This is obviously distressing to think about, and we need to look past the basic color (or lack thereof) that we see in the air.

The problem with industrial air pollution is that the release of toxins from plants and industrial institutions is very high for the per capita allowance. More air pollution problems are caused by industrial institutions than anything else, and many of these institutions are in chronic violation of air pollution regulations.

They do not risk being shut down, which would be more effective, but rather they run the risk of being fined by OSHA, which is often a fine that totals less than the cost of making emission improvements.

OSHA has to prove that the emissions are coming from the plant before a fine can be handed out. OSHA also has to gain access to the building which can be deterred for several weeks by management.

With tighter regulations, companies would have to make a choice between compliance and being shut down.

The cost of compliance can be steep, and there is a huge fear that jobs would be lost at a time when the economy can not handle any more job losses. There are government programs that will help these industries become nearly emission free without such taxing financial hardships, but these programs are only making a tiny scratch in a problem that requires a jackhammer to solve.

Industrial air pollution is particularly scary because the general public is not really aware of just how much damage those billowing smoke stacks are doing to the planet’s air. It seems as though the color of these smokestacks has improved over years.

Very few industries still release the thick black billows into the air but now release white billows into the air. This visual change has set enough minds at ease that the actual test results from these buildings can be shocking.

Emissions are not just color based. Gases that are released from these buildings fly up into the atmosphere and react with the natural gases that are found in the atmosphere. Some gases continually react, causing serious damage to the ozone layer, the breathable air, and then contribute to other forms of pollution when it rains.

Industrial air pollution is starting to gain worldwide recognition. It is well beyond time to make sure that these industries comply with the strictest of standards and have no simple option other than compliance.

The fines that are imposed are woefully under estimated and the companies that have the option to buy back “carbon credits” are not doing the atmosphere any favors.

Carbon credits are sold to individuals and companies as a method of offsetting the damage by giving money to organizations that claim to clean up the carbon released into the air.

Unfortunately, carbon credits are really not effective at cleaning up the air, and are certainly allowing for many industries to remain in violation of regulations legally. In most cases, carbon credits are actually purchased from a company that makes a profit on the sale of these credits.

It was a good idea that has done nothing to help the industrial air pollution problem. In fact, it is probably working hard against solving the problem. It is easier for companies to spend a few thousand dollars per quarter rather than make the internal changes that would eliminate or significantly reduce the potential for industrial air pollution damage.

For any industry, the fate of the air quality is far down the list beyond their ability to make a profit. Once the changes are made, however, these industries will be able to make a much higher profit because they will be running so much more efficiently and their running costs will plummet.

This might not be the argument that many industries want to hear, but until we fix the industrial air pollution problem, and start looking further into air pollution solutions, we are running the risk of destroying our own environment.

The potential effects of industrial water pollution could grow to catastrophic levels. Not only does the potential for destruction of fish and other water dwelling creatures exist, but the potential for serious human illness also exists.

Additional studies on the toxicity and hazardous waste need to be done in order to determine whether more stringent regulations are necessary in order to save the planet’s natural waterways.

Just like the human body (as well as the bodies of animals) metabolizes blends of minerals together, the human body can also metabolize blends of toxins found in polluted water. Calcium is metabolized better when blended with Vitamin D. There are countless toxins that blend together in the very same way.

However, instead of promoting healthy bone growth the blend of pollutants causes illness and potentially fatal diseases. This is why further research is necessary to determine the true possible damage to the natural environment as well as to the human body.

Industrial water pollution has been a very serious issue since the beginning of the industrial age. A great many industrial buildings were originally built alongside rivers and bays for the convenience that the water offered.

Whether the water was needed for the production purposes or it was used as a convenient waste disposal site, it took several decades for the damage to become apparent enough to require governmental intervention. The greatest concern with this type of pollution is that it can be very difficult to discern every single toxin in any given area when the pollution is industrial.

Through the process of manufacturing there can be a great number of pollutants for one single product. Once the pollutants hit the water and disperse, identifying the source becomes even more difficult.

The overall effect of industrial water pollution can be devastating to the environment. When pollution hits the water the entire ecosystem becomes affected in one way or another. The toxins can be absorbed by plants and ingested by the sea life.

If the pollution levels are toxic enough the sea life not only starts to die off but many toxins can be passed to other animals in nearby ecosystems if the affected sea life is eaten. On top of that, the pollution often changes the algae and natural bacteria levels in the water which can significantly increase of decrease the oxygen levels in the water. Too much oxygen in the water is just as detrimental as too little oxygen in the water.

Governmental regulations have helped to put a damper on the level of pollutants that are released into the waterways. However, the regulations are either not strict enough or they are not enforced with enough vigor.

New regulations are often created to restrict the pollutants from entering the water but do not go into effect immediately. Industrial corporations are often given as long as five years to eliminate their pollutants from their discharge. The government offers the industrial world this type of time extension due to the hefty expense that making the appropriate adjustments can accrue.

On a positive note, most businesses now choose to use office water coolers which supply clean drinking water to their employees and having either a bottled or bottleless water cooler dispenser in the building is one sure way of avoiding the polluted water from tap water.

The toll the industrial water pollution takes on the planet’s well-being can be extreme. Cleaning up the polluted water is certainly no easy task. It takes a combination of natural filtration, human effort, and preservation techniques.

Even then there are some pollutants that will remain embedded in the silt and plant life for decades. Industrial water pollution can leave its mark in some of the worst ways for a long time which makes it one of the worst forms of pollution. The long term effects on natural ecosystems as well as humans are not yet completely understood, but it is understood that the long term effects are detrimental.