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> DECEMBER 2, 2013
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> DOW CARVES OUT $5 BILLION IN CHLOR-ALKALI AND EPOXY ASSETS FOR DISPOSAL
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> Dow Chemical is carving out a $5-billion chunk of its chlorine value chain for disposal as part of the company's long-term shift to higher-margin, noncyclical activities, Dow announced on 2 December. Over 40 manufacturing facilities at 11 sites and nearly 2,000 employees will be affected. The assets are to be split into three units: epoxy, chlorinated organics, and North American chlor-alkali and... [more]
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Tuesday, January 7, 2014
Fwd: BREAKING NEWS: Dow carves out $5 billion in chlor-alkali and epoxy assets for disposal
Monday, January 6, 2014
Happy Holidays !!!
Tuesday, May 1, 2012
The History Of Bubble Gum
The Bubble Gum has gone through a lot over its long history. In the early 1900s, a man named Frank Fleer tried to come up with the perfect bubble gum recipe for his candy company. He experimented with a lot of gum recipes to find it. His first bubble gum however turned out to be too sticky and his recipes were never sold.
In 1928, Walter Diemer was able to discover the bubble gum recipe by accident. He was experimenting with different gum recipes when he stumbled upon a mixture that started to form bubbles. He took this discovery and brought it to a grocery store to test it. All the gum was sold in a single day.
Walter Diemer brought his invention to the Fleer Company and was named and marketed as "Dubble Bubble" gum. To help sell the gum and help people understand, Diemer taught the salesmen how to blow bubbles using the gum. The salesmen in turn taught the people who bought the gum. It was a huge success and for many years the Dubble Bubble gum was the only bubble gum on the market.
The Topps Candy Company started manufacturing bubble gum at the end of World War II. The company introduced the famous Bazooka Bubble Gum. This was named after the musical instrument that was created in the 1930s by Bob Burns. As an added gimmick, the gum had "Bazooka Joe" comic strips on the gum wrapper which contributed to its popularity. Also as incentives for children, the Topps Company included gum to the Bazooka Joe baseball cards in 1953.
Each type and brand of bubble gum, may it be bubble or chewing gum, has its own unique formula. But generally, these steps are followed in making gum. The ingredients are placed in large steam-jacketed kettles where they are cooked at high temperatures until melted and become as thick as maple syrup. While maintaining the high temperature, the syrup is passed through mesh screen filters. They are then moved into vacuum strainers. After this, the hot liquid mix is poured into a machine that has slow revolving blades. It is here that sugar, flavoring and corn syrup are added into the mix. In making sugarless gum, sweeteners like sorbitol, xylitol, or mannitol substitute the sugar.
After this step, the sweetened liquid moves to a cooler where the temperature is dropped to slightly solidify the gum and is prepared for the extruder machine. The extruder machine will maneuver the gum to achieve a certain texture. When set, the mix is passed through a roller where the gum is flattened. The thinnest sheets are made into stick gum while the thicker sheets are made into candy-coated gum. The stick gum then goes through high powered machines where it is wrapped, packaged and shipped to different candy stores around the world.
The candy-coated gum though needs to go through more work. The thick sheets are cut into pellets and then sprinkled with powdered sugar. The sprinkled pellets are then set aside and allowed to set for 48 hours. When set, these pellets move into large revolving machines that coat them with candy until they reach the desired coat thickness. They then go through high powered machines where they are wrapped, packaged and shipped to the different candy shops.
At the present day, blowing bubbles has become a tradition that friends and families have where they pass on the joy of blowing bubbles with bubble gum.
Michael Russell Your Independent guide to Candy [http://candy-guide.com/]
A Brief History Of Chewing Gum And Bubble Gum
It's actually really hard to imagine that chewing gum is one of the oldest types of candy in the world. Archaeologists have actually found evidence that prehistoric men and women used to chew on tree resin because of the flavor it had. This was more than a thousand years ago. It was also discovered that almost all cultures chewed on some form of gum. Ancient Greeks called tree resin "mastiche" and chewed it to clean their teeth and freshen their breath.
Of course, chewing gum and bubble gum didn't become commercialized in the United States until the mid 1800's when the Curtis brothers invented gum from spruce tree resin. They charged one penny for two hunks and the popularity quickly spread. Bubble gum was invented by accident just a few decades later when Frank Fleer invented it. It later evolved into America's first bubble gum, America's Original Dubble Bubble Gum. Sales of bubble gum actually declined in the late 1800's and early 1900's because doctors actually told people to stop chewing bubble gum because they were afraid that it would make peoples' intestines stick together. Of course, this theory was quickly disproved and gum got back on course. Sales continued to grow for chewing gum and have always remained strong throughout its history.
In 1951, The Topps company, which makes the popular ring pops kids enjoy so much these days, made bubble gum even more popular by pairing a stick of gum with a pack of baseball cards. This technique increased sales in both gum and baseball cards.
Today, bubble gums are made with sugar, corn syrup, flavorings, softeners and latex or plastic. Now, dubble bubble has a new product, America's Original Dubble Bubble Gum - Fruitastic Flavors, which has also become a big hit among kids. The original color of gum, pink, is still the most popular color and now, sugarless gum is chewed for dental health reasons. Candy makers like the Willy Wonka also want a piece of the gum market and they are making new products that are similar to gum, like Wonka Laffy Taffy Long Lasting Chews. These are not nearly as popular as gum, but they allow candy companies to get by.
These days, Americans chew around three hundred sticks of gum a year and they love every minute of it. Of course, most gum is still purchased right before Halloween and before Christmas as well. This wonderful product as allowed us to keep our mouths busy for as long as we want. The taste isn't bad either.
Caitlina Fuller is a freelance writer. Today, bubble gums are made with sugar, corn syrup, flavorings, softeners and latex or plastic. Now, dubble bubble has a new product, America’s Original Dubble Bubble Gum – Fruitastic Flavors, which has also become a big hit among kids. Candy makers like the Willy Wonka also want a piece of the gum market and they are making new products that are similar to gum, like Wonka Laffy Taffy Long Lasting Chews These are not nearly as popular as gum, but they allow candy companies to get by.
How to Blow Bubbles With Bubble Gum Like A Pro
Many cultures chew substances made from Mother Nature such as grasses, plants and resins. Chewing gum's history actually dates back to the ancient Greeks, being their favorite hobby. However, it was a William Semple, not a Greek, who first patented chewing gum on 28 December 1869 and a Susan Montgomery who had blown the largest gum bubble ever at 23 inches in diameter. She is recorded in the Guinness World Record.
The most popular brands are not always the best for blowing bubbles. Companies like Bubble Yum and Bubbicilious have created soft, easy to chew, full of flavor, long lasting gum; great for those that want to chew gum, bad for those that want to blow bubbles. If you want to blow championship bubbles, go with a less popular brand like Double Bubble or Bazooka. They contain less sugar and are harder to chew, but offer superior strength for bubbles.
The trick is to use a small amount of gum. If after you have blown your bubble and still find gum in your mouth, it does not mean you need more gum. Just more practice. More gum does not make more bubble. Also, you can only use three pieces of gum to contest the world record.
To beat against the odds of blowing your gum bubbles to their full potential, try to practice indoors where it is easier to manage the wind and temperature. These two factors are crucial to your success. Too cold, the skin of your bubble will get thin and breaks easily; too hot, your bubble will collapse prematurely.
All bubble gum have sugar and artificial flavors in them for taste. However, these two ingredients are bad news for those who want to blow big bubbles. A trick is to masticate your gum until you work out most of the sugar and artificial flavoring, which in turn will create superior strength for your bubbles. The next step is to get your gum at the right consistency. It gets harder as it cools down after you have blown a bubble. Warm it up to become softer by chewing it further. At the correct consistency, you can effortlessly push your tongue through the gum and fill the pocket with air to blow your bubble.
If you want to blow the biggest bubbles possible, be careful and blow slowly. Use slow even breaths, this gives your gum time to stretch and grow, but also keeps even pressure on the gum to keep it from sagging. Don't tighten your lips around the bubble like you just sucked on a lemon, this will force you to blow harder and pop your bubble. Instead keep your mouth open so you inflate the bubble through a larger hole.
A champion is not born without practice. Then again, in order to blow really big and impressive bubbles, you also need a strong jaw, tongue and diaphragm. You should try out all the tips mentioned above and see which combinations work best for you. It is more fun, which is the main thing, if you can practice and compete with your friends.
Christopher Pratt runs an upclass candy store establishment, Candy Warehouse which is known for their bulk candy discounts. Whatever the reason or occasion, you will definitely find something to your liking such as bubblegum, chewing gum and so on.
A Brief History of Dubble Bubble Gum
One of the most popular brands of bubble gum is Dubble Bubble. Once packaged creatively with a comic strip wrapped around the sugar covered gum Dubble Bubble can now be found in gumball form making it perfect for candy vending machines. As with many of life's great discoveries Dubble Bubble was found by accident in 1928 by an accountant who worked for the Fleer company. Founded in 1865 by Frank H. Fleer, the chewing gum company was the first to successfully manufacture bubble gum. However, it was an employee named Walter Diemer who came across the recipe for the now iconic Dubble Bubble brand of gum.
Born and raised in Philadelphia, Pennsylvania, Diemer was an accountant by trade but liked to use his spare time for experimenting. One of his hobbies was concocting recipes for chewing gum based off of the original Fleer ingredients. Though founder Frank Fleer had come up with his own bubble gum recipe in 1906 it was shelved due to its being too sticky and breaking apart too easily. He had coined the gum "Bibbler Blubber" but it would be another 20 years until Diemer would use the original idea as the inspiration for his invention.
Just prior to the stock market crash and the Great Depression the executives at Fleer decided to cut costs by manufacturing their own gum base. This move helped encourage Diemer to be more creative with his experimenting and in 1928 he stumbled upon a recipe that was less sticky than standard chewing gum, would not stick to the face when blowing a bubble and could stretch more easily. The only food coloring available at the factory was pink so Diemer had no choice but to use it and the color would go on to become the standard for gum the world over. Using a salt water taffy wrapping machine Diemer decided to individually wrap 100 pieces and brought the stock to a local candy store. The gum was priced at one penny a piece and sold out in one day.
Diemer's recipe was quickly snatched up by the Fleer brass (he never patented the invention and also never received royalties for sales) and the company began selling the gum locally. In 1930 the company added the marketing scheme of wrapping the gum with a comic strip that featured two cartoon twin brother characters Dub and Bub. The brothers would eventually be replaced by Pud in 1950. Production of the gum was halted in 1942 due to the rationing of latex and sugar during World War 2 but by 1951 Fleer was once again mass producing the popular bubble gum.
In 1957 Fleer introduced the first gum 5-pack with Dubble Bubble and was also reaping the benefits of the successful bubble gum blowing contests they sponsored which were televised nationally. The company decided to extend the flavor lines for the gum by adding apple, grape, cherry and watermelon. In 1998 Dubble Bubble was purchased by Concord Confections and in 1999 they introduced Dubble Bubble as a gumball. In 2004 Tootsie Roll acquired Concord and today the legendary gum is now sold in over 50 countries. Not bad for an accountant.
For a great selection of Dubble Bubble brand bubble gum visit Gumballs.com where you can find a great variety of bulk candy, gumball machines and vending supplies.
Getting Bubble Gum Out of Your Carpet
Kids and adults alike are fond of eating candies. One of the favorites that many people have is bubble gum. It is delicious to chew and you can make fun bubbles with it too. It is no wonder why many kids chew gum all the time. What is not fun with bubble gum though is if it gets tangled in your carpet.
Getting bubble gum out of your carpet can be a big pain. If you are facing this very problem, there's no need for you to cut your carpet fibers to get the gum out. There are effective ways that you can use to get it out without having to use those scissors. Read on to find out what you need to do to remove gum from your carpet.
· The key is to attend to the bubble gum as soon as possible. Don't let it set for several hours before trying to get it off. As soon as you drop the bubble gum on your carpet, immediately take the steps in order to remove it. As soon as you drop your gum, try to get it immediately if you still can. Sometimes it doesn't get tangled and you can still get it off easily without doing anything.
· Gum is tricky because it gets tangled with your carpet fibers. This makes it difficult to clean up and remove. The best technique to use for this is to freeze the gum to make it easier to remove. Get a few ice cubes and place them inside a small plastic bag. Then, place this plastic bag on the affected area of your carpet and hold it there until the gum freezes and hardens, thus making it more manageable to remove.
· Now that the gum on your carpet is hard, get a bread knife and try to remove as much of the gum as you can. You will notice that the gum will chip off now that it is frozen. Continue doing this until you have removed most of the gum from your carpet.
· If after the previous method you still have some gum remaining on your carpet, then its time to use a cleaning agent to dissolve it completely. Get a commercial cleaning agent and spray it onto the carpet fibers. Then, use a soft-bristled brush to work it in and to remove the remaining gum.
· With the gum removed, all you need to do is rinse the area you just cleaned with water to remove any remaining residue on your carpet. Then, dry it up using a clean sponge or a rag.
This task is actually not that difficult as long as you follow the right steps. Follow the guide above and you'll surely get that bubble gum stain from your carpet in a jiffy.
To find a qualified carpet cleaner visit Carpet Cleaning Richmond VA
A Few Significant Information You Need to Know About Nitric Acid
What are the characteristics or properties of nitric acid?
When pure, nitric acid is colorless, but it tends to acquire a yellow cast as a result of the accumulation of oxides. When a solution contains 70% of the substance, it is generally referred to as Fuming Nitric Acid. It is also highly corrosive and it fumes in moist air. It is a strong oxidizing agent and its reactions with compounds like carbides, cyanides, and metallic powders can be explosive. It is miscible with water.
Are there other names for the substance?
Yes, there are. It is also referred to as aqua fortis and spirit of nitre. It is also available under other names such as Concentrated Nitric Acid, Nitric Acid Concentrated, Conc Nitric, Conc Nitric Acid and HNO3.
How is it created?
The creation of a very pure nitric acid generally involves distillation with sulfuric acid. It is because this kind of acid forms an azeotrope with water, the composition of which is 68% nitric acid and 32% water. Usually, commercial grade solutions are between 52% and 68% nitric acid. Moreover, the commercial production of the substance was developed in 1902 by Wilhelm Ostwald, a German chemist. This process is known as the Ostwald process.
What are its uses?
Two of the most common known uses of the substance is in the manufacture of fertilizers such as ammonium nitrate as well as the manufacture of explosives such as trinitroluene (T.N.T.) and nitro glycerine. It also used in the jewelry industry. It is for the reason that when it is mixed with hydrochloric acid, aqua regia is formed. Aqua regia is a reagent that has the capability to dissolve metals like gold and platinum. Other industries where the substance is used include the printing industry for photoengraving, metal cleaning and etching, electroplating, electrical circuit board making, and wet chemical etching.
What are its health implications?
The substance is strong and toxic and it can cause severe burns, ulcers, blisters, and permanent scarring when it comes into contact with the skin. Accidental or intentional swallowing of the substance can cause death, besides other results such as burns to the mouth, throat, and stomach. Moreover, it can be inhaled as a vapor which can result to dryness of the throat and nasal passages, shortness of breath, cough, chest pain, and breathing difficulties. If it comes into contact with the eyes, it can cause permanent injury and blindness, depending on the length of exposure.
Moreover, there are certain first aid measures that can be used if it is either inhaled, ingested, or comes into contact with the skin or eyes. If it is inhaled, the victim should be removed to a place where there is fresh air. If the victim's breathing is difficult then give oxygen. When it is ingested, one thing that should be remembered is to never induce vomiting. Instead, give the victim a good amount of water or milk. But do not give the victim anything by mouth if he or she is unconscious.
If the substance comes into contact with the skin, quickly flush the affected part of the skin with a large amount of water for at least 15 minutes. Also, remove the victim's contaminated pieces of clothing. If it is eye contact, flush the affected eye with plenty of water, again, for 15 minutes. While doing this, occasionally lift lower and upper eyelids.
What is its proper storage and use?
Nitric acid must be stored in a cool, dry, and well-ventilated area. It must also be kept out of direct sunlight. When making use of it, wear safety glasses and gloves to prevent it from coming into contact with your skin and eyes.
Jo is a writer for 'ReAgent Chemical Services Ltd' (http://www.reagent.co.uk), a reputable UK stationed chemical manufacturer that manufactures, carries and distributes an enormous selection of premium chemicals. If your firm is searching for superior quality chemical product for instance Nitric Acid or has other industrial chemical needs for purposes like chemical mixture, analytical purposes and cleaning then have a look at ReAgent Chemical Services Ltd.
Safety Information - Things You Need to Know When Handling Nitric Acid
Possibly the most common use of nitric acid is in the production of nitrogen-based fertilizers. The US production per year reaches an approximate total of 11 million tons coming from about 65 manufacturing plants around the country. Meanwhile, in the UK, more than one million ton is produced annually.
Nitric acid is a colorless liquid which can become yellowish or reddish over time in storage due to the build up of nitrogen oxides. It is a highly corrosive liquid, a strong oxidizer, a poison and has the capacity to dissolve most metals.
Aside from being a main component in fertilizer production, nitric acid is also a very important component chemical in the manufacture of explosives, dyes, plastics, metallurgy and as a cleaning agent in food, dairy and brewing industries.
Nitric acid is such a very important chemical in many industries that although it is considered to be more dangerous than most chemicals in 6 out of 9 in the ranking systems, it is still produced in large volume and many of the people working in trades using nitric acid in its applications are put in occupational hazard. It is therefore important that safety information, proper handling training and other safety procedures are given to these workers.
Inhalation of nitric acid vapors may cause difficulty in breathing and, in fatal cases, may lead to pulmonary edema and pneumonia. Irritation of the nose, throat and respiratory tract, coughing and choking can be observed when someone accidentally inhales nitric acid vapors. Ingestion can also be very dangerous because of the corrosive property of nitric acid. It will cause instant burns and pains of the mouth, throat, esophagus and the rest of the gastrointestinal tract.
Nitric acid is an irritant and direct eye contact causes severe burns and may even result to permanent eye damage. Direct skin contact, on the other hand, causes pain, redness, and serious skin burns. Concentrated nitric acid solutions turn the skin yellow as a result of a reaction with keratin as well as ugly blisters.
Constant and long term exposure to vapors may result to erosion of the teeth and damage to the lungs. However, it is a seldom case that a long term exposure to nitric acid occurs because of the strong corrosive and high reactivity of the chemical. Patients with preexisting health conditions of the skin, eyes and cardiopulmonary system are more susceptible to the effects of the acid as well as exacerbate their conditions.
Apart from these health effects, the chemical properties of nitric acid also require special and secure handling to prevent reactions with others chemicals which can result to increase in flammability of combustible materials, fires and explosions. Leakage and spilling can also cause corrosion and other accidents.
Knowledge of the possible effects of nitric acid and the awareness of the safety precautions and proper handling should be an integral part of a company's standard operating procedure and good manufacturing practices.
Workers should always wear protective clothing including chemical safety glasses and gloves. Gloves made from polyethylene, neoprene and butyl rubber are appropriate for handling up to 70% concentration of nitric acid solutions. Working area should also have good ventilation, more so when using concentrated form of the acid. Eye wash fountains and quick drench facilities must be within the direct vicinity of the work area.
It is the company's responsibility to provide their workers with the proper protective outfit as well as the technical know-how of handling nitric acid. However, it then becomes the worker's duty to always follow safety procedures and exercise extreme measures when dealing with hazardous chemicals such as nitric acid.
Jo is an author and publisher for 'ReAgent Chemical Services Ltd' (http://www.reagent.co.uk), a well-known UK stationed chemical firm that creates, has a supply of and distributes a huge selection of high quality chemical. If your business is searching for premium chemical product such as Nitric Acid or has other industrial compound needs for applications like chemical fusion, analytical purposes and cleaning then check out ReAgent Chemical Services Ltd.
Production Process Involving Industrial Type of Nitric Acid
Being one of the four most important inorganic acids in the world as well as identified as one of the top ten chemical manufactured in the US, nitric acid production is an intricate and elaborate process but one which has been refined over years of research and practice.
Nitric acid is a colorless liquid which is (1) a strong oxidizing agent, having the ability to dissolve most metals except platinum and gold, (2) a potent acid due to the high concentration of hydrogen ions, and (3) a good source of fixed nitrogen necessary for the manufacture of nitrate containing fertilizers.
The process of producing this compound employs two methods, one producing weak nitric acid and high-strength (concentration) nitric acid.
Weak Nitric Acid Production
Weak nitric acid has 50-70% concentrated and it is produced in greater volume than the concentrated form mainly because of its industrial applications. This is typically produced using the high temperature catalytic oxidation of ammonia. It follows a three step process beginning with ammonia oxidation to nitric oxide followed by oxidation of nitric oxide into nitrogen dioxide and finally absorption of nitrogen dioxide in water.
In the first step of this process, a catalyst is applied and the most common catalyst used is a combination of 90 percent platinum and 10 percent rhodium gauze assembled into squares of fine wire. Heat is released from this reaction and the resulting nitric oxide is then oxidized by making it react with oxygen using condensation and pressure.
The final step involves introduction of deionized water. Concentration now depends on the pressure, temperature, number of absorption stages as well as the concentration of nitrogen oxides entering the absorber. The rate of the nitric dioxide absorption is controlled by three factors: (1) oxidation of nitrogen oxide in the gas phase, (2) the physical distribution of the reacting oxides from the gas phase to the liquid phase, and (3) the chemical reaction that takes place in the liquid phase.
High Strength (Concentration) Nitric Acid Production
High strength nitric acid has 95-99% percent concentration which is obtained by extractive distillation of weaker grade of the acid. The distillation employs a dehydrating agent, usually 60% sulfuric acid. The dehydrating agent is fed into the chamber with the weaker grade of the acid at atmospheric pressure resulting to vapors of 99 percent nitric acid with trace amounts of nitrogen dioxide and oxygen. The vapor then goes through a condenser to cool it down and separate oxygen and nitrogen oxides byproducts. Resulting inorganic acid is now in concentrated form.
The trace amounts of oxides of nitrogen are converted to weak nitric acid when it reacts with air. Other gases are also released and emitted from the absorption chamber. It is important to note the amount of released oxides of nitrogen since these are indicators of the efficacy of the acid formation as well as the absorption chamber design. Increased emissions of nitrogen oxides are signs of problems in structural, mechanical problems, or both.
It might all sound complicated to a layman, and it is. However, people who work at manufacturing plants which produce the acid in both its forms are properly trained at handling the ins and outs of the processes.
Nitric acid production is a very delicate process however we can always look for better ways to make production more effective but not forgetting the hazards this chemical poses to both humans and the environment. So it is very important that proper safety procedures and training are given to those who are directly working with this strong acid. Also, structural and mechanical designs must be made to specifications, maintained regularly and monitored for possible leaks and damages.
Jo is a content writer for 'ReAgent Chemical Services Ltd' http://www.reagent.co.uk a reputable UK based chemical producer that produces, carries and distributes a huge variety of high quality chemicals. If your business is searching for premium chemical product such as Nitric Acid or has other industrial chemical requirements for applications like chemical syntheses, analytical applications and cleaning then have a look at ReAgent Chemical Services Ltd.
Learning the Dangers and the Appropriate Way of Handling Nitric Acid
Nitric acid is known to be a very dangerous substance. It is highly corrosive, very reactive, poisonous and a strong oxidizer. Needless to say, one should be very well-equipped with the necessary knowledge and gears in order to make use of this acid properly and to avoid very dangerous situations. In fact, strict rules and regulations are being implemented in order to monitor the distribution of the acid in the industrial market. These are meant to lessen the risk of accidents and misuse when dealing with it.
However, amidst this notoriety, nitric acid is a very important component in many industrial processes and production of important products. It is because of this that a lot of companies still manufacture, distribute and produce this substance and a lot of businesses use this highly dangerous acid.
Since the use of the substance is inevitable, granting its contribution to our society, one must be aware of the potential hazards that the acid could cause. It would be sheer irresponsibility to just think about how to buy nitric acid. Any industries that have to do with the substance should be able to see to it that they know the possible dangers that it could cause to human lives. In doing so, they will be able to make a working environment that is safe and has all the precautionary measures to avoid severe damages that nitric acid could possibly cause.
For one, the acid is known to be very corrosive and it could affect a person through inhalation, skin contact and eye contact. Each kind of exposure carries certain dangers to a person's life. Furthermore, certain processes that the acid undergoes could make it emit vapors, which, when inhaled, could lead to pulmonary edema and pneumonia. It does not take a rocket scientist to know that these conditions are very fatal to a person's life. Secondly, when the substance gets to the skin, it can cause skin burns, redness and pain. The extent of damage would depend on the quantity of the acid that came into contact with the skin. In fact, acid in its concentrated solution form could cause deep ulcers and yellow or yellow-brown stain to the skin. Lastly, if a person handles the acid without any eye protection, he runs the risk of getting severe and irreversible damage to his eyes.
In knowing these possible accident scenarios, you will be able to create and use preventive measures in any processes that require the use of HNO3. Hopefully, you will be able to avoid accidents from happening and even improve you company's production. Just always remember that no matter how dangerous something is, everything would still depend on how you use it. And, by knowing the potential dangers nitric acid could cause, you can be more cautious in handling it.
Jo is a content writer for 'Nitric Acid' (http://www.nitric-acid.co.uk), a website owned by ReAgent Chemical Services Ltd, a reputable UK based chemical manufacturer that makes, stocks and distributes a huge range of premium chemical. If your company is searching for high quality chemical product and have no idea how to buy Nitric Acid then have a look at Nitric Acid Information.