Make workplace requirements clearer with Heat Stress: Employee Safety in HAZWOPER training focused on risk factors of heat exposure.
Heat Stress: Employee Safety in HAZWOPER gives learners a practical foundation for making safer, more informed decisions. Key outcomes include the ability to spot risk factors of heat exposure, describe the dangers of heat exposure, and describe explore safe work practices. The material also helps learners spot possible hazards and physiological considerations. Practical examples connect the subject to routine tasks, expected procedures, and decisions employees may need to make on the job. Learners finish with a clearer understanding of what to look for, how to respond, and when to raise a concern or seek additional guidance.
Heat stress training for HAZWOPER is for hazmat emergency responders, environmental remediation technicians, safety compliance officers and supervisors. These workers often wear chemical-protective suits and respirators that trap heat. Logistics and dock crews in hot, unventilated or outdoor areas also benefit. The 14-minute video is in English, with Spanish and French closed captions.
Heat stress at HAZWOPER sites falls under 29 CFR 1910.120 and 29 CFR 1926.65. Those standards require PPE programs to address heat stress and temperature extremes, and they require medical surveillance for many workers. OSHA also enforces heat hazards through the General Duty Clause and its National Emphasis Program on heat.
Heat stress is the total heat load on a worker from air temperature, humidity, radiant heat, workload and protective clothing. Heat strain is the body's response to that load, such as a rising heart rate, heavy sweating and higher core temperature. Controls reduce heat stress, while monitoring tracks heat strain.
Chemical-protective suits and respirators raise heat stress for hazmat workers because they trap body heat. They also block sweat from evaporating, which is the body's main way to cool down. Workers cannot simply open a suit in a contaminated zone. Safety plans compensate by adjusting WBGT readings for clothing and shortening work periods.
Yes, drinking too much water during heat stress can cause hyponatremia, a dangerous drop in blood sodium. NIOSH advises against drinking more than 1.5 quarts (48 ounces) per hour. Workers should drink small amounts often, about one cup every 15 to 20 minutes, and replace salts during long, sweaty shifts.
Schedule a demo with one of our reps
Our extensive Learning Management System allows you to dispatch knowledge and required certificates to teams across your site portfolio.
Our platform caters to all learning styles and scenarios, ensuring effective knowledge retention.
Take control of the learning experience with our configurable class structure. Tailor the training journey to match your organizational needs.
Deliver targeted safety training regimens at every level, putting safety directly into the hands of your workforce.
Deliver more than 400 online safety courses as well as your own training with the SafetyAmp learning management system.
Easily enroll employees into training courses, whether they're in a classroom or taken online - then visualize training history and compliance across multiple locations.
SCORM-compatible
Library of 400+ courses from partner training providers
Create online training courses
Quickly view employee training history
Schedule classroom training sessions
Manage training renewals
Eliminate lost certificates
Built-in reports for training compliance
Other Courses
Build confidence for critical moments through clear Hot Work Safety: Welding, Cutting, and Brazing instruction on frequent hazards associated with welding, cutting, and brazing.
Make workplace requirements clearer. Get a practical overview of spaces using OSHA’s three-pillar criteria for bodily entry in Confined Spaces: Acceptable Entry Conditions.
Give maintenance workers a clear six-step lockout/tagout routine, from identifying hazardous energy to verifying isolation before any work begins.
Made in the U.S.A.
© Copyright 2026