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Confined Space Entry Permits - Safety Guidelines Hidden In The Cracks Dangerous, confined spaces are the stuff of horror films and cringe-worthy moments on screen, and there's a reason. Depictions of people trapped in a confined space not only play on a natural human tendency toward claustrophobia, but they also reflect a very real danger in the workplace. As such, OSHA has implemented a system of "confined space entry permits," hoping to help increase worker awareness and avoid common types of injury and death associated with working in a confined space. In this blog post, we'll cover everything from the definition of a confined space, to the details of a fully developed entry permit system. What Is A Confined Space? While the question may seem elementary, OSHA does adhere to strict definitions for confined spaces; this is important to know as a safety professional, as you'll need to be aware of which spaces require you to adhere to OSHA protocol and which don't. Basically, a confined space has to be a place that's large enough for a person to work and perform their job within, but is not intended for long term occupancy by workers. The third and final criteria is that the space has limited means of entry and exit. In short, the space is a place that someone can fit and work in for a limited time, but which impairs mobility and might be difficult to enter and, more importantly, exit quickly. What Is A Confined Space Entry Permit? Sometimes, confined spaces have additional potential risks and hazards that go above and beyond just their shape and size. In these cases, OSHA requires that permits are filed before a worker enters the space. Here are OSHA's additional criteria that indicate the necessity of a permit: The space contains or could contain a hazardous atmosphere The space is comprised of or contains a material that could engulf a worker who enters. The space has any kind of "internal configuration" that might present an additiona

Many businesses need and even require the use of safety signs to warn employees and customers of potentially hazardous areas. However, the task of finding the right signs to portray the right message, along with finding a reputable company to provide the signs may be more difficult than originally intended. We are here to ease some of that burden with 10 helpful tips for finding the right safety signs to satisfy your business needs. 1. Identify Areas that May Need Safety Signs Before even beginning a search for a safety sign supplier, the first step in the process should be to accurately identify any areas within your facility that may be in need of safety signage. Think of all areas used by employees and/or customers such as aisles, walkways, fork lift zones, hazardous waste areas, potential slippery surface areas, etc. The key here is to identify all the locations that could pose hazardous conditions so proper signage can be created. 2. Pinpoint Potential Safety Hazards. Once certain areas have been designated as potentially hazardous, the next step would be to determine the actual safety hazards in the area that pose risks. An example of this could include an area where liquids are routinely transported. In this case, a spill may be likely which could endanger employees or customers due to the enhanced risk of a slip or fall. 3. Determine the Message to be Conveyed by the Signage Signs are posted everywhere, from "Watch Your Step" signs to "Employees Only" signs. However, for a sign to be truly effective it must convey a clean and clear message that can be understood easily by nearly anyone. For instance, in a work environment that includes welding, safety signs warning of potential arc flashes may be needed. In this case, a sign should be posted instructing anyone who enters to wear proper protective gear, this sign could read "Warning: Arc Flash Zone Proper Protection Required." 4. Consider the Conditions where the Signs will be Located Now

Lean Management - A Guide To Starting Out Right Much like anything over-used and spread before those singing praises have done a lot of research, Lean is a concept that sometimes, despite the best of intentions, misses its mark. Lean principles aren't particularly tricky, but with many offshoots and brands of the ideology, it can be easy for new Lean managers to get caught up in misinformation. At its core, lean is about eliminating all kinds of waste from your business. It sounds simple enough, but one of the biggest problems for many newbies is changing your concept of just what "waste" is. Once you've got a grasp on that, you need to move onto individual strategies that can help you eliminate that waste. In this article, we're going to go over how to accomplish both of these tasks as a manager who may be new to Lean by exploring unique facets of this management type and how they interact with elements of your business. One of the largest differences between Lean management and traditional styles of management is that in a traditional methodology your primary (and nearly sole) concern is the end of the line result. While Lean is of course concerned with achieving superior end results, its focus is on the processes that get you there. In this sense, what you learn and practice as a Lean manager is more about making individual pieces work together efficiently than having a tunnel-vision focus on numbers and figures at the end of the cycle. The Relationship Between Lean management, Waste Elimination, and Continual Improvement "If someone tells you that "lean management is this" and not something else, if someone puts it in a box and ties a bow around it and presents it in a neat package with four walls around it, then that someone knows not of what they speak. Why? Because it is in motion and not a framed picture hanging on the wall. It is a melody, a rhythm, and not a single note." - Lawrence M. Miller, Management Meditations While perhap

VPN, i.e., Virtual Private Network, establishes a secure connection to public and private networks over the Internet. VPN helps to protect your identity and provides a secure network for accessing data. Initially, the VPN connects business networks securely over the Internet. It also allows you to access a business network from home. What is a VPN? How does it work? Why should you use it? These are some common questions that come in the mind of every person who wants to use a VPN. So, let's find out the answer to all these questions. Contents [show] How Does a VPN Work? How Does a VPN Work It is not rocket science to understand how a VPN works. We can simply learn the process of VPN by reading the following steps. Step 1: At first, you need a reliable VPN provider (ExpressVPN Recommended). Then download and install the software. Now select the preferred security settings and set up a safe connection with your desired VPN server. Step 2: After the connection is established; VPN software encrypts your data traffic on your computer and sends it to the VPN server through a secure connection. Step 3: The VPN server decrypts the encrypted data from your computer. Step 4: Your data is being sent on the Internet by the VPN server and receive a reply, which is meant for you. Step 5: This traffic is again encrypted by VPN-server and is sent back to you. Step 6: VPN software will decrypt the data on your device so you can understand and use it. Why ExpressVPN is the Best? The best thing I like about ExpressVPN is that it has a no-logging policy. Apart, from this ExpressVPN is fast, secure, and keeps your IP hidden. ExpressVPN allows you Torrenting/P2P and even works with Tor for the maximum level of privacy. It has a user-friendly interface and a great design that is easy to operate. ExpressVPN uses the government-grade encryption method as default. You can even try doing it manually. ExpressVPN is the best excellent premium VPN service to trust and work.

Ten Tips to Help You with Your Kaizen Continuous Improvement Strategy The Kaizen methodology encourages ongoing efforts to ensure continuous improvement throughout a facility. This improvement can come in many forms including waste elimination, improved efficiency, safer work environments and much more. To simply say that a facility is employing Kaizen strategies, is essentially meaningless if you don't have any concrete action items you are following. Whether you're just getting started or you are looking for ways to reinvigorate a Kaizen strategy that is not effective, the following ten tips will be very helpful. Each one can give you ideas on what you can do encourage improvement and allow that improvement to grow and expand long into the future. Tip #1 - Harness the PDCA Strategy One of the key concepts used in Kaizen is the "Plan-Do-Check-Act" strategy. This is a quality model that can be used when implementing any type of improvement in the facility. As you might expect, the PDCA strategy is a cycle of ongoing improvement that should never end. The steps are as follows: Plan - This step is where you identify an area where improvement is possible and make an initial strategy on what chance should be made to realize the desired improvements. Do - Implement the change, but only on a small scale. This may mean having one department make the change in some situations or for larger corporations, having one facility make the update. During this step it is also very important to be gathering as much data regarding the change so it can be properly evaluated. Check - Review the results of the change including the data that was collected. Looking to see if they had the desired impact or not is critical to know whether you should move forward with rolling the change out to other areas. Act - IF the data in the check step points to a success, it is time to push the change out on a wider scale. Once the change has been successfully implemented you wi

Safety Myths We Could All Live Without Safety MythsI'm going to level with you today: There's a lot, and a mean a metric ton, of misinformation when it comes to safety in the workplace. The more experience you have, the more and more you discover which of the things you've been told actually seem to hold up to the action of a real workplace, and which advice becomes clearly idealistic and less useable. That said, why can't we just skip past the clutter? Why do myths about the nature of safety and accident prevention continue to circulate when experienced practitioners know them to be complete bologna? To be honest, I can't answer that, but hopefully what I can do is more useful; in this article, we're going to go over some common workplace safety myths and dissect them so that, with a whole lot of luck, they won't leave anyone's lips ever again. Accidents Happen Safety Myths AccidentsFirst of all, yes, accidents do happen… but the statement itself is dismissive, and suggests that some things are just out of our control. The problem with this sentiment is twofold. First of all, it's a slippery slope: If you decide one thing is out of your control, it's easier to accept that another thing might be as well. Before you know it, you're leaving too much up to chance and not enough up to your problem solving skills. The second problem is that the idea that accidents just "happen" of their own accord is silly and untrue. There is always something you can do, and you should always be actively improving your safety by finding these things as they come along. One counter example to this that people sometimes come up with is a case in which an employee does something really boneheaded and gets themselves into a dangerous situation. "Isn't that kind of out of my control?" one might ask. Actually, there are two possible situations here: 1. The worker deliberately put themselves in harm's way for some unknown reason. In this case, a resu

So here's how today started out… We got an email from a guy who took issue with one of our recent infographics, 10 Astonishing Facts About Arc Flash. Here's what he wrote: "Have you seen the commercial for the insurance company that uses the premise "If it's on the the Internet, it must be true"? I have still not seen the source of these statistics. The Capschell report is what all of these websites, all of which involved in the business of Arc Flash for profit ($$$$), including yours, use without merit. […] Even NFPA 70E does not not cite the source of the statistic regarding "2000 injuries per day". Don't just give me another website that says that again, show me source (ie the study) that produces those statistics. I am not, by any means, attempting to reduce the importance of arc flash, arc flash studies or PPE. I just have a problem when companies use these types of statistics without regard to the source or veracity of the information. Fear Mongering is the term that come to mind. It's on the internet so it must be true." I believe whole-heartedly that our marketing team did a significant amount of research on Arc Flash prior to creating this infographic, and I don't believe the intent of our marketing team to promote or perpetuate bad information. However, I can understand this person's sentiment, and I wanted to know myself what the real numbers were. So, the hunt for accurate data began. Before I go further, it should be addressed that our infographic says that there are 2,000 injuries each year, not every day. Still, where did this figure come from? I started searching to uncover where the 2,000 injuries per year came from. I asked the marketing team for their source, and they provided me with the official NFPA 70E 2012 Handbook. In Annex K(3), it states plainly that 2,000 people a year are injured as a result of arc flash. But, as our accuser points out, there is no citation. Because this is NFPA, a standardization or

Improving Indoor Air Quality Indoor Air QualityWhen trying to make improvements to the workplace, many companies don't even consider the actual air that is breathed in by everyone all day. Indoor air quality can be a significant problem that can have a wide range of different effects on employees throughout the facility. Some of these issues can be immediately seen, such as with allergies. Others may take longer to develop, but can be very serious. If you are not taking air quality seriously in your facility, you are not only doing everyone a disservice, but you could be exposing the company to the risk of potential lawsuits years down the road. With this in mind, take some time to look at five of the most important things that you should know about indoor air quality, and how you can make simple changes to improve it. According to OSHA's Safety and Health Topics: Poor indoor air quality (IAQ) has been tied to symptoms like headaches, fatigue, trouble concentrating, and irritation of the eyes, nose, throat and lungs. Also, some specific diseases have been linked to specific air contaminants or indoor environments, like asthma with damp indoor environments. In addition, some exposures, such as asbestos and radon, do not cause immediate symptoms but can lead to cancer after many years. 5 Things to Know about Indoor Air Quality 1. Proper Ventilation and Filtering One of the biggest problems in most workplaces is that the air in the facility doesn't get properly circulated. As the air is breathed, moved around machinery and exposed to cleaning chemicals, it keeps picking up more and more contaminants along the way. Over time, this air can become hazardous to your health and lead to things like headaches, allergies and many other issues. This is why OSHA and many other regulatory organizations recommend reviewing your facilities air ventilation system and filtering. By taking the air from within the facility and venting it outside, all of these common contam

Signs are everywhere! Whether you are shopping in a large mall, visiting a zoo, or simply driving in your car, there are signs helping to guide you along your visit or journey. However, one place that signs are highly utilized is within the workplace, especially within industrial work environments. With all the safety hazards possible in different types of jobsites, appropriate workplace signs are a must to help ensure safety. View our "10 Tips For Safety Signage Part 1" Slideshare Presentation Common Signs in the Workplace Signs can convey all sorts of messages from helpful directional arrows guiding employees and visitors to a specific location all the way to urgent, danger zone messages that require people to stop and use extreme caution. Let's discuss some of the most common types of workplace signage. Restriction Signs - These signs often refer to restricted areas or zones, restricted speeds for forklifts, or restricted weight amounts. When a restricted sign is used there are often certain limits in place. Danger Signs - Signs that warn employees of danger are often high-contrast and feature the colors of black, white, and red. These signs can warn of electrical shocks, toxic materials, or any other dangerous situation. Fire Signs - This type of signage is usually white and red and can either warn employees about fire hazards or provide information on where fire safety equipment can be found. Mandatory Signs - Mandatory signs are signs requiring that certain precautions be taken before entering or utilizing an area or piece of equipment. Some mandatory signs may require employees to wear certain protective clothing before entering. Hazard Signs - Often times these signs feature the colors yellow and black. Hazard signs warn employees and visitors of potential hazards in the area. Hazard signs may warn about forklift traffic, slippery floors, or radiation risks, among many other things. Guide Signs - This type of signage is often used

In the video below, we take a GoPro camera ride along with a tower climber as he scales to the top of a 1768 foot tall antenna. The worker slowly climbs on increasingly smaller and precarious looking ladder rungs, all while toting a 30 pound tool bag behind him, occasionally assisted by his climbing partner. The video, aptly titled "The most dangerous job in the world," is stirring up a lot of controversy, especially because it has simply shed light on a profession most people didn't even know existed. Tower climbers are often hired by cell phone companies to adjust antennas and mechanisms located at the top of their cell towers; they are often required to climb thousands of feet into the air. However, the even scarier part is that in many cases, they do not even use any sort of safety cable. In the video, a voice over remarks that OSHA regulations allow for this type of "free climbing" method. As it turns out, most experts are confused as to where the video makers got that idea, as there's nothing to be found in the OSHA guidelines that condones such procedure. In fact, to the contrary, OSHA has published findings highlighting the lethality of this particular profession and method, noting that AT&T alone has had 15 cell tower workers die from falls since data started being collected in 2003. What's even worse is that sanctions against cell companies have been nearly non-existent, and not once has OSHA gone after the larger providers, despite their high mortality rates. Part of this may be due to a loophole (indeed perhaps the very same one that the video cites as "allowing" for such a dangerous climb) that won't hold companies liable for the unsafe behavior of independent contractors if they don't have knowledge of it. In short, a contractor, knowing full well their workers will be free climbing, can simply not communicate to a cell company as such which in turn gives them plausible deniability. Why Should You Care As A Business Owner? ​No

When running any sort of physical production based business, you will often have stock on hand. Instead of only stocking for a short time, there will be a "backup" supply of products that can be called upon as demand changes. This is known as "just in case" manufacturing and is highly common in most industries. However, several decades ago, the rise of lean business gave way to the concept of "just in time" manufacturing. In a just in time, or JIT, system, products are made as they are demanded and there is little to (ideally) no back-stock at any time. Why go lean? The idea behind JIT manufacturing is that one can eliminate several kinds of waste by taking away the need to keep inventory of excess stock. From now on, equate "stock" to "excess stock" or the concept of having too much on hand, because in a JIT environment "stock" doesn't really exist outside of individual orders. When you don't have to keep inventory, employees free up their time for other projects and tasks. Also, you have less paperwork to manage, and can focus on other things, like workplace safety, new profitability angles and marketing strategies, etc. Another reason to go to a JIT model is that you increase accountability of management. Because you have no inventory to fall back on in a JIT situation, inventory cannot be used as a crutch to make up for other problems. Slow, inefficient production is often masked by a stockpile of inventory, making it harder to realize certain areas of production may need improvement - these may include machine functionality, worker habits, reliability, and inadequate space management. Another huge place you save by adopting this method is in transportation. Materials do not need to be stocked at various sites and you need to do much less transporting. You will eliminate time wasted in transit when there is traffic or road congestion, and you'll even be more environmentally friendly by reducing fuel burned for shipping purposes

The process of pipe labeling is essential to minimize hazards within an industrial work environment. Pipes may contain a variety of different substances such flammable liquids, pressurized liquids, acids, wastes, water, etc. Pipes can extend for miles within industrial work settings and even though some pipes may not contain hazardous substances, it is still imperative to identify the contents within the pipes as well as the directional flow and pressure within the pipes. What is ANSI Color Coding? ANSI or American National Standards Institute is a privately owned, non-profit organization that is involved with creating consensus standards regarding workplace safety. In order to help ensure safety and the proper labeling of pipes, ANSI along with ASME (American Society of Testing and Materials) have developed a color coding system so the contents of pipes can be quickly and easily identified. The newest version of the ANSI Color Coding guide from 2007 features the use of six colors, versus the old version which focused primarily upon the use of four colors. The related hazards and colors are as follows: Hazard Colors Fire Quenching Fluids Red Background with White Lettering Corrosive & Toxic Fluids Orange Background with Black Lettering Flammable Liquids Yellow Background with Black Lettering Combustible Liquids Brown Background with White Lettering Potable, Cooling, Boiler, Water Green Background with White Lettering Compressed Air Blue Background with White Lettering In addition to the above six color codes, ANSI has also identified four other colors that may be utilized at the discretion of the user for other fluids that do not meet the specifications of the above content colors. The other colors are as follows: User Discretion Purple Background with White Lettering User Discretion White Background with Black Lettering User Discretion Gray Background with White Lettering User Discretion Black Background with White Lettering Pipe Label Placement In addition

The GHS and You - 5 Big Changes April 10, 2014 by Tony Ferraro If your workplace handles chemicals, particularly as the initial producer or as a distributor to clients, it's time to familiarize yourself with the global harmonization system (GHS) of classification and labeling chemicals, or the GHS, for short. What is the GHS? The GHS, first proposed to the United Nations in 1992, is an attempt at bringing some uniformity to the chemical labeling procedures of the developed world. Member nations, based upon their own time-frames, signed on to promise to convert to the GHS method of labeling chemical substances by a certain date. The idea was and still remains to make international business and production easier by having chemical labeling procedures that wouldn't slow down import and export, and would be easy for everyone involved to understand. This also greatly reduces transport costs as materials aren't having to be re-labeled or re-inspected as they cross borders. Last, but certainly not least, the GHS protects workers by ensuring the risks of handling any given material are clearly stated in an easy to understand manner from the beginning. According the UN's publishing of a GHS guide, the following are succinct statements of the GHS' most important goals: Defining health, physical and environmental hazards of chemicals: Creating classification processes that use available data on chemicals for comparison with the defined hazard criteria; and Communicating hazard information, as well as protective measures, on labels and Safety Data Sheets (SDS). OSHA.gov - GHS What does this mean for me? In the United States, the time-frame for adoption is staggered over several stages. On March 2012, the final rule for how workplaces should adopt their policies was published, and employees were required to be trained on these new procedures by December 1, 2013. Interestingly enough, the adoption of the standard by product manufacturers is not required until Ju

The cutting edge platforms for today will be the commoditized platforms of tomorrow. As the technology matures and evolves, the previous generation of technology becomes easier to build and deploy enabling a rush of vendors to capitalize on it by making it accessible to the largest possible customer base. This puts enterprises in the nontechnology sectors in an awkward position. Often not ready to consume the latest and greatest technology due to parts of their stack unable to leverage new technology and requiring upgrade to and deployment of the stepping stone technology, these enterprises have to choose between vendor lock-in in a multi-year software and service contract or risk building and implementing a version of the older technology in-house. Business Drivers of Infrastructure-as-a-Service The biggest risk in building technology platforms in-house is the risk of commoditization. The argument played out with the debate over internal vs. public clouds. Initially, enterprises were hesitant to leverage public clouds with several of them opting to build internal, private clouds. Building a cloud is hard. Operating and maintaining a cloud is even harder. Ensuring that the cloud is running on and leveraging the best in class technology requires dedication to the cause. This is often missing in non-technology enterprises by design given they are driven by different and separate business drivers and considerations. A cloud service provider is motivated to ensure the best in class service and technology because that drives revenue for them. An enterprise whose main business is not offering cloud or software services will not be motivated by the same drivers and thus there will be an inherent difference in their approach and success with building and delivering an internal cloud. Business Drivers for Platform-as-a-Service The same argument (public vs private clouds) applies to platforms. Building the best in class platforms that offer the ability to develop cuttin

One of the top reasons for digital innovation and transformation failures can be summarized as the enterprise trying to reinvent the wheel. This is the tendency of the enterprise to attempt to create technology, platforms, and applications that have already been implemented, scaled, optimized and almost perfected. This tendency almost always ends up a failed one as it does not create any net new value for the enterprise but comes with a massive opportunity cost as the enterprise spends crucial resources on reinventing the wheel than innovating for the customer. How The Wheel Is Reinvented Nontechnology enterprises can get trapped in a reinvent state where they conclude that homegrown technology is the only path towards customer and business value. This in itself is not entirely false however the type of enterprise and their decision-making process along with the capabilities they have in house have a very large impact on the success of the strategy.eRaaadada Reinventing the wheel happens when a non-tech enterprise discovers a technology trend towards much later in the hype cycle almost towards the end when the technology is hitting the mass market and decides to recreate or reinvent its own version of the technology. This is often done with the assumption that with some investment, the enterprise can have a home grown version of technology or platform that is designed specifically for its needs and is thus a better fit. However, enterprises assume that the state of the technology will remain constant and while they are attempting to home grow a version that can match the current state of the art. In reality, the state of the art shifts and the enterprise is not able to bridge the gap. Who Reinvents The Wheel Typically, technology teams often decide to go down the path of reinvention when they are allowed to make technology upgrade or technology creation decisions without business KPIs and cost constraints i.e. clear success criteria with fixed cost and clear ti

GHS Label Information When it comes to labels, few are better known than the GHS labels (even if people don't always realize that is what they are called). GHS, or the Globally Harmonized System, is an international set of standards that are agreed upon to help ensure people from across many industries and around the world are all using universally recognized standards. This includes standards when it comes to the classification and labeling systems used for dangerous chemicals. The GHS labeling standards are used by regulatory agencies as well, including OSHA. While GHS is not itself a legal regulatory agency, most companies are required to follow their standards in this area because of the fact that their standards are adopted by governmental bodies. Common GHS Terms Whether reading GHS labels or making them, it is important to be aware of some terms that are commonly used. SDS - Safety data sheets are required to go along with most GHS labels. These data sheets can provide more detailed information about chemicals and other potentially hazardous materials. Class - Different types of hazards are broken up into different classes. Gasses that are under pressure would be one class. Acids could be another, just to give some examples. Hazard Groups - Hazardous materials are broken down into three groups, environmental, physical and health. Hazard Statement - Hazard statements are standardized to describe specific hazards. These statements give brief but essential pieces of information about the items being labeled. Precautionary Statement - This is a statement that provides instructions on how to avoid dangers when working with these materials. Signal Words - Signal words are DANGER and WARNING. Danger is to indicate a higher level of risk, while warning is for when there is a potential for harm but it is not quite as serious. Pictogram - Pictograms are the visual representation of specific risks. Typically they will just be a black image that is ea

According to the U.S. Chemical Safety Board (CSB), hot work accidents are among the most frequently reported accidents to that agency. Between 1990 and 2010, fires and explosions near flammable storage tanks caused by hot work accounted for more than 60 fatalities. Unfortunately, these accidents continue to take place. This past July, an explosion occurred during hot work near a storage tank at Omega Protein in Mississippi, killing one worker and injuring another. The tank contained eight inches of water and fish matter, which unknown to workers created flammable gases that led to the accident. When incidents like this happen, oftentimes the people and companies involved haven't sufficiently assessed hazards and properly isolated everything in the vicinity that could be flammable. These types of hot work accidents may not seem as obvious as other hazards associated with hot work such as UV light or welding fumes, but they can be even more deadly. The oil and gas industry often faces these hot work hazards, but so do the food production, paper and wastewater treatment industries, according to a video about the dangers of hot work made by the CSB. WHAT IS HOT WORK? OSHA defines hot work as "any work that involves burning, welding, using fire- or spark-producing tools, or that produces a source of ignition." Welding and cutting occur frequently at many industrial worksites, so it's important for workers involved in these operations to understand the potential unseen dangers associated with these tasks. Flammable gases and vapors can be present near storage tanks, fuel tanks and other confined spaces. PREVENT HOT WORK FIRES AND EXPLOSIONS In 2010, the CSB published a bulletin offering advice for how employers can prevent these types of hot work accidents. In the wake of recent accidents involving hot work and storage tanks filled with organic matter that might not seem hazardous (as was the case at Omega Protein), the organization has reemphasized the im

Ok, let's be honest here. Unless you are a safety professional, or you work closely with safety professionals, the chances are that no one has really told you anything about pipe marking, right? But for those of us lucky enough to work in this industry, it quickly becomes all too clear that there is an endless amount of information available about this very narrow topic. Unfortunately, about 99% of the information that people learn about pipe marking is just reiterating the standards and regulations that are put out by OSHA and other regulatory bodies. Now, make no mistake, this information is absolutely critical to learn and follow. The fact is, however, that there are A LOT of other things that someone who works with pipe marking should know. We've put together some helpful tips, tricks, information, and advice that covers a wide range of pipe marking related topics to help ensure your pipe marking strategies are as effective as possible. If you have any other 'secrets' of pipe marking that you don't see here, please contact us below so we can help pass them along in the future. Choose Your Materials Wisely Everyone knows that you can't just use the normal label materials that are basically paper with a little glue on the back, which you might buy at Office Depot. There are, however, lots of different types of industrial labeling materials out there, and picking the right one for the right area is essential. Here are several essential points to be aware of: Pipe Materials - Did you know that normal vinyl labels can cause corrosion on pipes made of nickel and stainless steel? If you have this type of piping, make sure you opt for labels that are identified as 'low halide' to avoid this potentially disastrous risk. Know the Weather Risks - When labeling outdoor piping, you need to keep weathering in mind. Most label materials are water-proof, but the constant change in temperature, humidity, wind, and more can really be rough on pipe markings

Using floor tape is a great way to keep a facility safe, organized, and efficient. Just like any type of flooring, floor tape can get quite dirty over time. When floor tape gets dirty, it can become harder to see, which defeats the purpose of using it at all. This is why so many people ask questions about how to clean floor marking tape properly so it looks great and lasts a long time. Here are some of the most popular questions and answers on this topic. Q: What is the Best Way to Clean Floor Tape? A: If you're looking to clean floor tape specifically, the ideal option is to use SafetyTac Floor and Tape Cleaner. This cleaner is designed specifically to be safe for use on virtually any type of floor tape that is on the market today. In addition, it is able to clean the surrounding floors without any trouble at all. Q: Can I Clean Floor Tape with the Same Cleaner as the Rest of the Floor? A: Yes! High quality floor tape is durable and can be cleaned by all normal and industrial floor cleaning products. Just go over the floor tape like you do with the rest of the floor to remove dirt, dust, scuff marks, and any other markings. Q: Can I Clean Floor Tape with a Motorized Floor Cleaner? A: Absolutely. SafetyTac (and other manufacturers of high quality industrial floor marking tape) know that many facilities use large motorized floor cleaners to keep their facility clean. Once the tape is properly installed, it can withstand this type of cleaning without any trouble at all. Simply have the floor cleaner go over the tape just like any other part of the floor. It is important to note that discount quality floor tape may not be able to stand up to this type of cleaning, so always make sure you're using high quality floor tape in your facility. Q: How Do I Remove Stubborn Stains on the Floor Tape? A: If you can't remove a stain or marking on the floor tape using normal floor cleaning methods, the best option is to get a small bucket with a solution of SafetyTac

Patients, who are suffering from depression exhibit suicidal tendencies and to a large degree are usually treated with antidepressants and/or psychotherapy. In America alone, more than 20 percent of adults are on at least one prescription medication to treat psychological and behavioural conditions of depression and anxiety. However, new clinical studies have confirmed what Doctor Wallach has been hypothesizing for over 20 years. Dr Wallach has always held that depression is a symptom, not a disease, and is caused by the lack of certain key nutrients in our diet along with inflammation caused by food allergies and poor micro-biome health. (Micro-biome - trillions of beneficial microbes that live inside our gastrointestinal tract).