The Clean Air Act is a piece of legislation that promotes the reduction of smog and general air pollution to create a healthier natural and human environment. In the U.S., a number of clean air acts have been enacted since the 1950's, with the latest being the Clean Air Act Amendments in 1990, which focus on regulating emissions trading, addressing ozone depletion and preventing acid rain and toxic air pollution. As one might imagine, the Clean Air Act encourages both environmentally friendly industrial practices and environmentally friendly domestic practices, an example of which can be seen in its concern with the production and use of solvents.
Solvents are an essential component of a wide variety of commonly used products, including beauty products, perfumes, soaps, industrial and domestic cleaning solutions and adhesive products. In terms of the Clean Air Act, all solvents should ideally be organic to reduce air pollution as much as possible. However, the act requires companies to produce solvents that adhere to environmental safety standards that do not go as far as mandating organic products. Nonetheless, the ideals established establish by the Clean Air Act are best pursued by the production and use of organic solvents. Companies that produce "environmentally friendly" industrial degreasers, for example, would obviously increase their environmental friendliness if they instead produced organic industrial degreasers. The same applies for other industrial solvents.
Despite the growing popularity of environmental design principles and products, companies continue to produce non-organic solvents that could easily be produced as organic solvents for two main reasons: the transitional costs associated with switching from non-organic to organic and the possibly divided perception of customers toward the new organic products. When transitioning from a non-organic product to an organic product amounts to creating an entirely new product that accomplishes the same task. But the fact that the chemical structure of industrial organic degreasers differs from the chemical structure of traditional degreasers plays a role in consumer product perception.
While a solvent that has corrosive qualities would seem to be less desirable for this reason, consumers often interpret a solvent's "dangerousness" to be a sign of its power, particularly in the case of solvents that kill germs and cut dirt and grime. Moreover, for a company to successfully transition from producing non-organic solvents to producing organic solvents, consumers must be willing to invest in the new product, which means that consumers, not companies, ultimately play the most pivotal role in the furtherance of organic solvents.
As the Clean Air Act denotes, the price for favoring traditional solvents over non-toxic solvents can be costly. In addition to causing conditions that damage the natural environment, poor air quality ultimately compromises the health of humans. Critics of the Clean Air Act often claim that it reduces corporate profits. But maintaining corporate profits at the expense of the environment is what has led to any number of environmental situations that have resulted corporate regulations, such the production of safer solvents by companies who refuse to do it by choice.
What's the real difference between organic industrial degreasers and traditional industrial degreasers? According to the Clean Air Act, organic solvents such as industrial organic degreasers result in better air quality than non-organic industrial solvents. More and more businesses are doing what ever it takes by using environmentally safe products such as organic degreasers. One of the best places to start is EcoLink.com. EcoLink has helped a long list of leading manufacturers, aerospace companies, energy utilities, transportation providers, the military and government organizations navigate unpredictable industrial chemical bans and phase-outs by promoting Less Chemicals and Safer Chemicals. They are a leading authority on industrial solvents.
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