In this article, we’re going to return to and continue our look at occupational health and safety management systems. An occupational health and safety management system is often known as an OHSMS, and this is now the fifth article in the series. (We’ve listed and linked all the articles in the series at the bottom of this article.)
If you’ve been reading the earlier articles in this series, welcome back. If you’re new to the series, we’re happy to have you. This particular article will be about implementing and operating an occupational health and safety management system, or OHSMS.
As we’ve mentioned in the previous articles, the entire series of articles is based on information from ANSI Z10, Occupational Health and Safety Management Systems. We really recommend that you buy a copy of the Z10 standard for yourself. It’s only $105, and there’s a ton of useful information in it, including a large collection of helpful appendices at the end. Actually, the appendices at the end are worth the cost of the standard alone. And when does it hurt to get expert guidance and helpful resources from the experts at ANSI and ASSE?
So, with all those introductions and prefaces, let’s look at implementing and operating an OHSMS.
To implement and operate an OHSMS program, you’ll need to put a set of operational elements in place. As Z10 puts it, these operational elements:
“provide the backbone of an OHSMS and the means to pursue the objects from the planning process.”
Source: ANSI Z10, Section 5.0
This article will focus those operational elements and three other things. In total, here’s what we’ll look at:
With the four items above in mind, let’s walk you through the process.
The operational elements of an OHSMS include:
Let’s look at each in more detail.
Risk assessment involves identifying hazards and classifying them by the level of risk. This is generally done by ranking hazards by both the (1) chances that they’ll cause an incident and (b) the severity of that incident in a matrix.
There are many methods of risk assessment. Z10 suggests using methods that are most appropriate to the hazards and processes at your workplace.
Appendix F of Z10 provides a lot of helpful information about risk assessment, and describes four different techniques:
Here’s a sample risk assessment matrix to give you the idea.
You might also find our article on Risk Management and Safety helpful here. That’s where that risk assessment matrix sample above came from.
Another operational element of an OHSMS is the use of the hierarchy of controls.
When using the hierarchy of controls, you begin with an identified hazard. Here are some examples of types of hazards in the workplace:
|Type of Hazard||Description||Example|
|Safety Hazards||Common hazards that cause immediate injuries and illnesses, and may lead to death||Slip, trip, and fall hazards; working from heights; electrical hazards; moving machines; mobile equipment|
|Biological Hazards||Other life forms that can cause injury or illnesses||Viruses, bacteria, mold, fungi, animal bites/stings, toxic plants, blood and other bodily fluids|
|Chemical and other Exposure Hazards||Things that can cause harm to you when you are exposed||Radiation, temperature (high or low), noise, chemicals|
|Ergonomic Hazards||Strains and stresses on the body caused by workplace motions and body positions||Poorly designed work areas, repeated motions, lifting heavy weights|
|Psychological or Societal Hazards||Hazards caused by interacting with people and social conditions at the workplace||Workplace violence, sexual harassment, stress, depression, alcohol and drug addiction|
With a hazard now identified, you then try to find a way to “control” the hazard. To “control” the hazards means to find a way to eliminate it or reduce it. And when you’re looking for ways to eliminate or reduce the hazard, you look at specific types of controls in a specific order. That order is:
Here’s a little closer look at that, with examples.
|Elimination||Remove a hazard from the workplace||Changing a production process so your organization no longer uses a substance known to cause cancer|
|Substitution||Replace a hazard with something less hazardous||Changing a formula so that instead of working with a highly explosive fluid, workers work with a fluid that’s less explosive|
|Engineering Control(s)||Design a solution that controls the hazard at its source (requires a physical change at the workplace)||Encasing a noisy machine inside a sound-proof barrier|
|Safe Work Practice(s)/Warnings||Develop specific rules and procedures for all workers to follow when working in the presence of or potentially exposed to a hazard||Placing warning labels on hazardous chemicals|
|Administrative Control(s)||Developing other work practices to protect workers from hazards||Limiting the amount of time workers can work in a noisy area|
|Personal Protective Equipment (PPE)||Protective clothing or equipment that protects a worker from a hazard||Providing hearing protection to people who work in a noisy area|
The idea of the hierarchy is to prioritize some types of controls over other types. The idea is to try controls at the top of the hierarchy, such as elimination, first. That’s because they’re more effective. And then if they don’t work or are not practical, to try controls lower in the hierarchy later.
In addition to what we’ve said above, keep the following two points about the hierarchy of controls in mind as well.
In some cases, you’ll need to use multiple controls to effectively control a hazard. This may include controls from different levels of the hierarchy.
You should always use personal protective equipment as a last resort. Don’t default to PPE as a first option. Try the other controls higher in the hierarchy first.
For more information, see our separate, more focused article on the hierarchy of controls.
Hazards can often by prevented or controlled during design and redesign stages. This may include changes that involve a management of change process.
As Z10 notes (in E5.1.3), the design review should consider all aspects, including:
As for management of change, Z10 notes in E5.1.3 this may take place as a result of changes in:
Either way, whether we’re talking about design, redesign, or management of change, Z10 says the process should include:
Relying on the additional notes in Z10, let’s look at three of those items more closely.
Machines, equipment, facilities, processes, and work areas should be designed to take human factors into account.
In this context, “human factors” means the capabilities and characteristics of humans-or, in other words, what humans can and can’t do, as well as what people tend to do and tend not to do. Most importantly, you can probably boil this down to “people make mistakes.”
According to Z10’s E5.1.3B, some design deficiencies that may contribute to human error include:
Design reviews and management of change processes should kick in when changes that may affect safety and health occur.
According to Z10’s E5.1.3E, here are examples of conditions that should trigger either a design review or a management of change process:
As in all parts of a solid safety culture, employee participation in important in design review and management of change.
In particular, the processes of design review and management of change are more effective if they include employees who know a lot about, and are experienced with, the facilities, equipment, systems, and processes.
Getting input from knowledgeable and experienced employees is especially helpful in identifying job tasks, including hazards, and considering the feasibility of control measures.
Always take all applicable life cycle phases into consideration during design, redesign, and management of change processes.
As noted in Z10’s E220.127.116.11, the life cycle phases may include:
Remember that instead of buying equipment or installing after-market/add-on controls, it may be better and safer to just buy new equipment.
Businesses and organizations change and make changes over time. That’s a given.
And those changes can introduce new safety and health hazards.
As a result, an organization should always have processes in place to verify, or confirm, that all changes are evaluated to make sure any safety and health risks that those changes create are controlled. This includes changes to facilities, documentation, personnel, and operations.
As Z10’s E18.104.22.168 explains, these processes are sometimes known as management of change, and include new additions but also changes in existing operations, products, or services.
Furthermore, Z10 notes that management of change processes should take the following into consideration:
An organization should ensure that procurement takes into consideration:
This should all be documented. Fortunately, Z10 provides help for this in section 5.4 (we’ll get back to that).
Let’s look at each of the three essential considerations in a little more detail.
When purchasing products, raw materials, and/or other goods and services, health risks should be identified and evaluated before they’re introduced into the work area.
The organization should establish requirements for supplies, equipment, raw materials, and other goods and services that are purchased in order to control potential health and safety risks.
The organization must ensure that products, raw materials, and other goods/services purchased are in line with the organization’s health and safety requirements and/or regulatory safety and health requirements.
Many organizations work with contractors. These contract workers may be involved in:
When working with contractors, the organization must establish and follow a process to identify, evaluate, and control health and safety risks:
This process may involve delegating authoring to the parties who are most capable and best qualified to identify, evaluate, and control health and safety risks. For example, organizations may delegate this responsibility to contractors with specialized knowledge, skills, methods, and means. Even still, this does not mean the organization that’s delegating authority is not still responsible for the health and safety of its own employees.
Click the following link to read more about best practices for contractor management.
One aspect of contractor management is the development, delivery, and record keeping for contractor site-specific safety orientations. Click here to read more about contractor safety orientations and/or click here to download a FREE GUIDE TO ONLINE CONTRACTOR ORIENTATIONS.
The final operational element we’ll consider in this section is emergency preparedness.
Because an ounce of prevention is always better than a pound of cure, the organization should establish a process for identifying, preventing, preparing for, and (when necessary) responding to emergencies, both natural and man-made. This includes:
This should all be documented. Z10 addresses this more in Section E4, which we deal with below.
According to Z10’s E5.1.6, emergency preparedness should provide for:
Here’s an example of the kind of emergency preparedness training you might want to deliver to employees.
We’re now done looking at operational elements, the first (and largest) of the four aspects involved in implementing and operating an OHSMS.
We’ll now turn our attention to training.
As Z10 notes in E5.2A:
“Employee awareness of safety is essential for the OHSMS to be effectively implemented. This includes the why, what, when, and how of safety. Employees at all levels of an organization should be aware of the risks and control measures associated with their job so they are not injured, are better prepared, and are educated to fully implement the OHSMS requirements. This awareness should include why safety is important.”
Because employee awareness of safety is a necessary foundation of an effective OHSMS, the organization should establish a process to do the following:
Let’s take a closer look at some of the items above.
As Z10 notes in E5.2A, this kind of training might include:
The training of employees and others working for the organization about OHSMS issues and responsibilities can occur during their basic job training.
It’s important for the organization to periodically evaluate this training to make sure it’s effective and improve the training if it’s not.
See the final sections of our FREE Guide to Effective EHS Training for more information about evaluation and continual improvement of training.
Z10’s E5.2C lists the following examples of barriers to participation:
To help with a few those issues, we’ve got a few suggestions for you.
Many times, these can be overcome by using a learning management system to assign and deliver training online. Click to read more about learning management systems (LMSs), how they can be used for safety training, and some benefits of using them.
If you’re not familiar with LMSs are, the video below may help.
Many organizations employee workers with literacy issues. It’s difficult for these workers to complete written training materials, as you’d understand.
One way to address this issue is to not rely on written training materials. This includes PowerPoint presentations with lots of text used during instructor-led training. In addition, make sure training has a strong hands-on component.
Beyond those tips, training materials like the online courses below can help to bridge that gap for workers with literacy issues because they rely so heavily on visuals and audio narration to communicate.
Click here to view more of the titles in our Health and Safety Online Training Library.
Organizations also sometimes struggle to train workers who speak different languages.
Translators are one way to address this.
Another nice solution is to have an eLearning course like the one below. When the employee opens this course, the first thing he/she sees is a screen asking what language the training should be presented in. In t