Industrial safety management is how you create and maintain a work environment that is both safe and efficient. You use it to minimize risk, keeping both the assets and people in the facility from harm. Without good, consistent safety management, you quickly find yourself struggling with accidents that shut down production and expose your organization to costly reputational damage, regulatory penalties, and both civil litigation and criminal prosecution.
If you want to learn more, please visit our website.
What is industrial safety management?
Industrial safety management helps you maintain the safety of everyone and everything at your facility. Safety management helps you avoid unscheduled downtime and legal liabilities, both of which cost you time and money.
The Occupational Safety and Health Association (OSHA) is the main regulatory body that maintains and enforces the standard procedures and requirements for ensuring industrial safety in the United States. Generally, if there is a question about safety, OSHA is part of the answer.
What are the benefits of industrial safety management?
No matter your industry, the objective of all industrial safety management is to keep your work environment accident free.
And being safe pays in more ways than one.
First, you avoid the costs connected to onsite accidents, including insurance, litigation, prosecution, and damage to the organizations reputation.
Second, safety helps you avoid unscheduled downtime. Remember, as soon as theres an accident, everything stops. In a production setting, it can be your entire line. In a warehouse, it can be the whole loading dock. An accident with one asset can mean all similar assets now need to come offline to be checked or upgraded.
Third, the right safety program can promote better overall performance. When people in your facility can see that the organization running it cares about them, it boosts morale. People want to feel their company cares about them, and everything from having properly displayed signage to a fully stocked supply closet of personal protective equipment (PPE) shows that the company cares.
What are the costs of industrial accidents?
According to the National Safety Council, the total cost of work injuries in was $167.0 billion.
Inside that massive total are:
Wage and productivity losses: $47.4 billion
Medical expenses: $36.6 billion
Damage to motor vehicles in work-related injuries: $5.4 billion
Losses related to fires: $6.3 billion
Administrative expenses: $57.5 billion
The administrative costs of accidents include the value of time lost by workers who were not injured but were directly or indirectly involved in the accident, and the cost of time to investigate accidents and write the related reports.
What are some examples of industrial safety equipment?
Type of industrial safety equipment varies by industry. But there is often a lot of overlap. For example, most industries use PPE.
Safety glasses: Protect the eyes when welding or using specific tools. Because dust and debris can cause injuries, make sure they fit and protect the eyes from the sides.
Hearing protection: Using muffs or earplugs prevents hearing damage or loss when exposed to loud noises.
Safety gloves: Critical when working with chemicals, sharp objects, or extremely hot or cold temperatures.
Face shields: Help employees avoid flying debris while using equipment.
Safety shoes: Especially close-toed, non-slip shoes made from a thick material, help prevent slips, trips, falls, burns, and lacerations.
In many industries, including for example oil and gas, many injuries are from falling objects. Safety helmets protect workers from falling tools and equipment. Because head injuries are so often life changing or even fatal, people onsite need to wear head protection even when just quickly passing through certain high-risk areas.
These are just some common examples, and each industry likely has a subset of industry-specific gear and associated best practices. For example, the PPE at a nuclear reactor is different from the PPE at a car manufacturing plant.
What are types of industrial safety management?
What industrial safety management looks like varies by industry, but all of it is there to help you keep assets and resources as safe as possible. Common types of industrial safety management include:
Occupational and workplace
Fire suppression
Material
Electrical
Environment
Construction
Although there are different categories, most facilities require programs that include a combination of approaches.
Occupational and workplace safety
Here, you should identify existing risks and outline ways to implement changes, processes, and policies to mitigate them as much as possible.
No matter the industry, workplace safety should always include PPE specific to the task. On top of wearing the right gear, people need to use equipment, tools, materials, and machines in the right ways to avoid both injury and damage to the asset. When equipment is not working properly, it is much more likely to cause an injury. Think of the brakes on your car. If theyre not in good working order, your car is not going to stop right when you need it.
A lot of this sort of safety management, though, are just large collections of small things.
Keep work areas clean, and use non-slip surfaces to avoid slips, trips, and falls. Ensure everyone knows the small but critical ways they can work safely, including lifting with their legs, not their backs, and taking scheduled breaks to avoid making mistakes while tired.
Fire suppression
You must have a fire plan in place for the entire facility, outlining a method for monitoring and reviewing all required standards. Your fire safety plans should include key personnel, assignments, and evacuation routes.
And its not enough to have it. You also need to maintain it by ensuring everyone knows how to recognize the hazards and what to do if theres a fire. Conduct fire drills regularly and always keep all your documentation both accessible and up to date.
For industrial facilities as well as office spaces, a visitor management system (VMS) can help conduct and analyze evacuation drills. It is also invaluable in real emergencies. Inside the software is an accurate real-time register of everyone onsite, which managers, workers, and first responders can use to track who is already safely out and who remains inside the facility. Because the data lives in the cloud, its automatically updated across devices, ensuring seamless sharing of headcounts at every muster point.
Material handling
With a material safety management plan, youre implementing protocols that dictate how employees store, work with, and dispose of hazardous materials, including:
Asbestos
If you are looking for more details, kindly visit Wei Guang.
Silica dust
Arsenic
Lead
The U.S. Department of Labor requires that employees have the information and training needed to do their jobs safely. They also need the right tools, including respiratory protective equipment, safety gloves, and safety glasses.
But like with all equipment, just having it is never enough. You must ensure everything fits properly and people know how to use it. If a hard hat is the wrong size, it offers a lot less protection. And if its sitting on a workbench instead of on top of someones head, it offers no protection at all.
Electrical
Although not as common as other types, electrical injuries are often the deadliest, which is why OSHA recognizes them as a long-time serious workplace hazard.
To protect employees from electric shock, electrocution, fires, and explosions, you need rules about using the right tools, keeping equipment away from energy sources, and only working on electrical equipment when it is de-energized.
Failure to wear the right protective gear can cause severe injury and even death. But the harm is not limited to just people. Production interruptions, lengthy investigations, and civil and criminal litigation can end careers.
Environmental
Examples of environmental hazards include sewage, blood, bodily fluids, and toxic chemicals like airborne viruses and bacteria. It can also include natural hazards, like noise and radiation.
Here, you need to identify the dangers in the workplace and implement protocols to minimize risk. Employees need to be aware of all protocols and wear proper PPE.
Managers should continually assess risks by collecting and analyzing sample materials. Using this data, managers can create guidelines, procedures, and policies to increase workplace safety.
Construction
Construction can be a high-hazard industry, so a construction safety management plan must include all safety regulations and procedures for all activity at the worksite, with a separate plan for each project.
On the average construction site, there can be health and safety risks at every turn, including dangerous equipment, dangerous heights, water and electricity, and hazardous silica dust. When working with older structures, there is often the added risk of asbestos.
You can minimize these dangers by providing the correct PPE like masks, gloves, and hard hats. Additionally, supply non-slip surfaces inside and outside to reduce slips and install guard rails to prevent falls. Schedule and enforce regular inspections of all safety equipment.
How can you implement industrial safety management?
The first thing you need to do to have good safety management is to ensure everyone is on the same page and has a thorough understanding of the safety regulations. Adding bilingual instructions and training when appropriate can also help ensure youre communicating everything effectively.
Specifically for the maintenance team, they need to know how to identify which equipment is required for each work order and know how to use it correctly.
How does asset management software make industrial safety management easier?
Modern computerized maintenance management software helps you capture data, keep it safe, and make it accessible across the organization in real time. Because everything is inside one central database that lives in the cloud, you can easily review, add, update, and share data with the team.
And being able to share and access data helps you make your facility safer.
Prioritize immediate concerns
Once you have data you can trust, you can more easily decide which types of training you need to prioritize by pulling and analyzing safety-related work orders straight from the cloud instead of digging around to find a specific paper document or spreadsheet file. For example, if you can see that the maintenance team has been dealing with failures related to objects falling into assets and equipment, you can investigate setting up better guardrails.
Share critical processes
For the more common inspections and tasks, you can use the facility management software to create and store templates packed with lists of required PPE, explanations of safety hazards, checklists, and detailed step-by-step instructions. Techs get everything they need to work both efficiently and safely.
Once youve built the template, you can add it to new on-demand and preventive work orders in just a few clicks. Later, if you need to update a standard operating procedure (SOP), you only have to make changes in one spot. Once youve redone the template, every new work order you generate has the new instructions, steps, or checklist.
Prevent potential accidents
A big part of improving safety is finding and removing risks before accidents happen. It could be as simple as making sure the guardrails are secure to as involved as bringing in a third-party vendor to test your fire suppression systems. In all cases, it helps to have a robust schedule of inspections and tasks. But with traditional maintenance management tracking, where youre using paper or spreadsheets, its easy for things to fall through the cracks.
Facility management software scheduling helps you set up safety-related PMs that autogenerate, so you never forget. And once its on the schedule, you can manually or automatically assign it to the right technician.
Jonathan writes about asset management, maintenance software, and SaaS solutions in his role as a digital content creator at Eptura. He covers trends across industries, including fleet, manufacturing, healthcare, and hospitality, with a focus on delivering thought leadership with actionable insights. Earlier in his career, he wrote textbooks, edited NPC dialogue for video games, and taught English as a foreign language. He holds a master's degree in journalism.
Simple guide to reliability-centered maintenance (RCM)
Power of One: Get a sneak peek at our announcements
When it comes to the industrial sector, outfitting your team members with the proper protective equipment is imperative for workplace safety and regulatory compliance and mitigating lapses in productivity due to worker sickness or job site injury. Without providing the proper personal protective equipment for industrial workers, employers run the risk of employee injury and liability and the potential for penalties in the form of fines levied by the Occupational Safety and Health Administration (OSHA).
In this article, well be covering 10 essential pieces of health and safety gear for industrial workers to meet industrial safety guidelines and keep your operation running smoothly.
A staple for industrial safety the world over, hard hats play an essential role in protecting workers from potential head injuries in the workplace and remain a crucial component of industrial safety gear. OSHA determines the necessity of hard hat use with two standards 29 CFR .135 for general industry workers, and 29 CFR .100 for construction and demolition workers. The different classes of hard hats offer different levels of protection and are an invaluable asset for health and safety equipment.
While injuries to the lower body may be overshadowed in workplace health and safety efforts by more serious injuries to the head and neck, the Bureau of Labor Statistics found injuries to the lower extremities classified as knee, ankle and foot to be the second most common workplace injuries. These injuries are followed by those to the upper extremities classified as shoulder, arm, wrist and hand with approximately 270,000 cases occurring annually, and leading in median days away from work at 12.
The most common forms of safety gear for lower body protection include
In situations where employees are exposed to environments that pose a respiratory threat, breathing equipment is a necessity as part of health and safety equipment, as proper respiration protection prevents injuries in the short and long term. While OSHA requires the elimination of harmful dusts, fumes, gases, etc. by engineering control measures, situations where control measures are not feasible require the use of respirators.
Roughly 2,000 American workers suffer job-related eye injuries daily, with more than 100 resulting in one or more days of missed work due to injury. Adequate eye protection in the form of safety glasses, goggles and face shields prove crucial as industrial safety products, and providing proper eye protection in compliance with OSHAs General Industry standards as outlined in 29 CFR .132 is the simplest way to avoid worker injury and lost production due to eye injury.
Full body protection is an equally crucial component for industrial safety, as in many industrial roles full body safety products are a necessity. Whether its exposure to paint, chemicals or high heat, comprehensive protection for the full body is vital health and safety gear across numerous fields.
Below are some of the most common examples of instances that require full body protection
Hearing protection in the form of noise-reducing ear muffs and ear plugs are essential forms of industrial safety gear for the prevention of noise-induced hearing loss. About 50% of all manufacturing workers have been exposed to hazardous noise, resulting in roughly 20% of all manufacturing workers suffering from hearing difficulty.
Proper gloves and hand protection offer safety from a variety of industrial hazards, ranging from cuts and burns to electrical hazards and chemical exposure. Depending on the industrial role, different glove materials, thicknesses and lengths should be used to best meet the protective needs of the employee and health and safety compliance standards.
Common safety considerations for glove selection include
Choosing the proper clothing plays an important role in industrial safety measures, as modern technology has enabled the treatment of fabrics to achieve properties such as chemical, heat and flame resistance. Fabrics that protect from dust and particles are equally important for hazardous applications ranging from chemicals to radiation exposure to prevent inward leakage of toxic substances that present immediate and long-term harm to workers.
In addition to the apparel elements vital for industrial work safety, oftentimes additional tools are necessary to fully ensure worker health and safety. Safety equipment devices and hazard monitors provide a necessary level of protection in addition to personal protective equipment (PPE) and proper attire for industrial workers.
Some of these mechanisms include
Using the proper tools is an equally important component of industrial safety, and should be acknowledged as a vital component of health and safety gear for industrial applications. Common examples include properly insulated tools to prevent the risk of electrical shock and properly maintaining the tools being used to their manual standards.
Providing the proper protective equipment is essential for ensuring a safe working environment and maintaining regulatory compliance, which ultimately ensures healthy workers and minimal downtime due to workplace accidents.
SUNLINE Supply offers wholesale industrial safety products for your business to keep your operation running smoothly. View our product offerings by industry or browse our general inventory of health and safety gear. If you need something specific for your industry or have any questions about which products best suit your situation and budget, contact our team using our contact form today!
The company is the world’s best Industrial Safety Gear supplier. We are your one-stop shop for all needs. Our staff are highly-specialized and will help you find the product you need.