Confined Spaces are typically small, enclosed areas with limited ventilation, making them hazardous to workers. Some examples of Confined Spaces include:
- Tanks
- Pits
- Chimneys
- Silos
- Underground sewers
- Pipelines
- Tunnels
- Wells
- Storage bins
Confined Spaces may have only one entry or exit point and may pose numerous risks to people working in these environments.
Hazards in Confined Spaces:
- Confined Spaces often have limited ventilation, which can cause a decrease in oxygen levels. This can potentially lead to breathing difficulties, fainting, and, in serious cases, death.
- Confined Spaces can contain hazardous gases, such as methane, carbon monoxide, or hydrogen sulfide, with some carrying the potential to ignite, while others can cause poisoning.
- Confined Spaces are, by the very nature of their name, cramped, with limited space to move. This hazard increases the risk of slips, trips, and falls, as well as bruises, cuts, and other injuries.
- Workers may become trapped or engulfed in Confined Spaces, leading to suffocation or other injuries.
- Confined Spaces are often hot and humid, which can potentially lead to heat exhaustion or heat strokes.
- Communication can be difficult in a Confined Space; this can lead to misunderstandings and accidents.
To ensure the safety of workers in Confined Spaces, the following Safety Procedure should be followed:
- Before any Confined Space entry, a thorough risk assessment should be conducted to identify the hazards present in the Confined Space and the appropriate measures to control those hazards.
- Before workers are allowed to enter the Confined Space, an entry permit system should be in place. This permit should include a checklist of all the safety measures that must be taken before entry, such as testing the air quality, securing the space, and ensuring that communication equipment is in place.
- Before entry, ventilation equipment, such as blowers and fans, should be set up to properly ventilate the space to help ensure the air in the Confined Space is safe to breathe. The appropriate type and method of ventilation should be identified in the Risk Assessment.
- While it is imperative to test the quality of the air before entry, it is equally important to continuously monitor the air quality in the Confined Space while workers are inside to check for potential hazards such as low oxygen levels, flammable gases, or toxic vapors. Early detection of changes in the atmosphere can buy precious time to increase ventilation or evacuate the space, reducing the risk of injury or death.
- Workers entering the Confined Space should always use the appropriate PPE, such as respirators, gloves, and protective clothing, to help protect themselves from hazards.
- It is important to provide adequate lighting inside the Confined Space to enable workers to see potential hazards and navigate the space safely.
- A detailed rescue plan should be in place before any Confined Space work and it is of vital importance that everyone involved in the Confined Space entry be trained on that rescue plan. As previously stated, many of the casualties from Confined Space work are workers attempting to rescue incapacitated colleagues, therefore only those who have undergone rescue training must involve themselves in rescue efforts.
- Establish clear communication procedures between workers both inside and outside the Confined Space to ensure that workers can be monitored and supported at all times.
Some of the most common types of equipment and PPE that may be necessary for safe Confined Space entry include:
- Harnesses and Lifelines are used to prevent falls and to enable the rescue of workers in case of an accident. The harness should be properly fitted to the worker and attached to a secure anchorage point, and the lifeline should be of sufficient strength and length to enable rescue if needed.
- Gas Detectors are used to detect hazardous gases and vapors, such as oxygen deficiency or toxic gases. Workers should use a calibrated gas detector to test the air quality of the Confined Space before entry.
- Respirators are necessary if there is a risk of inhaling hazardous gases, dust, or vapors. The type of respirator needed will depend on the specific hazard and should be selected according to relevant HSE regulations and guidelines.
- Workers may need to wear Protective Clothing such as coveralls or chemical-resistant suits to protect against hazardous substances. Head protection, such as a hard hat or other appropriate helmet, should be worn at all times to protect the worker from injury due to impact with low ceilings or overhangs. If a worker may be required to crawl on hands and knees within the Confined Space, knee protection is also suggested.
- Adequate Lighting is essential for safe work in a Confined Space, as it helps workers see potential hazards and navigate the space safely. While area lights offer the best illumination, these are not always possible, therefore personal lighting, such as a hard hat or harness-mounted lights, should be available to all workers.
- Workers inside the Confined Space should be equipped with Communication Devices such as radios, so they can communicate with those outside the space in case of an emergency. Before entry, batteries should be checked to ensure full charge and radios should be tested for proper functionality.
Training
It is critical for workers to understand the risks associated with Confined Space work and to know how to work safely in these environments. Overall, training for Confined Space entry is critical to ensuring the safety of workers who are required to work in these areas. Workers who are properly trained are better equipped to recognize hazards, use the proper equipment and PPE, follow established safety procedures, and respond appropriately in case of an emergency.
More information: https://www.samson-tiara.co.id/blog/2023/04/safety-in-confined-space/
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