• Understand the basic principles of toxicology.
• Evaluate the potential of chemical agents to produce dermatitis.
• Understand the potential hazards of industrial dusts, mists, and fumes.
• Understand the principles of personal air sampling.
• Select appropriate ventilation systems for a particular hazard.
• Select appropriate respiratory protection for a particular hazard.
• Implement an OSHA mandated hearing conservation program.
• Assist in the performance of an indoor air quality investigation.
• Targeted competencies

At the end of this industrial hygiene course, the target competencies will be able to:

• Occupational hygiene program principles.
• Health hazards biological and chemical.
• Essential sciences human anatomy, biology, and chemical effects. Occupational diseases.
• Health, sampling, measurement, and evaluation techniques.

• Occupational Health Nurse
• Health and safety committee members
• Operations and Maintenance Managers
• Plant Managers and Supervisors
• Safety Managers, or
• Management personnel with industrial hygiene responsibilities.

This interactive Training will be highly interactive, with opportunities to advance your opinions and ideas and will include:

• Lectures
• Workshop & Work Presentation
• Case Studies and Practical Exercise
• Videos and General Discussions

Day 1: Introduction to Industrial Hygiene

•  What is Industrial Hygiene?

• Overview and History: Explore the evolution of industrial hygiene from early practices to modern approaches, focusing on the importance of protecting workers from workplace hazards. Highlight key milestones in the development of regulations and best practices.
•  Roles and Responsibilities of an Industrial Hygienist: A breakdown of the core tasks, including hazard identification, risk assessment, and implementing control measures. Participants will learn the skills necessary to assess workplace conditions and mitigate risks effectively.

• Regulatory Overview:

•  Occupational Safety and Health Standards: Introduce participants to major regulatory bodies (OSHA, NIOSH, ACGIH) and their impact on industrial hygiene practices globally. Examine key standards that guide workplace safety, particularly exposure limits and hazard communication.

• Anticipation, Recognition, Evaluation, and Control (AREC):

•  Identifying Hazards: Learn how to predict potential hazards in various industries before they become significant risks. Explore methods of recognizing emerging hazards in a workplace setting.

Day 2: Exposure Assessment and Monitoring

• Types of Workplace Hazards:

• Chemical Hazards: In-depth discussion on common chemical hazards, such as solvents, heavy metals, and carcinogens. Understand the effects of exposure to these substances and how to monitor their presence in the workplace.
• Physical Hazards: Covers noise, vibration, radiation, and temperature extremes. Participants will explore how to assess and control physical hazards that affect workers’ health.
•  Biological Hazards: Discussion on exposure to bacteria, viruses, and other microorganisms, particularly in industries like healthcare, food production, and waste management.

• Air Sampling and Monitoring Techniques:

• Sampling Equipment and Techniques: Learn how to use air sampling devices like personal and area air monitors, and how to interpret data from these devices. Discussion on the advantages and limitations of various methods (e.g., passive vs. active sampling).
• Exposure Monitoring: Study methods to assess exposure levels over time and determine whether they exceed recommended safety limits.

 Exposure Limits and Standards:

• Threshold Limit Values (TLVs) and Permissible Exposure Limits (PELs): Gain a detailed understanding of these key standards, how they are set, and their practical applications in the workplace. Case studies will highlight their use in different industries.

Day 3: Toxicology and Health Effects

•  Basics of Occupational Toxicology:

• Understanding Toxicokinetics and Toxicodynamics: Examine how hazardous substances enter, move through, and affect the human body. Understand the factors that influence toxicity, such as dose, duration of exposure, and the body's response mechanisms.

· Health Effects of Hazardous Exposures:

•  Acute and Chronic Exposure: Differentiate between immediate health effects and those that develop over time due to repeated exposure. Case studies will explore both types of effects in real-world industrial settings.
• Long-term Health Risks: Learn about the risks associated with long-term exposure to hazardous substances, such as cancers and chronic respiratory diseases.
•  Risk Assessment Methodology:
• Hazard Identification: Understand the techniques for identifying specific workplace hazards through tools such as material safety data sheets (MSDS) and hazard evaluations.
•  Quantitative and Qualitative Assessments: Introduction to performing qualitative (descriptive) and quantitative (numerical) assessments of occupational risks to determine the likelihood of harm.

Day 4: Hazard Control Strategies

· Hierarchy of Controls:

• Elimination and Substitution: Explore how to completely remove hazards from the workplace or replace harmful processes/materials with safer alternatives.
•  Engineering Controls: Focus on the use of ventilation, noise barriers, isolation, and machine guarding to reduce exposure. Practical exercises will demonstrate how to implement and evaluate these controls.
•  Administrative Controls and PPE: Discuss work practices, training, and schedules that minimize exposure. Participants will also learn about selecting, using, and maintaining personal protective equipment (PPE).

· Emergency Response Planning:

• oDeveloping Effective Emergency Procedures: Examine strategies for preparing workers and workplaces to respond to emergency situations. This includes creating evacuation plans, conducting drills, and ensuring the availability of emergency equipment.

· Case Study: Implementing Controls in an Industrial Setting:

•  Participants will work through a real-world scenario, developing a comprehensive hazard control plan for a hypothetical manufacturing plant, focusing on chemical exposure risks and noise control.

Day 5: Program Management and Regulatory Compliance

· Managing an Industrial Hygiene Program:

• Program Development: Learn the components of a successful industrial hygiene program, including hazard identification, regular inspections, training, and documentation.
• Continuous Improvement: Explore the need for regular program reviews and updates based on new regulations, technologies, and workplace conditions.

· Health and Safety Audits:

• Conducting Audits: Learn how to perform industrial hygiene audits to evaluate the effectiveness of hazard controls and ensure compliance with regulations. Case studies will guide participants through conducting mock audits.

· Regulatory Compliance:

• OSHA, ACGIH, and NIOSH Compliance: Understand the compliance process and the potential penalties for failing to meet standards. This includes understanding inspection protocols and how to prepare for regulatory audits.

· Final Project and Course Review:

• Presentation of an Industrial Hygiene Program: Participants will present a tailored industrial hygiene program that addresses a specific workplace

hazard, incorporating the principles and techniques learned throughout the course.

•  Review and Q&A: Recap of key concepts, followed by a question-and-answer session to address any remaining concerns or clarifications.

BTS attendance certificate will be issued to all attendees completing minimum of 80% of the total course duration.