Blazing Hot Day Allows Early Departure after Four Hours
In the sweltering heat of Central Russia's summer, employers are being encouraged to take proactive measures to protect their workers from heat-related illnesses. A fifth section of the CoAP in Russia holds employers liable for violations of labor protection rules, making it crucial for businesses to ensure they are meeting the necessary heat safety regulations.
To comply with these regulations, employers can implement a comprehensive heat illness prevention plan. This plan should align with emerging and existing standards such as those proposed by OSHA and best practices for heat stress management.
Key steps in this plan include active temperature monitoring, heat illness prevention plans, acclimatization programs, engineering controls, administrative controls, hydration, training and awareness, and regulatory preparedness.
Active temperature monitoring involves regularly checking workplace temperatures using Wet Bulb Globe Temperature (WBGT) devices or heat index apps, especially when combined temperature and humidity exceed 80°F (about 27°C).
Heat illness prevention plans should be updated to include clear actions when temperature thresholds are reached, such as increased breaks, hydration, and cooling measures. These plans should be tailored for both indoor and outdoor environments and consider the specific heat and humidity conditions common during Russian heatwaves.
Acclimatization programs introduce gradual exposure to heat for new or returning workers, reducing risks of heat-related illnesses during initial high-heat exposures.
Engineering controls involve improving workplace ventilation and cooling systems indoors to reduce heat stress. For outdoor work, providing access to shaded rest areas and cooling stations is essential.
Administrative controls include enforcing work-rest cycles with mandatory breaks, particularly when temperatures approach or surpass 90°F (32°C). Limit strenuous tasks during peak heat hours and reschedule as possible.
Hydration is crucial, and workers should have unrestricted access to cool drinking water to prevent dehydration, a major risk factor during heatwaves.
Training and awareness should focus on recognising symptoms of heat stress, preventive behaviours, and emergency response. Empower workers to report heat-related symptoms early.
Regulatory preparedness involves staying informed about local and international heat safety regulations and preparing for inspections by occupational safety agencies, such as the anticipated full enforcement of OSHA heat rules or equivalent Russian standards.
Outdoor work in extreme heat should be done in intervals with breaks in cool or cooled places. If the temperature exceeds 32.5°C, work should be done in 15-20 minute intervals with 10-12 minute breaks. The total working time should not exceed 4-5 hours.
Workers under 25 and over 60 years old should not be allowed to work outdoors in such heat. If labor protection rules are violated, workers can first appeal to their manager, then to Rospotrebnadzor or the State Labor Inspectorate.
In situations where there is no air conditioner and the temperature reaches 28.5°C, it is recommended to reduce the working day by 1 hour. For indoor work when the temperature reaches 28.5°C, a 1-hour reduction in the working day is recommended. Employers in Russia must provide drinking water for outdoor workers, at least half a liter per hour.
The normal temperature for indoor work in Russia is considered to be 24-25°C. By establishing proactive, multi-layered heat safety strategies, employers can safeguard health and maintain productivity during extreme heat in Central Russia. This approach aligns with global best practices highlighted by OSHA and heat safety experts.
Employers in the workplace-wellness sector can implement health-and-wellness initiatives to protect their workers from heat-related illnesses, in line with anticipated full enforcement of OSHA heat rules or equivalent Russian standards. This comprises a comprehensive heat illness prevention plan that includes active temperature monitoring, acclimatization programs, heat illness prevention plans, engineering controls, administrative controls, hydration, training and awareness, and regulatory preparedness.
