale:

This course is intended to provide a solid foundation for all individuals wanting to acquire the necessary HAZOP Leadership skills for application in the oil and gas and mining industries. Emphasis will be placed on the topics covered in the IEC 61882 standard requirements.

Course Objectives:

Discuss and apply Risk Management principles/models including the techniques for hazard identification, risk assessment and HAZOP in the workplace.
Introduce international Risk Management Models and standards – ISO 31000, IEC 61882.
Describe the workplace HAZOP process in accordance with international standards
Discuss and apply the HAZOP technique in the workplace

Topical Unit Outline:

DAY 1
Title: Course Registration – Description – Register for HAZOP course
Title: Course Introduction – Description – Introduction to the HAZOP course content, process hazard analysis
Title: Generic Risk Discussion – Description – process hazard analysis (PHA) and flow sheets
Title: Introduction & Process Hazard Analysis – Description – process hazard analysis (PHA)
Title: HAZOP Study Methodology – Description – Step for step HAZOP process methodology

DAY 2
Title: HAZOP Study Methodology – Description – Step for step HAZOP process methodology – case study
Title: HAZOP Reporting and Follow up – Description – How to develop a report for a HAZOP study (Report content and example)
Title: Course Feedback and Certificates – Description – Hand out of course certificates and course feedback

Course Duration:

2 Days

Who Should Attend?

  • All market industry segments and all levels as Workplace Risk Assessment can be used by ALL, including:General Managers,
  • Project Managers,
  • Process, Chemical, Mechanical Engineers,
  • Loss Prevention & Security,
  • Operating Staff and employees in general.

Course Methodology

The learning methodology uses a mixture of presentations, discussion, case studies, video content and interactive exercises to transform participant knowledge into hands-on practice in a safe environment.

Certification:

Upon successful completion of the course and assessment, candidates will be awarded Hazop Leadership certificate from Al Mashreq Training.

Course Overview

This 2-day training program provides an in-depth understanding of hazard identification techniques across industries, focusing on process safety risk management.

Course Objectives

By the end of this course, participants will:

  • Understand the importance of hazard identification in risk prevention.
  • Learn key hazard identification techniques and when to apply them.
  • Be able to select the appropriate technique based on the project lifecycle.
  • Gain insight into new and emerging hazard identification approaches.

Who Should Attend?

This course is designed for:

  • Process safety engineers & process engineers
  • Plant/process operators
  • Professionals involved in design, commissioning, decommissioning, installation, and modification of industrial plants
  • Construction, nuclear, and oil & gas industry representatives

Course Content

Module 1: Fundamentals of Process Hazards and Risks
Introduction to process hazard identification
Key definitions: hazards, risks, and safety barriers
Learning from historical industrial disasters
Case Studies: Buncefield & CAPECO accidents
Regulatory frameworks and industry standards

Module 2: Essential Hazard Identification Techniques
What-If Analysis (SWIFT): Scenario-based risk assessment
Checklists: Systematic hazard identification
Brainstorming Techniques: Group-based risk evaluation
Strengths, weaknesses, and applications of each technique

Module 3: Inherently Safer Design (ISD) & Risk Elimination
Introduction to ISD principles
Design modifications to eliminate or reduce hazards
Case Study: CSB/Bayer plant explosion analysis
Bow-Tie Diagrams: Visualizing risk pathways and control measures

Module 4: Chemical Reaction Hazards & Runaway Reactions
Understanding runaway reactions and their causes
Strategies for preventing and managing chemical hazards
Case Study: CSB Synthron explosion video analysis

Module 5: Advanced Hazard Identification (HAZID) Techniques
Introduction to HAZID methodology
Reaction Exercise: Identifying risks in a simulated process

Module 6: Hazard and Operability Study (HAZOP)
HAZOP methodology: Systematic deviation analysis
Managing creeping changes in operations
Delta HAZOP: Identifying risks from small process modifications

Module 7: Batch Process HAZOP & Its Unique Challenges
Key differences between batch and continuous processes
Case Study: CSB T2 Laboratories explosion analysis
Hands-on HAZOP workshop: Group exercise

Module 8: Failure Modes, Effects, and Criticality Analysis (FMECA)
Understanding FMECA methodology
Case Study: Challenger disaster – Lessons from failure analysis
System-Theoretic Process Analysis (STAMP/STPA) techniques

Module 9: Layers of Protection Analysis (LOPA)
Understanding safety layers and barriers
Integrating LOPA with other hazard assessment techniques
Case Study Demonstration

Course Methodology

The learning methodology uses a mixture of presentations, discussion, case studies, video content and interactive exercises to transform participant knowledge into hands-on practice in a safe environment.

Certification:

All attendees who successfully complete the training will be awarded a Certificate of Completion, acknowledging their knowledge in Managing Major Emergencies accredited by ASSP CEU 1.2

Introduction

Industrial Hygiene Basics is an essential course to take if you are concerned about the safety, health and general wellbeing of your co-workers and hazards that could affect them. This is a one-day course that introduces industrial hygiene terminology and principles, as well as practical approaches for recognizing, evaluating, and controlling common workplace hazards: chemicals, noise, radiation, thermal stress, and biological and ergonomic stressors. We’ll discuss basic anatomy and physiology, toxicology, hazard control, and recognition and evaluation of chemical, physical, biological, and ergonomic hazards.

Course Goals:

  • Anatomy and physiology
  • Toxicology
  • Recognition of chemical, physical biological and ergonomics hazards
  • Evaluation of chemical, physical, biological and ergonomic hazards
  • Hazard control

Modules:

Pre-course Activities- 50 minutes
Module 1: Introduction to Industrial Hygiene- 45 minutes
The purpose of this module is to provide a definition of industrial hygiene; identify the key responsibilities of an industrial hygienist; provide a brief review of industrial hygiene history; introduce key laws relating to industrial hygiene and occupational health; and introduce the industrial hygiene processes of anticipation, recognition, evaluation, control and confirm.

Module 2: Anatomy and Physiology- 60 minutes
The purpose of this module is to introduce the basic anatomy and physiology necessary for an understanding of routes of entry and toxicology and to introduce the basic anatomy of the respiratory system, skin, ears, and eyes.

Module 3: Toxicology- 75 minutes
The purpose of this module is to give you a practical overview of toxicology. Dose-response relationships and effects of exposure to workplace chemicals will be explored. Exposure limits will be discussed relative to toxicology and the workplace.

Module 4: Recognition of Hazards- 65 minutes
The purpose of this module is to introduce the general process of hazard recognition and the specific process of chemical hazard recognition. You will learn what questions to ask during hazard recognition. Key terms and risk factors relating to chemical hazards will be defined. Chemicals that are frequently used in the workplace will be introduced. The physiological reaction to these chemicals will also be examined.

Module 5: Hazard Evaluation- 55 minutes
The purpose of this module is to introduce the general principles of hazard evaluation. A
basic, systematic procedure for evaluating hazards will be explored.

Module 6: Control of Hazards- 50 minutes
The purpose of this module is to introduce you to methods of hazard control, including engineering controls, administrative controls, and personal protective equipment. You will focus on chemical, physical, ergonomic, and biological hazards at your worksites when discussing control methods.

Course Methodology

The learning methodology uses a mixture of presentations, discussion, case studies, video content, and interactive exercises to transform participant knowledge into hands-on practice in a safe environment.

Who Should Attend?

The workshop is suitable for any person with interest in the industrial hygiene process and for safety, health, environmental, and management personnel who have industrial hygiene responsibilities.

Certification:

Upon successful completion of the course and assessment, candidates will be awarded an Industrial Hygiene certificate from NSC

Overview

Thousands of scientists, safety professionals and educators in 30 countries have attended this two-day interactive professional development workshop, and now, it’s available anywhere on Zoom! Whether your organization has a robust safety program or you’re a solo player feeling overwhelmed with new responsibilities, our tested, real-world approach will help you grow as a leader in organizational safety culture. Packed with gripping safety “fail” stories and sprinkled with humor, this course goes beyond regulatory compliance, helping you create a safer lab and a safer life!

Topics covered:

Scope of the Problem, Accidents, Legal Aspects of Safety, OSHA Lab Standard, Fire Control, Labeling, Biological and Animal Hazards, Eye and Face Protection, Planning for Emergencies, Handling Chemical Reagents, Ventilation, Electrical Safety, Storage of Chemicals, Disposal of Chemicals, Safety Equipment, Needs Assessment, Your Most Serious Problem, Student / Employee Involvement, Safety Program Planning.

Who Should Attend?

  • Environmental health & safety professionals
  • Chemistry, biology, physics and art educators
  • Chemical hygiene officers
  • Facilities managers
  • Lab managers / supervisors / workers
  • Researchers
  • Process engineers
  • Risk managers / operations managers
  • Safety / security directors
  • School teachers
  • ANYONE who wants a safer lab

Registrants Receive:

Completion certificate

  • Course notebook (A PDF is included free with every course.
  • 1.4 continuing education units (CEU’s)
  • 3.34 ABIH CM points eligibility
  • 30% off LSI items and 15% off non-LSI items at labsafety.org/shop for 7 days after course.

Training Methodology

This instructor led training is delivered using a blended learning approach and comprises of presentations, guided sessions of practical exercise and group work.

You will have the opportunity to interact with our experienced facilitator who will bring professional and research expertise into their teaching.

Assessment Criteria

Attend 100% of the course

Pass the continuous assessment

Pass the written examination

Certification:

After successful completion of the course and assessment, candidate will receive Lab Safety certificate from Lab Safety Institute (USA) with Credit CEU 1.4.

Introduction

Accidents are significant events that trace their roots back to management system failures. They often result from a single failure. That failure however may be a symptom of deeper problems within the operation of a plant or facility. Only with a full understanding of what happened, how it happened and why it happened, can effective remedial actions be taken. Incidents are minor occurrences that can lead to an accident. This session will provide an in-depth look at the systematic process of examining and evaluating the causes of an incident so that recurrence can be prevented.

The goal of this workshop is for every attendee to leave better prepared to effectively investigate and learn from process safety incidents by being equipped with a basic understanding of:

  • WHY effective incident investigation and root cause analysis (RCA) are vital,
  • WHAT incident investigation skills/tools, technical competencies, and management support are required for an investigation team to be effective and efficient,
  • HOW effective process safety incident investigations and RCA are done.

Learning Outcomes:

Workshop attendees will learn about proven industry practices and develop skills, in class discussions and group exercises on:

  • How to set up, manage and participate in an incident investigation
  • How to apply evidence preservation techniques
  • How to interview witnesses and other workers
  • How to collect and analyze physical parts
  • How to examine records and documents
  • How to apply causal analysis techniques and identify root causes\How to develop recommendations to correct deficiencies and address root causes
  • How to write and compile a report
  • \How to present investigation findings

 

Who should attend:

Those who work at, support, or regulate facilities that produce, store or use hazardous materials, and may be involved with, oversee, or review and approve incident investigation reports, should benefit from this workshop. This includes:

  • Engineers and scientists (all disciplines)
  • Manufacturing site process operators
  • Maintenance specialists
  • Environment, health, safety, and security specialists
  • Facilities managers, site functional leaders, and area supervisors

Outline:

  • Basic Concepts
  • Secure Incident Scene–A Site Responsibility
  • Establishing Investigation Team and Investigation Planning
  • Positional Evidence and Preserving Evidence
  • People Evidence – Interviews
  • Parts and Equipment Evidence
  • Failure Analysis
  • Incident Sequence/Timeline and Event Analysis
  • Paper Evidence
  • Human Factors
  • Putting It All Together and Root Cause Analysis
  • Findings, Conclusions, and Recommendations

Introduction

This comprehensive two-day course equips participants with the knowledge and practical skills required to safely handle, store, and transport hazardous materials (HAZMAT), as well as to respond effectively to related emergencies. Emphasis is placed on understanding chemical, biological, radiological, and nuclear (CBRN) threats and applying appropriate response and mitigation strategies.

Target Audience

This course is ideal for:
Warehouse and logistics personnel
Safety and compliance officers
First responders and security staff
Laboratory and industrial workers
Site supervisors and operational managers
Individuals responsible for HAZMAT transport, storage, or emergency planning

Course Objectives

Participants will be able to:
Identify types and classifications of hazardous materials
Understand international and local regulations governing hazardous materials
Apply best practices in HAZMAT storage and transportation
Recognize and manage CBRN hazards
Develop emergency preparedness plans and response strategies
Analyze real-life incidents for risk reduction and safety improvement

Training Methodology

The course uses a blended learning approach:
Instructor-led presentations and discussions
Visual and interactive learning aids
Practical group activities and role-play
Tabletop simulation exercises
Case studies from real-life HAZMAT incidents
Knowledge checks and quizzes

Course Content

Day 1

Module 1: Introduction to Hazardous Materials (HAZMAT)
Definition, types, and classifications
Hazard identification systems
Importance of proper handling

Module 2: Regulatory Standards and Compliance
Overview of local and international standards (OSHA, NFPA, GCC regulations)
Responsibilities of employers and employees
Documentation and reporting requirements

Module 3: HAZMAT Storage Best Practices
Storage conditions for different material classes
Spill prevention and control measures
Safety signage and labeling protocols

Module 4: Safe Transportation of Hazardous Materials
Packaging, labeling, and documentation for transit
Secure loading/unloading practices
Emergency protocols during transportation incidents

Day 2

Module 5: CBRN Hazards Overview
Understanding chemical, biological, radiological, and nuclear threats
Exposure risks and environmental impact
Protective measures and health effects

Module 6: CBRN Incident Response and Mitigation
Personal protective equipment (PPE)
Detection and monitoring equipment
Decontamination and containment procedures

Module 7: Case Studies and Real-World Lessons
Review of major international HAZMAT incidents
Analysis of failures and key takeaways
Policy and protocol improvements

Module 8: Tabletop Emergency Exercise
Simulated scenarios to practice response
Group-based decision making
Post-exercise debrief and lessons learned

Assessment and Evaluation

Participants will be evaluated through:

  • Group participation and activity engagement
  • Short quizzes and knowledge checks
  • Performance in the tabletop exercise
  • End-of-course assessment

Certification

All attendees who successfully complete the training will be awarded an Al Mashreq Training Certificate of Completion, acknowledging their knowledge in HAZMAT safety and compliance practices.

Introduction

This comprehensive training equips participants with the essential knowledge and practical skills to safely manage chemical spills in the workplace. It focuses on hazard recognition, proper response procedures, effective use of spill containment tools, and safe decontamination and disposal practices. Participants will gain confidence in taking immediate and appropriate action in the event of a chemical spill.

Target Audience

This course is ideal for:

  • Supervisors
  • Operators and Technicians
  • Laboratory Personnel
  • Maintenance Staff
  • Any employee who handles or works in proximity to hazardous chemicals

Whether you work in manufacturing, laboratories, industrial sites, or maintenance roles, this course will help ensure you respond effectively to chemical spill incidents.

Learning Objectives

By the end of the training, participants will be able to:

  • Identify different types of chemicals and associated workplace hazards
  • Understand chemical hazard classifications and labelling systems
  • Follow proper chemical spill emergency response procedures
  • Select and use appropriate spill control and personal protective equipment (PPE)
  • Perform decontamination and chemical waste disposal procedures safely
  • Participate effectively as part of an Emergency Response Team

Course Content

  • Hazardous Chemical Storage Principles: Best Practices and Compliance
  • Chemical Warehouse Design and Compatibility Chart Concept
  • Handling and Responding to Hazardous Chemicals During a Spill
  • Safety Data Sheet (SDS) for Chemical Products (ISO 11014:2009)
  • Chemical Spills Hazards and Risk Assessment
  • Global Harmonization System (GHS)
  • Waste Handling and Disposal Protocols

Delivery Method

This course includes interactive lectures, hands-on equipment training, group activities, and live spill response simulations for a highly engaging and practical learning experience.

Certification:

All attendees who successfully complete the training will be awarded a Certificate of Completion, acknowledging their knowledge in Chemical Spill Training accredited by ASSP CEU 1.2

Course Overview

This 2-day training program provides an in-depth understanding of hazard identification techniques across industries, focusing on process safety risk management.

Course Objectives

By the end of this course, participants will:
Understand the importance of hazard identification in risk prevention.
Learn key hazard identification techniques and when to apply them.
Be able to select the appropriate technique based on the project lifecycle.
Gain insight into new and emerging hazard identification approaches.

Who Should Attend?

This course is designed for:

Process safety engineers & process engineers
Plant/process operators
Professionals involved in design, commissioning, decommissioning, installation, and modification of industrial plants
Construction, nuclear, and oil & gas industry representatives

Course Content

Module 1: Fundamentals of Process Hazards and Risks

  • Introduction to process hazard identification
  • Key definitions: hazards, risks, and safety barriers
  • Learning from historical industrial disasters
  • Case Studies: Buncefield & CAPECO accidents
  • Regulatory frameworks and industry standards

Module 2: Essential Hazard Identification Techniques

  • What-If Analysis (SWIFT): Scenario-based risk assessment
  • Checklists: Systematic hazard identification
  • Brainstorming Techniques: Group-based risk evaluation
  • Strengths, weaknesses, and applications of each technique

Module 3: Inherently Safer Design (ISD) & Risk Elimination

  • Introduction to ISD principles
  • Design modifications to eliminate or reduce hazards
  • Case Study: CSB/Bayer plant explosion analysis
  • Bow-Tie Diagrams: Visualizing risk pathways and control measures

Module 4: Chemical Reaction Hazards & Runaway Reactions

  • Understanding runaway reactions and their causes
    Strategies for preventing and managing chemical hazards
    Case Study: CSB Synthron explosion video analysis

Module 5: Advanced Hazard Identification (HAZID) Techniques

  • Introduction to HAZID methodology
  • Reaction Exercise: Identifying risks in a simulated process

Module 6: Hazard and Operability Study (HAZOP)

  • HAZOP methodology: Systematic deviation analysis
  • Managing creeping changes in operations
  • Delta HAZOP: Identifying risks from small process modifications

Module 7: Batch Process HAZOP & Its Unique Challenges

  • Key differences between batch and continuous processes
  • Case Study: CSB T2 Laboratories explosion analysis
  • Hands-on HAZOP workshop: Group exercise

Module 8: Failure Modes, Effects, and Criticality Analysis (FMECA)

  • Understanding FMECA methodology
  • Case Study: Challenger disaster – Lessons from failure analysis
  • System-Theoretic Process Analysis (STAMP/STPA) techniques

Module 9: Layers of Protection Analysis (LOPA)

  • Understanding safety layers and barriers
  • Integrating LOPA with other hazard assessment techniques
  • Case Study Demonstration

Course Methodology

The learning methodology uses a mixture of presentations, discussion, case studies, video content and interactive exercises to transform participant knowledge into hands-on practice in a safe environment.

Certification:

All attendees who successfully complete the training will be awarded a Certificate of Completion, acknowledging their knowledge in Process Safety Culture accredited by ASSP CEU 1.2

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