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The quality or the lack thereof can be a huge contributing factor to a fractured and sluggish digital journey where ROI is hard to achieve and results come in short supply. The quality of data has a direct impact on the ability of the enterprise to be aware of relevant events, its reaction time, the decision time and its action time. A clear and concerted effort is required to measure and improve the data quality to drive better decisions and actions. Common Quality Issues The following are the most common quality issues Comprehensiveness Comprehensiveness quality issues refer to key attributes or data points missing from the data collected by the enterprise. This can occur when the data producing systems or the data delivery networks have glitches or malfunction or are incorrectly configured to miss entire rows of data or attributes of the data. Integrity Integrity quality issues refer to the corruption of the values of key attributes to contain unidentifiable or unreadable data. When key attributes are empty or null when they are by design, not allowed to be empty/null or when an attribute contains a value that does not meet the specifications of the type of the attribute for example, a string column contains an integer or a timestamp column contains a string not parse-able into a timestamp. Integrity of data is important before data can be included in the data set to drive analysis, decisions and actions. Sampling Sampling quality issues refer to the inclusion or exclusion of a certain percentage of the records in a data set with the assumption that the remainder records are good, representative sample of the original data set. Bad or inaccurate sampling can lead to a distorted view of reality and that can lead to bad decisions. In addition, sampling itself can make the data set inappropriate for certain types of analysis that require the entire dat set to be utilized for training. Filtering An upstream filtering scheme can end up removing too many or

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

Health Benefits of Dead Sea Moringa Powder You Never Knew: Dead Sea Moringa powder is extracted from a plant that is packed with vitamins, minerals, fats, and proteins. Since ancient times, this powder has been used to fight malnutrition in countries across Asia and Africa. Extracted from a plant that thrives in the Himalayan Mountains or the Dead Sea, this tree is helpful as it contains healthy stuff like natural antioxidants. This tree that produces this powder also has as much iron as spinach, which makes it so interesting to learn about since this essential mineral is required in the body to make red blood cells. The health benefits of Dead Sea Moringa powder include: It Detoxifies: The powder is used to purify water due to its coagulant agents that attach themselves to hazardous bacteria and harmful compounds. It also helps to remove harmful compounds and toxins in the body. Detoxification comes with many benefits for your digestive system and skin appearance. Fights iron deficiencies: Lack of enough iron in the body can cause anemia, leading to death. Thanks to this powder from an exotic plant, you can restore your iron levels by making it a recipe in your favorite beverage, like tea. Apart from being a good source of iron, sea moringa helps replace lost energy in the body. Boosts Immune System: Dead Sea Moringa powder has been shown to be effective in boosting the immune system in men. The powder is also packed with essential nutrients that help men maintain their body weight and remain healthy. This powder is not for specific people, as it benefits the rich and the poor. In this powder, you will find over 90 nutrients and plenty of antioxidants, vitamins, and minerals. It is also loaded with fiber, protein, and omega-3 fatty acids, which boost many functions in the body. Regulates blood sugar: Estimates have it that more than 25 million people suffer from diabetes in the U.S., but if the same were done in the whole world, perhaps the results would be

Workplaces today are extremely safe compared to what people had to endure generations ago. This is in large part because of the increased focus employers have put on workplace safety. Employers made this effort for a variety of reasons including regulatory pressure, the best interests of their employees, and of course, the fact that a safe workplace is a more profitable workplace. Despite all the great strides that have been made, many workplaces are still quite hazardous. The following 10 workplace safety mistakes illustrate just how far many industries still have to go. They can also help spur ideas for where improvements can be made in your facility. 1. Using Ladders Improperly One of the most common and most dangerous workplace safety mistakes is failing to use a ladder properly. People make many ladder-related mistakes in the workplace, all of which can be devastating. The following are just a few of the more common examples: Unsteady Ladders - If you don't take the time to properly steady the ladder when setting it up, it could easily slide out while you're on it, causing serious injuries. Leaning from Ladders - When working on a ladder, you should never reach off to the left or right as that can throw the center of balance off, which could cause the ladder to fall. Using Objects as a Ladder - Using scaffolding, chairs, stools, or other objects to reach high areas can be dangerous. These things aren't meant for climbing the same way a ladder is. Climbing too High on Ladders - One should never step onto the upper rungs of a ladder. Depending on how the ladder is placed, even several rungs down can be unstable. 2. Lack of Visual Communication The noise in many workplaces can be quite deafening at times, which can make it difficult to communicate. When it comes to safety, communication is essential. This is why it is so important to have visual communication options in any loud workplace. Visual communication can come in many forms including

Improving Hazard Communication in the Workplace Hazard CommunicationIf you're looking for ways to improve the overall safety of your facility, one of the best places to start is with an evaluation of your current hazard communication standards. According to OSHA, hazard communication violations are the second most commonly cited violations, as of 2012. In 2012 there were 4696 citations given in this one area alone. Sadly, very little has been done to change this problem over the past several years. Understanding how your facility communicates any type of hazard, and working on ways that can be improved, is an important part of keeping everyone safe. One of the best places to start is to review the OSHA regulation on this topic, which is titled, "Hazard Communication - 1910.1200." This will give you all the requirements that you will need to follow in order to keep people safe, and avoid any citations. Key Points in Section 1910.1200 After reviewing the entire section on this topic, you will want to go back and really focus on a few key points. These are some of the areas where most of the citations were given out, and also where some of the biggest risks exist. The following key points will be great places to start when it comes to improving the way your facility handles hazard communication: 1910.1200 (b)(2) - This is the section that covers how you need to communicate hazards that apply to any chemical that exists in a way that employees could become exposed to it. This applies to both normal exposure, and exposure during a foreseeable emergency. 1910.1200(b)(3)(i) - In this section, it details the requirements a facility has concerning the labeling of chemicals that come into the facility. Specifically stating that the labels may not be removed or defaced. 1910.1200(b)(4)(iii) - This area explains in detail that employers need to provide employees with sufficient training on how to react to a potential chemical spill. This includes how to

One of the most common injuries plaguing nearly any industrial business is the eye injury. The human eye is susceptible to damage from a variety of different sources, however, most eye injuries stem from exposure to chemicals, paints, solvents, allergens, sawdust, laboratory materials, etc. However, it is important to remember that nearly ninety percent of all eye injuries are preventable when proper procedures are followed and adequate eye protection is used. The right type of goggles, depending upon the job, can protect the eyes from coming into contact with nearly any eye irritating contaminant. Nonetheless, eye injuries still seem to occur and businesses need to be ready and prepared just in case an eye injury does happen. One of the best ways to provide immediate support to an injured eye is to utilize the help of an eyewash station. Guidelines for Eyewash Stations When it comes to the safety standards related to primary eyewash stations, OSHA sets the overall requirements. However, it is ANSI (American National Standards Institute) that is the entity who provides the necessary guidelines that employers must follow regarding the design, type, performance, location, and details specific to any eyewash station. Even though the ANSI z358.1-2009 covers the guidelines for all types of eyewash equipment such as emergency showers, eyewash stations, face washes, and combination units, we are going to focus on guidelines related to eyewash stations. Tips for Compliance with ANSI's Eyewash Standard Every Second Counts! - When an eye injury occurs every second really does count. An eye injury can go from bad to catastrophic in mere seconds if the eye is not properly flushed. ANSI mandates that all eyewash be located just a short 10 second walk from any eye hazard. The path to the eyewash station must well lit and remain clear and free of debris. The eyewash station must also be properly identified with an eyewash station sign. Yes, the Water Does Matter - there

The Adventure of Reducing Risks and Hazards in the Workplace Whenever starting a new job, it can be difficult to figure out exactly what you should be doing, and how it needs to be done. When I started working at a new facility as a safety manager, I began my first day with a meeting with the facility manager. The meeting was set up so he could tell me what was expected of me in my new role, and provide other details of the job. I was quite surprised when the meeting took less than two minutes, and the only objective I was given was to 'reduce risks and hazards in the workplace.' I asked for some clarification or guidance in what exactly he was looking for, but he simply said that I was hired to improve safety, and he was leaving the task of finding out how to do it in my hands. He gave me a sheet of paper with some information about what resources I had available, including my annual safety budget and told me to get to work right away. I should point out there that I had several years experience as a safety manager at a large company, which is why I was brought in to this new facility. The facility had recently been cited by OSHA for a variety of safety hazards, and there were even some fairly severe injuries that occurred in the previous months. The facility owners made it clear that safety was a priority for them, and they were willing to do whatever it took to pass inspections, and keep the employees safe. Planning My Safety Program While that initial meeting was unique, to say the least, I was also quite excited about the opportunity. It is quite rare that a safety manager is given such flexibility, and I wanted to make sure the manager wouldn't regret that decision. I got to work right away planning my safety improvement program. OSHA Safety Sign Guide I wanted to make some quick changes to help improve safety in the short term, and then also plan out ways to create a culture change within the facility so everyone would be more safety focused. I kne

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

Keeping our skin healthy is an important part of a modern lifestyle, as it not only makes us look better but also feel better. too, as we get older we have to be more careful about what we put on our skin. There are numerous products on the market that promise to nourish your skin and provide it with various vitamins and minerals, and many of these products contain lab-created, unnatural chemicals. None pack in as many different benefits as Dead Sea minerals. Because products using Dead Sea based salts (or other forms of the minerals) contain such a high concentration of vitamins and minerals, they're able to have a greater nourishing and beautifying effect on the skin than other products. The biggest problem that people face with their skin is that of moisture levels. Some people suffer from dry skin, which can be itchy and sore, and others suffer from skin that's too oily, which can be unsightly and cause pores to become clogged, leading to acne. Just living a normal, everyday life can cause the skin's natural balance to become unstable, and the best way to deal with these very common problems is by applying and using products that contain minerals found in the Dead Sea. The Dead Sea minerals that are helpful to skin maintenance are boron, bromine, calcium, iodine, lithium, magnesium, manganese, potassium, sodium, strontium, sulfur and zinc. Boron: helps to reduce and relieve symptoms of dry, flaky skin. Bromine: relaxes the nerves under the skin, calms facial muscles and works as an anti-inflammatory substance to reduce swelling and puffiness. Calcium: helps to protect and regenerate skin cells and cells under the surface of the skin. Iodine: helps skin cells in their everyday functions and metabolizing processes, which means that they stay healthier for longer. Lithium: enables other minerals to have a greater effect on the skin, and is especially useful in helping to reduce flakiness. Magnesium: probably the most useful mineral for skin, as it a

3x concentration of AHAVA's proprietary blend of hydrating Dead Sea minerals, Osmoter, this lightweight eye serum targets signs of fatigue to awaken the eyes. The skin around your eyes can be up to ten times thinner than your face and as a result often shows the first signs of fatigue and aging, Dead Sea Osmoter Eye Concentrate delivers deep hydration to target dark circles, undereye puffiness, and dehydration. This unique eye serum can be used alone or layered underneath an additional eye cream for an added boost in luminosity and hydration. * 81% agreed the serum visibly improved the eye area* * 85% reported skin around the eyes felt softer and smoother** *Based on consumer evaluations in clinical studies over 4 weeks, conducted by an independent institution on *36 women; **66 women. Ingredients: * Triple concentration of AHAVA's proprietary blend of Dead Sea minerals, Osmoter, hydrates delicate eye area and promotes luminosity * Persian silk bark extract, giant bird of paradise extract, caffeine, cucumber, witch hazel, aloe vera, and chamomile reduce the appearance of dark circles and undereye puffiness AHAVA Formulation Promises * Paraben Free * PETA certified - cruelty free & vegan * SLS/SLES Free * GMO Free * Petroleum Free * Allergy tested * Approved for sensitive skin Brand Story AHAVA is the definitive Dead Sea Minerals beauty expert. All AHAVA products contain Osmoter - an exclusive, perfectly-balanced blend of Dead Sea Minerals that recharge, re-hydrate and illuminate skin.

Improve Organization and Efficiency with Industrial Labeling Industrial labeling is an essential activity in any facility, and for many different reasons. For example, it can help to improve safety as well as organization and even efficiency. In fact, proper labeling can benefit almost every measurable area of the facility. If you don't already have a proactive labeling policy within your facility, look at the following ten points to see why it is so important. 1. Regulatory Compliance One of the most important reasons why you need to focus on proper industrial labeling is that it is often required by organizations like OSHA. If you are using certain hazardous chemicals, for example, you will need to have the containers labeled using the proper industry standards. In addition, you must put these types of labels on any products that contain these chemicals before you ship them out. There may be other regulations where you need to have proper labeling too. Machines and pipes that use or transport hazardous items will often need to be properly labeled. Even if it is just steam that is being transported, you should likely have it clearly noted so nobody accidently burns themselves while working in the area. 2. Tracking Maintenance Tasks Many facilities will use industrial labeling to distinguish different machines or vehicles within the facility. This is much easier to use than checking the VIN or serial number each time, and it can make scheduling the maintenance of these items much easier. If you have an industrial label maker, you can print off a label that has a bar code or other easily identify mark. This can then be scanned by the maintenance team every time they change the oil or perform any other type of work. This can help them to log all the activities they have done, and even make it so all their activities are tracked through computer programs. However you decide to actually track and store the information, you will find that having each machine ta

Does your facility have pipes? If so, those pipes need labels. While pipe labeling may seem like a confusing process with many requirements, it doesn't have to be difficult. Starting with a plan will make your pipe-labeling project easier and more organized. Then once your facility's pipes are labeled, you'll see communication about pipes improve. Using visuals like labels makes communication direct and simple, and it reduces the need for asking questions about pipe contents. Before you begin marking pipes, you should understand the basics of pipe marking. Take a look at these seven things you should know before you begin the pipe-marking process. 1. Workers Need to See Pipe Labels, and So Do Emergency Personnel Labeling pipes will primarily help your workers and any maintenance personnel who may need to service pipes. Therefore, you'll want to keep this main audience in mind when you establish your pipe labeling system. It's possible you'll have additional people who enter your facility and need to know what's in your pipes, though. In an emergency situation like a fire, emergency responders may need to know which pipes contain fire-quenching liquids. If an accident involving a pipe containing chemicals occurs, an emergency response team would quickly need to know what chemicals it's dealing with. Because these additional members of the community may be reading your pipe labels, it's important to follow industry standards for pipe labeling instead of having an internal system that only your workers understand. 2. Colors Should Be Standardized Pipe Marking, Pipe Labels To make it easy for workers, emergency responders and other pertinent personnel to read and understand pipe labels, the labels should be color-coded according to the ANSI/AMSE 13.1 standard. The standard assigns six main colors for pipe contents: Yellow Background with Black Text - Flammable Fluids & Gasses Red Background with White Text - Fire-Quenching Fluids Orange

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

Pandemic & Natural Flu Prevention with Simple Daily Habits The current Coronavirus Pandemic sweeping the world is causing all of us to look at our daily habits. Most of the focus has been on hand sanitation, covering your mouth if you cough or sneeze, and keeping your distance from people who may be at risk of spreading the virus. However, a more prudent action to take would be to look at the daily habits you have in place which could protect you long term from being in the high risk group of most likely to suffer severe consequences from contracting a virus such as COVID-19. Rather than resort to waiting for an immunization to emerge, you could start now to adopt daily habits that support natural pandemic and flu prevention. This high risk group comprises people over the age of 60 who are immune compromised and/or have an underlying health condition that makes them more susceptible to disease and death from that disease. Unfortunately, the health of our population as a whole has been declining for many years now. Have a look at some of the statistics: From 1990 to 2013 there was a 141% increase in deaths from Heart Disease. From 1996 to 2009 there was a 145% increase n people suffering from Asthma From 1999 to 2015 there was a 150% increase in Inflammatory Bowel Disease From 1990 to 2015 there was a 250% increase in Epilepsy From 1999 to 2010 there was a 300% increase in Diabetes From 1996 to 2018 300% more births required fertility treatments. From 1991 to 2015 there were 783% more deaths from Alzheimer's Disease From 1990 to 2018 there was a 4,200% increase in Autism Common diseases are now increasing at epidemic rates, but none of this is hitting the headlines of our mainstream media! What could be causing this massive decline in our population's health, and therefore making us more vulnerable to pandemics like COVID-19 and seasonal flu viruses? Nutrient Deficiency Diseasesmineral-defiency-deseases-and nutrient deficiencyDr Wallach has been saying for man

Prickly pear seed oil known as barbary fig seed oil and one of the most expensive oils. The Prickly pear oil contains about 70% linoleic acid witch known as skin nourishment and help repair and strengthens the skin. Also contain fatty acids including omega 6 and 9, vitamin E & K, antioxidants, amino acids and phenols. Everything the skin needs to become healthy, glowing and younger look. Here are the best Prickly pear oil skin care products: 1. Queen Odelia Best Face Serum with Prickly Pear Seed Oil 2. Prickly Pear Cactus Seed Oil (Barbary Fig) by Leven Rose 100% Pure Organic 3. Prickly Pear Cactus Oil by Baja Basics, Organic, 100% Pure 4. Youth To The People Superberry Hydrate and Glow Oil 5. Prickly Pear Seed Oil by Fatima's Garden for Face, Hair, Skin, Nails, USDA Ecocert Certified Organic 6. Pure Barbary Fig Seed Oil - Vegan Certified 7. Gya Labs Organic Prickly Pear Seed Oil For Smooth, Young Skin & Healthy Hair - 100% Pure 8. Argan Oil and Prickly Pear seed oil Face Serum 9. Evanhealy Blue Cactus Beauty Elixir 10. Speak - Organic Prickly Pear Seed Facial Oil Link to Dead Sea Cosmetic: https://deadsea-cosmetic.com/

Natural Dead Sea salt with organic minerals and trace elements, containing iodine, bromine, potassium, magnesium, calcium, iron, silicon and sulfur. The salt is used as preventive, toning and cosmetic. * Helps improving blood circulation and metabolism * Calming skin, relieve stress and muscle tension * Balancing hormonal disturbances * Has an antiseptic effect * Stimulating fast renewal of tissue * Helps stimulating the healing process and protect the skin from inflammation * Helps saturating the skin with oxygen and stimulating renewal processes of skin cells Link to shop: https://deadsea-cosmetic.com/products/100-natural-pure-dead-sea-salt Link to dead sea cosmetics: https://deadsea-cosmetic.com/

We hear this comment occasionally from customers, but the important thing to consider is what are they comparing our products with to make this comparison? Let's have a look…. What are you actually getting when you purchase Youngevity's core 90 for Life Healthy Start pack?90 for Life pack Vitamins that are "grown" from certified organic fruits and vegetables, rather than vitamins produced synthetically in a laboratory. Youngevity grows specific crops in mineralized soils to reap the particular vitamins they include in the Tangy Tangerine and OsteoFX products. Unlike synthetic vitamins, the body rapidly absorbs and uptakes these plant-derived and natural vitamins. They come as nature intended us to have them, complete with enzymes, natural fiber (prebiotics), and probiotics. As such the body can easily utilize them. Plant Derived Minerals, rather than rock-based minerals. Humans were not intended to eat rocks whether crushed or whole! The only way we can readily absorb minerals is after plants have uptaken the rock minerals from the soil and through photosynthesis converted those minerals into many times smaller particles that easily pass through the human cellular structure. These Plant Derived Minerals used in Tangy Tangerine and OsteoFX are typically around 98% absorbable whereas rock-based minerals are at best about 8% absorbable. If you're considering product cost you would have to factor in the cost of 92 cents of every dollar you spend on supplements with rock-based minerals are being flushed down your toilet bowl. Careful production methods are used to ensure maximum nutrient value is retained, and preservatives are not required. Youngevity uses a slow spinning, low heat process to convert the fresh fruit and vegetables in the Tangy Tangerine 2.0 powder and OsteoFX powder formulations which, over many hours, produces the microcrystalline powders in these 2 products. The low heat means vital plant elements such as prebiotics and probiotics are

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

Waste water treatment plants are usually operated by municipalities or private utility companies, and are regulated by the states wherein they reside, but their standards were enacted by the U.S. Environmental Protection Agency (EPA). According to the Safe Drinking Water Act of 1974 (amended in 1986 and 1996), all local treatment systems are regulated so that the water they treat is tested for contamination, their improvement plans are reviewed, they have onsite inspection to ensure that machinery and sanitation efforts are functioning properly, that personnel are properly trained, and that they comply with all standards (or face stiff penalties). On top of these regulations are safety expectations imposed by the Occupational Health and Safety Administration (OSHA) under the U.S. Department of Labor. Waste water treatment plants have so many potentially hazardous areas that can impact people, directly and indirectly. Who is Affected? Directly, employees at the plant run the risk of workplace injuries from working around the huge pumps, walking near and above open water treatment containment tanks, agitator pools, furnaces, pipes, and various other facility obstacles, machinery and equipment which can create pitfalls for unsuspecting workers. Indirectly, end users of the treated water run the risk of drinking and using improperly treated water, but this post is primarily concerned with the safety of workers and visitors to the treatment plant. Ways to Make It Safe Pump pipe marking label image from wikipedia Workers who must work near open vats of raw sewage or even treated water should have all opportunities for falling into the water prevented via various safety devices, warning signs, or precautions. Potentially hazardous holding tanks or agitators should have traction tape laid on walkways or catwalks to reduce slipping. All pipes should be clearly marked with pipe marking labels to display what the contents of the pipes are. Any electric panels should b