Pages

Showing posts with label Using. Show all posts
Showing posts with label Using. Show all posts

Safety First When Using Organic Solvents and Industrial Organic Solvents

ByTimothy Byron

Today, when most people hear the term "organic" it has a positive connotation. Organic turns our thoughts to eco-conscious food, clothes, and other items created from healthy natural sources and using the least amount of chemicals possible. However, this is not the case with organic solvents and industrial organic solvents. In fact, the National Institute for Occupational Safety and Health (NIOSH) actually recognizes many organic solvents as carcinogens. Along with cancer, the Occupational Safety and Health Administration (OSHA) relates health hazards such as reproductive damage, toxicity to the nervous system, liver and kidney damage, respiratory illnesses, and dermatitis to exposure to these chemicals.

Even more shocking than the list of health hazards caused by exposure to organic solvents is their presence in so many items used daily on the job and at home. For example, solvents (such as benzene, acetone, toluene, acetic acid, ethanol, methanol, and more) can be found in detergents, glues, adhesives, refrigerants, coolants, paint strippers, cleaners, degreasers, nail polish removers, and so much more. While the odds of completely removing all solvents from your home or workplace are pretty grim, there are ways to ensure your safety when working with these chemicals.

Two of the most significant hazards when working with organic solvents are their flammability and their toxic fumes. Organic solvents in your home should be safely stored away from any source that could ignite. Always open windows and use fans when you are painting, cleaning your oven, or even removing nail polish. Do not forget to take advantage of bathroom fans and the fan in your stove's hood. Wear gloves, masks, and other types of protective gear when possible.

Working with industrial organic solvents, especially large quantities like drums, involves greater safety hazards; however, the same general precautions should still apply. For example, all industrial solvents should be safely grounded to prevent any sparks from igniting the liquid. If the solvents must be used in areas where there is high electrical usage, these areas should be well-secured. Furthermore, many industrial applications involve performing "hot work," such as welding or cutting, in areas where there is high solvent use. To ensure the safety of employees and the worksite, obtain the proper permits, have all solvents completely removed, and properly ventilate the area.

Proper ventilation is a major step towards safely working industrial organic solvents, since their fumes, although occasionally odorless, are exceptionally toxic. Commercial and industrial fans are great for removing fumes at the source by pulling air away from the workspace. If employees must be in contact with industrial organic solvents regularly, businesses should consider installing overhead hoods or fume extractors and provide employees with personal protection equipment to keep the solvents safely away from their clothes and skin.

In addition to these precautions, many companies have decided to use safer alternatives to industrial solvents when possible. For example, many providers offer a variety of low VOC (volatile organic compound) products, such as hand-wipes and degreasers, as well as non-flammable aerosol cleaners, biodegradable cleaning solutions, and environmentally-preferred solvents. These products are great choices for not only protecting your most valuable resource-your employees-but also the environment as a whole.

Organic solvents and industrial organic solvents should be handled carefully on the job and at home. When possible, organizations should consider using low VOC, biodegradable, or environmentally-preferred options.

Article Source:http://EzineArticles.com/?expert

Mastering the Art of Toxicity Replacement: Using Safe Industrial Cleaners

ByTimothy Byron

The use of industrial degreasers is a method used by facilities in an effort to reduce hazards caused by grease, oil, dirt, and other equipment or surface contaminates. Unfortunately, most cleaning products are made of chemicals that pose an even bigger threat to human and environmental safety. Understanding the alternative options available for industrial cleaners is the best way to decide which product is the best choice for you.

Oxygen Cleaning Compounds

An oxygen cleaning compound (OCC) is a solution designed for precise sanitation. Removing contaminates from oxygen equipment is the most effective way of avoiding toxic exposure and fire, creating the need for a safe compound among several industries. Oxygen valves, hoses, piping, flasks, and tanks, all require meticulous cleaning that should not harm individual people or the environment. Due to the United States Environmental Protection Agency (EPA) setting regulations which prohibit the use of dangerous industrial cleaners like Freon, finding companies that offer safe alternatives has become much easier. Reputable solvent manufacturers will inform customers of their regulation compliance, as well as their dedication to create environmentally friendly compounds. The United States Navy provides a detailed report that can be used as a reference guide to compare products, featuring strict guidelines for oxygen industrial cleaners used on aircrafts, submarines, and diving equipment. The ideal compound has no flash point, is compatible with all metals, and is safe for both gaseous and liquid oxygen items.

Nuclear Grade Aqueous

Nuclear grade aqueous solvents are applied to all types of metal that are typically non responsive to traditional water-based agents. Potent, high quality formulas are actually industrial degreasers and cleaners all in one, making them highly desired products in facilities that battle multiple soils on a regular basis. Tough waste buildup including grease, oil, wax, carbons, and inks are quickly eliminated by spraying surfaces and wiping them down, rather than using multiple products for each. Although finding safe aqueous agents can be difficult if a strong nuclear grade formula is needed, non-flammable options are absolutely available. Eco-friendly manufacturers offer aqueous cleaning products that do not have a flash point, corrosive capability, or tendency to leave residue behind.

Heavy-Duty Multi Purpose

Heavy-Duty detergents are an even higher level of sanitation than nuclear grade, due to the fact that they are fully capable of cleaning metal, plastic, and rubber surfaces effectively. Traditional compounds are often referred to as butyl cleaning products, and contain a hazardous chemical called butyl cellosolve (glycol monobutyl ether). Butyl cellosolve is used in industrial degreasers, and have proven to be extremely toxic when users are exposed by inhalation, consumption, and even basic skin contact. The use of heavy-duty products saturated with butyl cellosolve is a high risk for any industry, as it attacks exposure victims by harming mucous membranes, depressing the central nervous system, causing liver failure, and accelerating kidney damage. Finding the safest alternative without sacrificing the strength of a butyl compound is no easy feat, and it will require a manufacturer with decades of experience. Qualified solvent manufacturers are often guided by chemists who possess the education and ability to truly master the art of toxicity replacement. An undying commitment from a company to develop and evolve toxic formulas is exactly what to look for if you're considering safe industrial cleaners.

Toxicity levels of chemical industrial degreasers are evaluated to assist customers in purchasing industrial cleaners that are safe to use.

Article Source:http://EzineArticles.com/?expert