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To make certain that every project is conducted as safely as possible, an EH&S area manager conducts a preconstruction meeting on every project to identify required training.
Routine work can dull alertness and a relaxed attitude can replace the caution that existed when the job was new and interesting. The Health and Safety at Work Act 1974 states that all employees should receive information, instruction and training in order to carry out their job in a safe manner and in a safe workplace. We can also design bespoke health & safety courses to your specific requirements, contact us for details. Health & safety is an important part of every business, training employees can help to reduce accidents and potential claims.
Courses can be run in house or at our training centres in Lincoln and Grimsby.  We also run open courses regularly for individuals or businesses needing to train single employees. The importance of checking air quality inside a confined space with a properly calibrated gas detector cannot be overemphasized. Editor’s Note: This is second of a two-part series on the proper use of ventilation in confined spaces.
Examples specifically cited in the standards include — but are not limited to — storage tanks, process vessels, bins, boilers, ventilation or exhaust ducts, sewers, underground utility vaults, tunnels, pipelines, and open-top spaces more than four feet deep, such as pits, tubs, vaults, and vessels. This Part 2 article focuses on checking the confined space atmosphere constantly with a gas monitor. PRIOR TO ENTRY, it is ABSOLUTELY CRITICAL to check the atmosphere with a properly calibrated atmospheric gas detector, operated by a properly trained employee. At a minimum, in construction and utility work, you should use a gas detector to check the level of oxygen (it can be too low or too high).
The new OSHA rules for confined spaces in CONSTRUCTION require continuous monitoring, unless the monitoring equipment is not commercially available, or periodic monitoring is sufficient.
Used in conjunction with training, hazard identification and elimination, atmospheric gas monitors, an emergency plan, and documentation, the right ventilation equipment is an important element of every confined space entry plan. TrenchSafety has the knowledge and the equipment and supplies, and we offer training classes for you and your personnel covering the “ins?and outs” of confined space entry.
Proper ventilation is a crucial component in maintaining a safe confined space for Authorized Entrants. Editor’s Note: This is first of a two-part series on the proper use of ventilation in confined spaces. Examples specifically cited in the standards include — but are not limited to — storage tanks, process vessels, bins, boilers, ventilation or exhaust ducts, sewers, underground utility vaults, tunnels, pipelines, and open-top spaces more than four feet deep, such as pits, tubs, vaults, and vessels.
Here in Part 1 we will focus on the basics of proper use of ventilation equipment during confined space entry. The atmosphere inside a confined space can be significantly different from the air outside the space.
The large volume of forced-in fresh air creates positive pressure in the confined space that, in turn, pushes contaminated air out. Applying positive pressure also helps minimize the chances of bad air seeping back into a space.


In a few cases, a combination of forced air and exhaust, or “suction” ventilation, might be desirable.
Although OSHA does not define the number of times the atmosphere must turn over, many safety professionals recommend recirculating the atmosphere at least six times before entry, and at least six times per hour while the space is occupied. Position the ventilation blowers so there is a good supply of fresh air to pump into the space. Minimize the number of bends — Every bend, whether gradual or sharp, creates air friction, which reduces airflow delivery efficiency.
Keep ducts as short as possible — Because of the effects of friction, airflow delivery is directly proportional to duct length.
Maintain the duct in good condition?— Rips or tears in ducts will create blockage or leakage, resulting in lower airflow delivery. Position ducts to maximize air circulation — One effective method is to position the end of a duct on a cable rack or other support midway up a sidewall, with the duct pointed toward an end wall. TrenchSafety offers training classes for you and your crews covering the “ins?and outs” of the NEW OSHA standard for Confined Spaces in CONSTRUCTION.
Watch for Part 2, coming in a couple of weeks, in which we will discuss the CRUCIAL final step you must take to ensure the safety of all who enter a confined space. Every Whiting-Turner construction professional is required to receive OSHA 30 Hour training, and to be recertified frequently. In many jobs the same route is traveled daily over the same roads or the same tasks are repeated with little conscious thought. Therefore, it is important for workers to understand the purpose of the training session, why it will be useful to them, and what can result from not following safety rules and procedures. Singleton Associates run the basic health & safety course both as an in house session at your venue and also as open courses on a regular basis at our training facility in Lincoln. Here we discuss the CRUCIAL FINAL STEP you must take to ensure the safety of all who enter a confined space. Under no conditions should workers enter a confined space if the air has not been tested and determined to be safe! If continuous monitoring is used, the monitoring equipment must have an alarm that will notify entrants if a specified atmospheric threshold is achieved, or that an employee will check the gas detector with sufficient frequency to ensure that entrants have adequate time to escape. In Part 2, coming in a couple of weeks, we will discuss the CRUCIAL final step you must take to ensure the safety of all who enter a confined space. The forced air also creates atmospheric turbulence inside the space, which helps to dislodge pockets of bad air. At the same time, it reduces problems associated with drawing flammable gases back across the motor of the ventilator. For example, exhaust ventilation might be set up in a welding area, to capture fumes at the welding source. Also assume that the ventilation equipment produces 1,000 cubic feet of airflow every minute (CFM). Locate the exhaust outlets in such a way that contaminants will not be drawn back into the confined space, and where air currents will disperse the exhaust gases quickly, without endangering other people.


Air flowing through a ventilation duct creates static electricity that can produce a spark. Frequently, the best location for the intake is upwind of the opening to the confined space. This method will help to provide more even airflow distribution and more effectively ventilate corners where harmful gases or vapors might accumulate. Fortunately, blowers are available that are powered by gasoline, pneumatic, and electrical (12 volt DC, and 110 volt AC or 220 volt AC) motors. We do not outsource safety training and have twelve full time authorized OSHA 500 trainers. Without some periodic reawakening to the ever-present hazards, lethargy deepens and the odds of an accident occurring can increase. Make sure that you read and follow all governmental regulations and manufacturers’ instructions regarding the proper use of all safety and construction equipment on all your job sites. And if an detector alarm sounds at any time, ALL PERSONNEL MUST IMMEDIATELY EXIT?THE SPACE! If other gases are present, or might be present, an additional detector may be necessary to check for those gases, as well. If continuous monitoring is not used, periodic monitoring is required with sufficient frequency to ensure that acceptable entry conditions are maintained during the course of entry operations.
Deadly gases may be created or trapped inside the space, or there might not be sufficient oxygen. In other situations, a series of ventilators may be required to move air a long distance or ventilate a large area. In this example, it will take three minutes to turn the atmosphere one time (3,000 cubic feet divided by 1,000 CFM of airflow). In a flammable atmosphere, such a spark can serve as an ignition source, resulting in an explosion or fire. Duct runs longer than 25 feet dramatically increase the size of ventilator required to produce the same airflow as a smaller ventilator with less than 25 feet of duct. It will take 18 minutes to turn the atmosphere six times (three minutes per turn times six turns). Suggestion: To maximize airflow delivery and service life, store ducts in a container or rack when not in use.
Consult the manufacturer of the ventilation equipment for specific instructions in these situations.



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