When launching a business, you want to make sure your customers know you take their safety and security seriously. Especially after the past few year's Pulse Nightclub shooting, London Bridge violence and San Bernadino workplace bloodshed, the increase of violence has people on edge. When walking onto my daughter's school campus, I now take note of signs
indicating I need to sign in at the office, and I sleep more soundly knowing safety procedures are in place. Just last weekend, my family and I visited the US National Whitewater Center, and our visit was smooth, should I even dare to say - it flowed well (pun intended) because of the signage. We knew where to go, that weapons of any kind were not allowed (and they checked bags too), but unlike our recent theatre experience, cameras and cell phones were permitted, even encouraged if they were waterproof!
Safety and security
are of the utmost importance at construction sites and workplace facilities. It’s vitally important to be avoid accidental injuries and fatalities, as well as to be in compliance with OSHA regulations. For these reasons, it’s critical to have the most reliable, durable and re-usable lockout devices
to protect electrical boxes, cabinets, and machinery, and prevent dangerous unintentional equipment start-up. Here is an overview of lockout equipment that you can utilize to make your job site or facility safe and secure.
A high-quality lockout hasp is both safe and versatile, allowing you to use one or several padlocks to secure all types of machines, electrical panels, breaker boxes, and other electrical sources. The hasp should exceed OSHA requirements, should not open until every padlock is removed, and must be rugged enough to withstand corrosive and harsh industrial environments. For example, the Danger - Do Not Operate Hasp
has a scissor-style closure and is made from high-strength aluminum, while the danger tag alerts workers to a hazardous situation.
Imagine this scenario: A worker is badly injured on your job site. Not only is this a tragic event for the worker and his or her family, it’s also a huge risk for a lawsuit that could have debilitating fiscal ramifications for your company.
Fortunately, correctly designed signage can go a long way toward preventing injury and even death in the workplace. But how can you know that the signs you are posting are compliant with the standards set by Occupational Safety & Health Administration (OSHA) and the American National Standards Institute (ANSI)? Here’s how to be sure that the safety signage you are posting is doing its utmost to help prevent injury or death:
Workplace, industrial, transportation, commercial, and public-space security is increasingly important in our complex world. Highly mobile societies and international commerce move quickly and depend on security standards and communication that enable public safety, sound commercial relations, efficiency, and reliability. Properly and clearly communicating about workplace and public-space security rules, standards, permissions, requirements, etc. is a subject for regulatory agencies worldwide. It’s also – for better or worse – a subject of intense lawyer-class scrutiny.
Going out to a nightclub is supposed to be an occasion of joyful celebration, full of the promise of meeting new people, dancing, laughing and blowing off some steam with friends. However, in the aftermath of the shooting at the Pulse Nightclub in Orlando, Florida, what began as a night of fun ended in tragedy.
Sadly, the last century has seen some of the deadliest nightclub and assembly fires known to man. Many were the result of attendees getting trapped inside of buildings where they were gathered to hear music and socialize during the prohibition and post prohibition era. The deadliest of these disasters was the fire at Boston’s Cocoanut Grove Theater —the second worst single building fire in American history (second only to the Iroquois Theatre fire). The space was over its authorized capacity by 32 people, and they all lost their lives to the deadly blaze. The enormity of the event was so shocking that it briefly replaced the news of World War II in papers, and it led to a reform of safety standards and codes across the country.
Safety signs may be considered one of the most basic and fundamental forms of safety equipment. For over 100 years, safety signs have been encouraged or required in specific parts of the workplace, spelled out in the primary language(s) of the workers. They save thousands of lives every year and continue to play an important role in preventing injuries in the workplace.
In 1941, standards for safety signs were introduced by the American Standards Association (later to become ANSI). These standards introduced formats for DANGER, CAUTION, NOTICE, and EXIT signs, to name a few. While many aspects of those early standards still hold today, globalization now has more of an effect. In 2007, ANSI published guidelines that coordinated with ISO label formats, ushering in a new era of global best practices in safety signs for the workplace.
Workplace, industrial, transportation, and commercial safety is a big deal these days. The wheels of international commerce are greased with safety standards that enable efficiency, reliability, and sound commercial relations. Properly marking equipment, chemicals and hazardous materials is a subject closely regulated by the U.S. Occupational Safety and Health Administration (OSHA), conventions like the Globally Harmonized System of Classification and Labeling of Chemicals (GHS), and other regulatory agencies across the globe—not to mention being the subject of intense scrutiny by the lawyer class.
Harmonized System of Classification and Labeling of Chemicals (GHS) were
designed to standardize the critically important method of shipping hazardous
toxins throughout the world. Many countries have had their own regulatory
system for classifying and labeling. However, what one country may classify a
chemical as “somewhat toxic” another country may classify the same chemical as
“very toxic.” And a third country may classify that very same chemical as “benign.”
Chemicals involved in shipping include Physical Hazards – chemicals with
explosive properties, flammables, oxidizers, corrosives and gases. Other types
in include chemicals that are considered Health Hazards. They include chemicals
that cause burns, effect breathing or those that lead to organ damage and
cancer. And there are chemicals that can affect the environment. With each
country developing their own classifications for these types of chemicals, it
is easy to see how it is dangerous and virtually impossible it is for each
country to be sure of how each chemical being imported to their country
actually fits into their own standards. With this new Global system, each
country that signs off to the program will have the same classifications for
each and every chemical they import and export.
Documents must be protected if they are to maintain their integrity for any
length of time. It could be a Driver’s License, an identification badge, a
birth certificate, an award, a legal document, a photo, a menu or piece of art.
In order to protect it properly and be assured that it will last indefinitely,
it should be laminated. Once a document is laminated, there is no worry that an
inadvertent spill of water or other liquid will ruin the document. A child’s
crayon will not be able to leave a mark. The document will not be accidently
folded. Photos of loved ones will remain as good as new as you review them over
many years. Menus in your restaurant can be used over and over and over again.
Legal documents will not tear or wrinkle. Identification cards remain legible
and valid in your wallet.
Since 2008 there have been 107 Heat-Related Deaths in the
continental United States. Each year there are thousands of heat-related
illnesses. That is why OSHA has developed a Nationwide Heat Illness Campaign
designed to raise awareness to both employers and employees about the dangers
of working in heat and hot weather. Those most affected by the heat include but
are in no way limited to the in the construction trade, utilities, agriculture
and oil and gas exploration. New employees, temporary employees and those
returning to work after a period of time off are especially vulnerable to the
heat as it takes some time to build up a tolerance to it.
When excessive continuous pressure is placed on the medium
nerve, the nerve that allows feeling to parts of the hand, the condition known
as Carpal Tunnel Syndrome develops. The primary symptom of Carpal Tunnel
Syndrome (CTS) is numbness of the thumb, index finger and ring finger. When one bends a wrist forward for any length
of time and feels pain it is a sure sign that CPS is present. The Occupational Safety
and Health Administration (OSHA) have identified work related repetitive tasks,
force, posture and vibration as major causes of CTS. A recent study showed that
there is in many instances, a greater risk for CTS to affect worker production,
than basic physical factors such as obesity. It should be noted that similar
injuries caused by falls, slips, motor vehicle accidents or other similar accidents
are not recognized as work-related causes of CTS by OSHA.
On average there are over 200 deaths and over 5,000 injuries
caused by fires, electrical and chemical burns, radiation, scalding water and
explosions in the workplace every year. Fires can be caused by accidents at
industrial food preparation ovens, overheated and shorted out wiring, from
welding mishaps, spills and leaks of sulfuric acid, hydrofluoric acid, strong
bases such as sodium hydroxide and ammonia and burns from scalding hot water.
Employers should have trained personnel on site at all times
who know how to identify and treat both minor burns and serious burns. The epidermis is the outer layer of the skin.
The dermis is the inner layer of the skin. First degree burns affect only the
epidermis. Symptoms involve a very red and painful burn. Second degree burns
involve the entire epidermis and upper layer of the dermis. Blisters are
usually present, the wound is pink, wet in appearance and very painful. A Third
degree burn involves all layers of skin being destroyed and the fatty tissue
known as the subcutaneous tissue, under the skin. In a fourth degree burns all
layers of skin and muscle and bone are affected.
Government regulations and in-house safety rules have really
concentrated on the prevention of physical harm to employees. We generally think
of injuries in the workplace as falling into
the categories of slips and falls, injuries to eyes and inhalation of dust and
chemical vapors to name a few. However, actually it is noise-related hearing
loss that is listed as one of the most prevalent occupational concerns for many
years. It has been reported than in the past 10 years, nearly 125,000 workers
have suffered permanent hearing loss.
The Occupational Health Admiration (OSHA) states that
First-Aid is any one-time treatment along with a follow-up treatment dealing
with minor scratches, cuts, burns, splinters and other minor industrial injury
that may occur during the average work day. According to CFR 1910.151 “The
employer shall ensure the ready availability of medical personnel for advice
and consultation on matters of plant health.” Generally first-aid treatments
are simple and require little technology.
However, assuming there is no infirmary on site, there must be at least
one person, preferably more, who are trained to provide first aid. A workplace
must also provide facilities and equipment for treating the eyes and body
should an employee be injured by coming into contact with corrosive material. Along with these basic first-aid
requirements, a number of OSHA standards require training in cardiopulmonary
It takes just a
very small amount of inhalation of crystalline silica particles to cause
serious problems to plant workers. Initial symptoms include but are not limited
to shortness of breath, weakness and weight loss. Many cases of Silicosis can be shown to eventually
lead to lung cancer, pulmonary and kidney disease. Crystalline silica is found in virtually every
type of industrial environments. The largest areas of exposures are caused by the
everyday factory operations such as abrasive blasting, cement and brick
manufacturing, asphalt pavement manufacturing, china and ceramic manufacturing
and the tool and die industries. In addition, the manufacturing of adhesives,
paints, soaps and glass are made with crystalline silica.