Tag Archives: PPE

Eye Protection, General Safety Issues, Hand Protection, Head Protection, Hearing Protection, Protective Clothing, Respiratory Safety

SAFE GRINDING OPERATIONS (GUEST POST)

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Risk of Fire and Explosion

Grinding and allied processes produce molten metal, sparks, slag and hot work surfaces which pose a risk of fire and explosion, and which can result in fatalities, serious injury and plant damage. Flying sparks are the main cause of fire and explosion, especially as sparks can travel up to 10 metres from the work space. Sparks and molten metal can travel even greater distances when falling and can pass through and become lodged in cracks, clothing, pipe holes and other small openings. To reduce the risk of fire and explosion, a permit to work should be obtained before commencing grinding operations. Working areas and the areas below them should be kept free of combustible material. Fixed items of plant, such as installed electrical cables should be protected by a fire blanket. And sparks should be contained by means of a non-flammable material. Fire extinguishers should be close at hand, and the working area should be inspected when work is suspended to ensure there is no residual risk of fire or explosion.

Cutting Operations

Where cutting operations are performed, it is always important to give consideration to the effect that these operations will have on the stability of the work piece. In particular, consideration should be given to weight distribution, as the removal of significant weights may alter the balance of the work piece. Where appropriate, the work piece should be supported. You should also plan how items that have been removed will be lowered without risk to yourself, to others who may be working nearby, or to equipment.

Disk Burst

Serious injury can result when grinding wheels or disks burst, so it is important to take the steps necessary to reduce the risks associated with this hazard. Abrasive wheels should only be fitted by individuals who are trained and competent to do so. A pre-use check of portable grinding machines should be carried out to ensure that they are only fitted with reinforced discs, that the disc is suitable for the type of material to be ground, as well as for the speed of the machine and that guards are fitted and properly maintained. To avoid damaging discs, disc centres detaching and increased vibration levels, discs should always be applied at 90 degrees to the work piece to avoid the lateral stresses that leads to discs bursting. Uniform pressure should be applied during cutting and strategic cutting positions and / or restraints should be used where parent metal movement, which may result in snagging, is possible. All grinders have the potential to jolt when disc snagging occurs, which can result in serious injury. Where a Grinding Safety assessment indicates that snagging is a possibility, you should adopt a position that considers the direction the machine will move should snagging occur.

Training

All personnel need appropriate training and experience to be able to use work equipment safely. Never use grinding equipment unless you have received suitable training and are competent to do so, or you are receiving supervised training to reach this level of competence. Remember that contact with the grinding wheel can result in serious injury and that you should also wear protective clothing including Kevlar gloves and a visor to reduce the risk of injury.

Entanglement

When conducting grinding operations, it is also important that you wear close fitting garments. Make sure your overall sleeves are buttoned, that you do not wear a tie or jewellery and that you tie back long hair and long beards to reduce the risk of entanglement.

Personal Protective Equipment

PPE is an important means of reducing the risks associated with projectile particles during grinding operations. At least standard PPE with gauntlets, leathers, a cotton drill or fire retardant overalls and a full face visor with neck muff worn over goggles should be worn. Prolonged exposure to the dust produced during grinding operations can potentially result in scarring of the lung tissue and subsequent breathing difficulties. During prolonged or heavy operations, disposable respirators should be worn. For permanent grinders, an air fed all in one hood should be worn. Only PPE in good working condition will reduce the hazards associated with your work, so it is important to remove, clean and store your PPE correctly. All PPE should therefore be cleaned down with a soft brush before removing.

Noise at Work

Hearing loss caused by exposure to noise at work is a significant source of occupational disease, with many people suffering deafness, tinnitus or other ear conditions as a result of exposure to excessive noise levels at work. The level of noise and how long people are exposed to noise at work both contribute to potential hearing damage. Noise can be reduced to harmless levels by using ear plugs and ear defenders while conducting grinding operations and the use of hearing protection should be mandatory within high noise areas.

Hand Arm Vibration Syndrome HAVS

If you regularly use hand held grinders, you may be at risk of developing Hand Arm Vibration Syndrome or HAVS. This condition involves damage to the blood vessels, nerves and joints of the hand, wrist and arm. It is a painful and debilitating condition, resulting in numbness of the hands to the extent where it is impossible to feel with your fingers and very difficult for you to pick up small objects. This can make both occupational and leisure activities, such as playing darts, fishing or DIY, impossible. HAVS is entirely preventable. Always use the right tool for the job, as this will allow you to complete the job more quickly and will expose you to less hand-arm vibration. Carry out a pre-use inspection of all grinding equipment and report any damage to your supervisor, as faults and general wear may result in increased vibration. Try to reduce the amount of vibration you are exposed to in one go by doing other jobs in between grinding operations. Use a relaxed grip and avoid using excessive force on a tool or work piece. Store tools so that they do not have very cold handles when used next. Keep your hands warm and dry and take breaks to exercise your fingers regularly.

Sent to us by Kevin at Riskatmedia – Safety Video

Eye Protection, Fall Safety, General Safety Issues

SAFETY IN THE CHEMISTRY LAB (GUEST POST)

By Maree Kyle

Safety is valued in any workplace, but in areas where dangerous materials and other hazards are present, it’s essential that workers and businesses create a safe environment where accidents are mitigated. Unfortunately, even the best workplace environments boasting well-trained workers are susceptible to the occasional accident, making it crucial that emergency protocols be developed and taught alongside accident prevention measures.

In chemistry laboratories, safety considerations are amplified. Accidents when working with volatile and potentially dangerous materials can be permanently damaging and, in some cases, fatal. Good chemical hygiene is of utmost importance and this encompasses many facets of lab operations. Here are some steps every lab should take to minimize the risk of an accident and to improve emergency response when mishaps do occur.

1. Demand storeroom organization

Maintaining organization and order in a storeroom makes for more efficient lab work, but it also greatly enhances safety in the workspace. Workers need to keep track of a number of chemicals, many with expiration dates, and old chemicals need to be properly disposed of. Additionally, better organization helps ensure property inventory levels of various chemical materials. A good approach to handling the storeroom is to put one worker in charge of the storeroom, managing its contents and handling upkeep as needed.

2. Display safety signs as intended

A little signage can be very helpful for reminding workers of the dangers present in the workplace. Make sure all signage is properly displayed to maximize its efficacy in helping workers avoid accidents.

3. Demand proper attire

It’s not unheard of that some confident chemists will occasionally decline to wear certain safety gear, considering it more a nuisance than a form of protection. But that’s a risky move that’s bound to end up in failure at some point. From the lab’s perspective, a failure to wear safety gear creates extra risks that could be a liability to the facility. Outline proper attire requirements in various situations and strongly enforce the protocol for failing to follow lab rules.

4. Clean, clean, clean

According to the Occupational Safety & Health Administration, the third-leading cause of workplace injuries is slips and falls. The vast majority of these are preventable by making sure hazards and obstacles are kept out of the workspace at all times. Clean floors, countertops and other workspaces frequently to eliminate fluids and other hazards that can lead to accidents. The lab should also be stocked with good materials for quickly and easily cleaning up messes. Other lab-specific safety measures include keeping clutter off of countertops, keeping excess chemicals in proper storage, and handling waste products properly and quickly.

5. Offer proper training on equipment

Greater familiarity with various lab equipment will prevent devices from being misused. Teach lab workers how to identify faulty devices, further preventing accidents resulting from equipment errors.

With so many dangerous materials present, chemistry labs can be particularly prone to serious accidents. Every lab needs to invest time and resources into educating their workers and instituting safety measures. Don’t let safety awareness be a one-time thing: Keep workers mindful of safety concerns with random inspections and continued training workshops to reduce your lab’s risk of a preventable accident.

Thanks, Maree, for this invaluable information regarding safety when working with chemicals.  Texas America Safety Company has a whole range of personal protective equipment to ensure employees’ safety at work. Pat

 

General Safety Issues, Hand Protection, Head Protection, Weather Protection

SAFETY MEASURES WHILE CONSTRUCTING HOMES (GUEST POST)

Another great article sent by Grace Beckett. 

Most homeowners rely on the contractor to take responsibility for any mishap that may happen to a laborer.  But the fact is that the homeowners are equally responsible in case of any untoward circumstances that occur during construction. Mishaps can happen due to negligence on the part of the labour or faulty procedures. 

The homeowner will be asked to pay necessary compensation or he may have to confront legal authority in case of any accident caused to the labour due to his negligence. Even fatal incidents are possible, when safety measures are not adopted in construction sites. For smooth completion of the construction process, the homeowner and labour must adopt certain best practices, some of which are listed below: 

Safety tips for labours and homeowners  

When constructing a basement, place supporting planks in the portion that is excavated. The planks prevent the sides from collapsing into slushy, soft soil. Even in partially-built areas, you should provide protection at excavated areas by installing signboards. You could also make lighting arrangements to prevent passersby from falling into pits.

Before cement is laid, the homeowner should make sure that the contractor is not using old, decayed construction material. Ant-bitten planks, which cannot take up much load, can be the cause of construction mishaps. 

When old buildings are brought down, the contractor may not always incorporate safety measures during the dismantling operation. So, the owner should also prevent the labour from moving near the construction area. Barricades can be erected to keep away trespassers as well. 

The tank built for water storage should be shallow to avoid fatal incidents such as children falling into it. You could instead increase the breadth and length of the tank to store a greater volume of water. The tank should also be provided with steps. 

From the point of view of safety, the homeowner should use electrical wires encased in plastic pipes or sticks of bamboo. In some cases, the steel bars on roofs are bent and touch the power lines passing close to the construction area; this may lead to accidents which can happen when these current-carrying electric wires are touched. 

Common-sense tips for labours and homeowners 

Ban alcohol and drugs: Prohibit the use of drugs or alcohol on the construction site as they give room for injuries due to impaired judgment. As it is very important that you as well as the labour have a clear focus on the task at hand, never allow drugs or alcohol to cloud your thoughts. 

Avoid getting angry: Anger distracts you from your purpose and while you’re in a construction site, you are more likely to hurt yourself. Don’t lose your focus while monitoring tasks on the site. 

Use of protective gear: Protective gear includes everything from sunscreens to sturdy safety helmets. Wear a hat or jacket to get protection from heat and cold. Distribute protective goggles and gloves to labours and instruct them to use them when working with power tools. Make sure you as well as the labour wear strong soled shoes as a form of protection against injuries.
Using correct tools: Make sure that the right tool is used for the task. When a tool is used for a task for which it is not designed, it leads to injuries. 

Grace is associated with SHS Ltd, a UK based company that is a balustrade supplier and a steel designing and manufacturing firm.

 

 

 

 

 

Eye Protection, General Safety Issues, Hand Protection, Head Protection

Common Safety Hazards and How to Avoid Them (Guest Post)

Written by Jeanie Barcus

Work environments and public environments are often filled with a wide variety of dangerous hazards. In many cases, these hazards can cause an individual serious bodily harm. However, it’s often possible to avoid these hazards by following the right safety steps. The following guide provides simple tips and tricks on how to avoid public safety hazards.

When working at a job, it’s important to make sure your employees and peers are all aware of the Occupational Safety and Hazard Administration (OSHA) guidelines. OSHA is designed to protect workers from dangerous conditions that are a serious safety hazard.

It’s always important to be aware of your surroundings. If an individual is working around heavy machinery, it’s important to make sure that one pays attention to the location of moving equipment at all times. All it takes is a brief lapse of attention for a serious accident to take place.

In addition, it’s important to make sure that you have access to the proper safety equipment when working in dangerous environments. Employers are required to provide the right safety equipment to employees. This can include chemical-proof clothing, boots, safety helmets, gas masks and a variety of other accessories. 

For example, working in some environments can expose an individual to a variety of dangerous toxins. If an individual works in an industrial setting, he or she may be exposed to trace levels of dangerous toxins like mercury, lead, asbestos and uranium. In these situations, it’s important to make sure that one has the proper safety equipment to ensure a safe working environment.

In addition, it’s essential to make sure that an employee coordinates with his or her peers. Without coordination, it can be difficult to respond to a problem in the correct way. In some cases, responding to a dangerous system in the wrong way can expose other people to a potential hazard. To avoid these types of problems, it’s important to remain in communication with one’s peers at all times. 

Since it can be difficult to avoid all safety hazards in a work environment or other public area, it’s important to be prepared for the consequences of an accident. In some cases, an accident can cause a loss of income for an individual and his or her family. If this happens, it’s important to get legal assistance as soon as possible. By hiring a professional accident attorney, it may be possible for an individual to recoup some of the losses that resulted from an accident.

 

Fall Safety, General Safety Issues, Head Protection, Protective Clothing

Construction Safety and Compliance: Resources for Employeees and Employers (Guest Post)

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Submitted by Eliathah Boda of OSHAPros USA.

The construction industry is one of the most dangerous industries in the United States. The rate of fatalities among construction workers is three times higher than that for all workers in the U.S. – in 2009 it was 9.7 percent per 100,000 compared with 3.3 for all workers. For this reason, 60% of OSHA’s inspections are of construction sites. 

The four most dangerous hazards in construction work are: 

  • Fall Hazards
  • Caught-In or Caught-Between Hazards
  • Struck-By Hazards
  • Electrocution Hazards 

Besides inspections and enforcement of standards for the construction industry, particularly OSHA 29 CFR 1926, OSHA provides educational materials as well as training through authorized outreach trainers. On the OSHA website a number of helpful materials and resources are available that cover the most important construction safety topics. 

The Outreach Training Program addresses basic elements of safety in the workplace. The program was developed by OSHA, who then teaches trainers, who are then authorized to provide the training to workers in person or as videos offered online. The courses given through this program include two 10-hour courses for all workers, one on General Industry Safety and one on Construction Safety; two 30-hour courses offered that are geared mostly for supervisors and foremen, one that covers General Industry and one for Construction. You can see more information on the Outreach Training Program on the OSHA Website. Information on the Outreach Training Program is available on the OSHA website. 

Besides the courses offered through the Outreach Training Program, one of the most useful resources available for information on constructionsafety topics is the OSHA Construction eTool, an online training tool that is especially useful for workers in learning more about construction safety. The Construction eTool covers the most serious hazards in construction work, including electrical, falls, struck-by, and trenching, with thorough but easy to understand explanations of the hazards, applicable OSHA standards, and safety tips to avoid injuries from these hazards. It also explains how the standards apply to different workers. Additionally, there is information for employers on how to develop a safety and health program to help meet OSHA standards and prevent injuries. 

Another useful resource available on the OSHA website is a series of construction hazard prevention videos. These are available in both English and Spanish with closed captioning.These resources will provide you with a great deal of useful information and are an excellent supplement to the authorized OSHA training courses that are also available. 

OSHA Pros USA provides onsite OSHA training, online safety training courses, mock OSHA inspections, air & noise surveys, and litigation support across America. 

In addition, OSHA has a separate standard for every type of wide variety of safety products required for each particular job, according to the hazards.  You can find those standards on the OSHA website. pb

Eye Protection, General Safety Issues, Protective Clothing

LAW REQUIRING PPE PROVISIONS ISN’T ENFORCED BY EMPLOYERS (GUEST POST)

Personal Protective Equipment (PPE) is defined as personal and protective specifically against the hazard or hazards that have been identified. PPE must be compatible and work effectively with other equipment. Correct PPE equipment is required to ensure that employees are protected from injury or disease through their work and provides a last line of defence when other risk management strategies have failed in some way. 

PPE is legally the responsibility of employers within the UK. The law currently emphasizes that employers must provide their staff with free of charge PPE. However, a recent TUC article has highlighted that over one in five workers are being forced into providing or replacing PPE equipment that they needed for their work. This is relevant particularly across the electrician and construction industries. 

Notably out of these, the survey highlighted that 11.6% of workers were required to use safety equipment at work and yet it was not provided or paid for by their employer. An additional 8.9% were responsible for any damage or replacements for employer provided PPE. 

An example would be the need to invest in good quality Arc Flash Hood in a usable and working condition as is essential for many electricians; the expense of which should be footed entirely by employers as dictated by the law. 

Compounding the poor levels of PPE provision there are two further factors to consider: 

  • Employers, where they do offer PPE, often buy low quality PPE of a standard size in an attempt to maximise profit through minimising costs. Employees therefore find that they are limited to uncomfortable, incorrectly sized PPE which is not effective against hazards and therefore often buy their own equipment. 
  • Within the current market place many workers within the construction or electrical engineering sector are now termed as self-employed, or are working through an agency. This enables employers to shirk around the law regarding satisfactory PPE and increasingly opens the doors to the requirement of self-funding for PPE provision. 

Interestingly, the law also goes as far as to state that every employer should ensure that all PPE provided is fully maintained (including replaced or cleaned where appropriate). This means kept in good repair and in efficient working order. With this in mind it’s also perhaps surprising to learn that a staggering 60% of those with employer provided PPE that requires regular cleaning are held responsible for the task. Their employers made no investment or provision for cleaning of PPE equipment. 

Unfairly, it seems that it’s most often than not workers from lower paid roles that are held responsible for the costs, and disproportionately it is female employees that are required to provide their own attire. This means there are many newly qualified electricians having to spend money they can least afford gaining test and commission, cherry-picking other types of certificates as well as investing in or maintaining their  Electrical PPE in order to make themselves more employable. 

Naturally the electrical companies currently benefit a lot from the individuals’ efforts to land work and are happy with the current situation. Until the law is backed up through pressure on companies, including those in the construction industry, to employ on a PAYE basis things look set to remain problematic. There is already little enforcement of the existing law and as a result many are forced to pay from their own pocket or go without, which is unthinkable within the construction industry. The government’s future plans to reduce the number of workplace inspections are set to increase the chance of the situation getting worse for the little guy before there’s any improvement.

Sent to us by Pete Clydesdale, of Clydesdale.net.  Pete, thanks so much for pointing out that many contractors do not furnish the correct ppe for the employees, or none at all.  In the U.S., OSHA has very much the same regulations, and through inspections they have penalized many companies for these violations.  It is lawful that every person have the right to safe working places and the correct protection. 

For quality safety products from glasses to gloves, and inbetween, check out Texas America Safety Company.

 

General Safety Issues

EASY WAYS TO DEAL WITH OCCUPATIONAL HAZARDS (GUEST POST)

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 All workplaces should be safe and not hazardous to the worker’s health and safety but unfortunately that is not always the case. Employers and employees have the responsibility to make sure the workplace is a safe environment and the hazards should be controlled immediately.

As a business owner, the responsibility lies on your shoulders and you should conduct “risk assessment” to evaluate and prioritize the hazards. The best way to deal with occupational hazards is to deal with them before they become occupational accidents.  Here are some things you can do to assess the risks:

  • Observe the workplace and identify potential hazards. Most of them are regulated by federal and state laws, but  safthere are some that might have slipped through.
  •  Have a safety plan, specific to the physical space of the business. Where are the exits, where is the ventilation, what   are the procedures for shut-offs?
  •  Have those safety measures clearly posted where workers can see them.
  •  Stress the importance of health and safety in the workplace.
  •  Have an open door policy in regards to health and safety issues.
  •  Survey your employees or co-workers about their health and safety concerns.
  •   Examine the sickness figures. Is a pattern emerging?

After you’ve identifies the safety issues, there are five ways to deal with occupational hazards:

  • Eliminate the hazard by removing it completely. This is by far the most effective method of control but it is not always applicable. If the work process is still in its development stages it is easier to correct.
  • Substitution – Replacing one process with another to eliminate the risk. Changing chemicals to less harmful ones, replacing machines, adding air-condition units etc. Substitution also means changing work processes and equipment to do the job in a less harmful manner.
  •  Engineering control –Solving the problem in an engineering way like adding protective enclosures to the machine to prevent contact with dangerous moving parts. Controlling the dust by keeping a clean work environment and preventing it from spreading in the air is another form of engineering control.  Adding safety measures as automatic shut offs, interlocking guards or operating the machine by remote control are also good examples.
  • Administrative control – Limiting access to a certain area for only a handful of employees or limiting the number of hours workers can be in that place. Changing work schedules to allow more rest or shorter shifts.
  • Personal Ssfety equipment – providing your workers with protective gear to protect their eyes, ears and respiration.  Adding protective clothing or footwear also falls into this category.

Some methods are more efficient than others, but it is a fact that a combination of the methods works the best. Employees are entitled to have a safe and healthy work environment that enables him/her to perform his/her work without risking their health or their lives.

About the Author:

Patrick Del Rosario is part of the team behind Open Colleges.   When not working, Patrick enjoys blogging about career and business. Patrick is also a photography enthusiast and is currently running a photography studio in the Philippines.

Eye Protection, Fall Safety, General Safety Issues, Hand Protection, Head Protection

A GUIDE TO SAFETY EQUIPMENT FOR RENOVATION AND CONSTRUCTION (Guest Post)

According to the Occupational Safety and Health Administration (OSHA) under the United States Department of Labor, there were 4,690 workplace fatalities in 2010 alone out of which 774 were in construction. These deaths were mostly related to safety hazards that could have been potentially avoided. The number one cause of death was falling, followed by electrocution, then being struck by an object, and lastly getting caught in or between things. These four major causes were addressed by OSHA and guidelines were provided to ensure safety among construction and renovation workers.

The proper use of safety equipment can also prevent injuries and fatalities at construction sites. Although required by law in many states, a large number of workers tend to ignore the importance of safety equipment. The following steps are guide to using safety equipment for renovation and construction work.

Avoiding Falls With Proper Fall Protection Equipment

Personal fall protection equipment is a necessity at any construction site. Whether the renovation or construction requires climbing high buildings or remodelling a small home, safety equipment is absolutely essential. Falling is the number one cause of death at construction sites, making protection against it highly important. Some of the main reasons for falling include floor openings, unprotected walls and side holes, wrong scaffold construction, protruding steel and iron bars, and portable ladder misuse.

OSHA requires that any openings six feet or more should be protected with a guardrail or safety net system. Moreover, all construction sites should be inspected prior to work for any hidden openings or holes that can pose a danger to workers. These “fall prevention systems” are known to be a better option than “fall protection systems.” Fall protection systems consist of safety equipment like safety belts, full body harnesses, lanyards, lifelines, rope grabs, shock absorbers, carabiners, and anchors. All fall protection systems must be checked for size, manufacturer’s identification, usage, date of manufacture, and model number.

Safety Equipment to Avoid Electrocutions

Electrocution is the second main cause of deaths among construction workers. Some of the serious forms of danger that workers are exposed to when working around electrical materials include thermal burns, arc flashes, electric shocks, and blasts. There are two protection systems that need to be in place when working with electricity: Insulating Protective Equipment (IPE) and Personal Protective Equipment (PPE).

1. Insulating Protective Equipment (IPE)
According to OSHA the following insulation protection should be included when dealing with electricity: 

  • Insulation should be provided for “(rubber) line hose, blankets, and hoods”
  • Insulation for “barriers made of fiberglass or phenolic resin”
  • “Live-line tools, such as hotsticks, switchsticks, and shotgun sticks”
  • “Plastic or fiberglass hardcover items that can be installed with live-line tools”

2. Personal Protective Equipment (PPE)
Workers are required to use Personal Protective Equipment and workwear to protect against electrical hazards. The US Department of Labor suggests that all workers should be provided with training on how to properly use PPE. Security and hazard assessment should also be performed prior to any electrical work to judge the amount and level of PPE needed. Here are some of the PPE frequently used when working with electrical equipment:

  • Eye and face protection, such as safety glasses and face shields
  • Rubber gloves with insulation and leather protection
  • Industrial Hard hats
  • Safety shoes
  • Insulating sleeves
  • Chemical protection gloves
  • Flare resistant clothing

 Similarly, “struck-by” and other construction related fatalities can be avoided if proper measures and safety plans are put in place. OSHA requires that these measures are also taken care of when using construction vehicles. All vehicles must be fully inspected to guarantee functioning lights, brakes, mirrors, and other areas operating safely. To prevent hazards from falling objects, always make sure to wear a hard hat, goggles, and other protective gear. Load-carrying vehicles should be checked for safety prior to usage and all tools should be secured in place to avoid falling on people.

Almost all injuries and deaths can be avoided if workers are provided with proper guidelines on how to operate under different conditions with the necessary safety equipment. While some workers often tend to neglect these safety measures assuming that they are mere hindrances to their workflow, these measures are put in place for a reason — the safety and security of themselves and those around them. 

Below are listed some useful resources for those people that want to find out and read more about this topic:

Resources
http://www.osha.gov/oshstats/commonstats.html
http://www.osha.gov/SLTC/etools/construction/index.html
http://www.worksafebc.com/publications/health_and_safety/by_topic/assets/pdf/fall_protection.pdf

 

Our thanks to Lucy James for this very helpful article! pb

General Safety Issues

FACILITIES INSPECTIONS

IT’S TIME TO CONDUCT YOUR FACILITY INSPECTION –

INSIDE AND OUT!

 How often do your safety and compliance officers conduct inspections of your workplace?  OSHA is responsible for regular workplace health and safety concerns to ensure businesses are in compliance with their standards, which includes physical surveys and evaluating that the business meets criteria to be certified.  It is up to the safety officials of the company to ensure that the company continues to meet the standards set up by OSHA, by providing a safe atmosphere for its workers.  Facilities that have been inspected and certified are on OSHA’s records.  This includes construction and industrial sites. 

OSHA strongly intends to conduct on-site inspections for facilities that have a high rate of incidents, injuries and illnesses shown by recorded data.  Types of these establishments are nursing facilities, personal care facilities and manufacturing plants.  Construction is considered a high-risk choice of work, as well.  Inspections and investigations are done by OSHA compliance health and safety officers, who are professionally trained in the disciplines of safety and industrial hygiene.   (You may go to our parent company’s home page, Texas America Safety Company, www.tasco-safety.com, to read safety news reports of those companies who were guilty of various non-compliance issues, resulting in death and injury to workers.)

Inspections are always conducted without advance notice.  There are, however, special circumstances under which OSHA may give notice to the employer, but such a notice will normally be less than 24 hours. These circumstances include the following:

  •  Imminent danger situations that require correction as soon as possible;
  •  Accident investigations where the employer has notified the agency of a fatality or   catastrophe;
  •  Inspections that must take place after regular business hours or that require special preparation;
  •  Cases where notice is required to ensure that the employer and employee representative or other personnel will be present;
  •  Cases where an inspection must be delayed for more than 5 working days when there is good cause; and
  •  Situations in which the OSHA Area Director determines that advance notice would produce a more thorough or effective inspection. 

Employers who receive advance notice of an inspection must inform their employees’ representative or arrange for OSHA to do so.  If an employer refuses to admit an OSHA compliance officer or if an employer attempts to interfere with the inspection, the Act permits appropriate legal action, such as obtaining a warrant to inspect. 

How does a compliance officer prepare for the inspection?

A compliance officer represents the agency and is expected to demonstrate his or her knowledge and expertise in the safety and health field in a courteous and professional manner. Before the inspection, the compliance officer will become familiar with as many relevant facts as possible about the workplace, such as its inspection history, the nature of the business, and the particular standards that might apply. This preparation provides the compliance officer with a knowledge of the potential hazards and industrial processes that he or she may encounter and aids in selecting appropriatePPE safety supplies for use against these hazards during the inspection. 

The above information is from OSHA, so it might be a good time to get out that inspection checklist and make sure your workplace is in compliance. Hopes are you won’t find anything too dangerous, but it would be an excellent way to avoid a serious injury, lost time, and lost productivity, as well as legal repercussions.  Plus, the employees on the front line will probably sleep a little better at night, knowing you check safety issues out on a regular basis.

Eye Protection, General Safety Issues, Hand Protection, Protective Clothing, Respiratory Safety

PROTECT YOURSELF WITH SAFETY EQUIPMENT FOR ASBESTOS REMOVAL (Guest Post)

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Posing a serious health hazard, asbestos removal is a necessary process to ensure that the inhabitants of the home are safe from health complications. Asbestos is not just toxic; it is also a silent killer. Asbestos fibres are very light and often too small to be noticed by the naked eye. They can even float in the atmosphere for months and inhaled by unassuming victims. This makes it even more important to let professionals take care of asbestos removal in your home.  Before starting with the removal, there are many safety measures that should be attended to. Here are the essentials of safety equipment that are a must when removing asbestos.      

Respirators 

They are used to purify the air when working around asbestos. Covering mainly the nose and mouth, respirators filter out the asbestos and allow you to work safely around it. It is important that the respirators fit your head perfectly as even small air gaps can cause asbestos poisoning. Ensure that you are clean shaven to allow the mask to seal your head properly. 

At all costs, avoid using paper dust masks as they cannot filter the small asbestos fibres, causing unnecessary harm to your health. Check with your doctor if you can wear respirators. 

PPE (personal protective equipment) 

Ensure that all persons working inside the containment area wear safety equipment. Apart from protecting your lungs, it is also important to cover your face and body from asbestos. Prolonged exposure to asbestos has known to cause innumerable complications in the health of workers. 

PPE includes safety goggles to protect your eyes, disposable coveralls and gloves to protect your body from debris, and rubber boots to shield your feet from sharp objects. For optimum comfort and protection, opt for laceless rubber boots and ensure that they are thoroughly cleaned after each project. 

Large plastic sheets 

It is a good idea to line the containment area with large plastic sheets. For best results, choose 2 or 3 mil sheeting for the walls and 6 mil sheeting for the floor. Purchase at least one and half times the required amount to ensure that you cover surfaces comfortably. Use good duct tape to seal the corners and joints of the sheeting. 

Tank sprayers 

When removing asbestos, it is essential to keep it wet. Dry asbestos can come loose and risk affecting the workers and neighbours. Tank sprayers help asbestos stick to the wall during the removal. 

Large disposal bags 

The disposal of asbestos is as important as proper removal. All materials exposed to asbestos during the removal process should be safely disposed to prevent contaminating the home and the neighbourhood. Choose 6 mil disposal bags specially designed for asbestos and ensure that the bags are about 33″x50″ in size. It is a good idea to purchase about 4-5 bags for each 100 sqft of ceiling material. 

 Penny is an expert associated with Intersafety, a leading distributor of protective gear and safety equipment. If you are looking to protect your hands in the workplace, visit www.intersafety.co.uk and check out their collection of work gloves and more.