In the general public discourse the climate change debate has been, so far, confined almost entirely to the greenhouse gas issue. Our economycarbon footprint utterly dominates all climate change discussions.

In actual fact there are several major influences acting on the global climate in terms of raising or lowering atmospheric temperatures.

The warming induced by greenhouse gases, such as carbon dioxide and methane, is the first such influence. However, while the physics of the greenhouse effect are clear, the chain of causality between greenhouse gas accumulation in the atmosphere and specific weather patterns is not fully understood.

At this time the actual consequences of such accumulation cannot be accurately predicted in terms of timing and impact.

The second influence comes from periodic variations in the earth orbit around the sun and in the inclination of its axis. These cyclical variations have been relatively well correlated with past ice ages and warmer inter-glacial periods. According to some recent published research in this area our planet would currently be sliding into another cold period or ice age, although the timing is hard to pin down.

The third influence, which has come into prominence only recently, is solar activity as manifested through the sunspot cycle. For the earth, a high sunspot count means warming, a low count cooling. Although the basic cycle has an average periodicity of eleven years, there are also long term variations which are not well understood.

Sunspot activity has just reached a low which may or may not be significant. But if this low persists, significant cooling can be expected.

One can conclude that the overall picture is becoming increasingly ambiguous. Greenhouse gas accumulation due to the use of fossil fuels is no longer the only story in town, nor is warming the inevitable future outcome.

The purpose here is not to claim that greenhouse gas accumulation is not significant. It is to warn that other influences are in play which can be equally important, and that our scientific understanding must be increased before major economic measures, such as a tax on carbon emissions, are implemented.

One such measure, a so-called cap and trade scheme, is currently under discussion in the US Congress. Such a scheme has considerable drawbacks.

First, it amounts to a highly regressive tax on energy, which will disproportionally affect the lower income fractions of the population. Second, it introduces huge market distortions which vastly complicate efforts to deal with the gradually increasing price and reduced availability of petroleum.

To be successful, such efforts require first and foremost a realistic and workable long-term energy strategy, the elaboration of which must precede any large-scale government intervention in the energy area.

The US government at this time does not have such a strategy, which, as far as its impact on climate is concerned, must rest on a much better scientific understanding of the various influences on climate listed above.

Funding to increase and test this understanding will have a far greater impact than any of the currently proposed schemes to reduce carbon emissions.

Until such understanding is on more solid footing, there is no valid justification for major initiatives in economic policy on climate change grounds.

Jacek Popiel was born in Poland and educated in Africa, Canada, and the US. His career spanned military service and international business development. He is currently a writer and his first book Viable Energy Now will be published in the coming weeks. Visit: http://voyons-potsdemiel.blogspot.com

[tags]global warming, carbon tax, climate change, energy[/tags]

The energy crisis has already prompted a war; that is if you believe conspiracy theorists and the media. There might be some truth to this matter, at least if we take a closer look at the dynamics of supply and demand of fuel all over the world.

What Is BioFuel?

Biofuel is an energy source derived from recently deceased biological matter while fossil fuel (i.e. raw material for gasoline, kerosene, diesel and etc.). In theory biofuel can be derived from any carbonated source, but in practice it usually comes from plants like corn, palm, sugar cane, wheat, jatropha and algae. These feedstock sources are popular for the two most popular end products which are used for cars and machineries: bioethanol and biodiesel. Bioethanol comes from either sugar crops or fermented starch. Biofuel does not just come from plant crops, although a margin of them does.

Biomass

Since bio fuel maybe gaseous, liquid or solid fuel other categories also apply. Way up in Tibetan mountains biofuel have been in use for hundreds of years. Tibetans use manure from their goats, donkeys, horses and cows as a substitute for wood. Animal waste are common pollutants, converting it into useful energy helps eliminate its negative effects.

Biowaste

Other alternative fuel resources are used oils. People eat, and thousands and millions of gallons of used oils are thrown down the drain which leads to rivers and oceans. Oil does not decompose ergo recycling and converting it into biofuel is in order. In addition, landfills maybe of some use after all. Landfills emanates polluting gas which contain methane, a combustible gas which is the primary content of the gas we use for cooking, and heat.

Liquid biofuels are getting generous media attention because of the worsening air conditions in severely populated areas. Cars produce almost 60% of our air pollution. Vehicles need highly combustible energy so that it will function. Liquids and gases are easier to handle because it can be contained and pumped, so handling is less expensive.

Biofuel And Cars

There are two types of biofuels that maybe used in cars: biodiesel and bioethanol. Biofuel is very popular in Europe. In that part of the world most car manufacturers make vehicles with diesel engines, so using biodiesel instead of pure diesel is a relatively easy transition. If a car is unmodified owners may blend up to 20% biodiesel with regular diesel. Biodiesel comes from fats and used oils, these by products are the processed through what’s transesterification. Transestirification is a chemical reaction produced by adding an acid base to the fats. The result is biodiesel.

Bioalcohol is produced when starch, sugar and cellulose are fermented. The results are three popular types of alcohols: ethanol, butanol and propanol. Among the three it is argued that either ethanol or biobutanol maybe used in gasoline running cars, but it seems that biobutanol won the bid because it now called biogasoline. Biogasoline is formed by acetone, butanol, and ethanol fermentation and through scientific modifications.

With social enlightenment and a new found concern for the welfare of the environment more and more sustainable power resources are being discovered and invented. When all hope seems to have been lost a new glimmer looms in the horizon. It is heartening to see that men who cause the slow but sure death of the earth are trying to find ways to help it recover and be its vital self again.

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With so much talk about environmental damage, dwindling fossil fuels, and sky rocketing oil and energy prices it is now clear that we must look for alternative energy resources that will be able to supply our endless needs without the possibility of it being exhausted.

A Brief Lesson in History

A sustainable energy source since ancient times, the power of the wind has been harnessed by sailors, farmer, and architects alike. In times long gone, from 5,000 years ago and rediscovered again today the Egyptians used wind power to propel their sailing vessels, and Babylonian architects use architectural designs to make use of the wind to ventilate their palace and temple complexes.

As early as 300 B.C. the Sinhalese bygones used monsoon winds to power their furnaces. Constructed right where monsoon winds pass the furnaces were powered up to 1100 to 1200 centigrade. In the 1st century AD the first ever primitively built windmill was used to power an organ. Later during the 7th century the first and most primary windmill was built in Afghanistan in a small town called Sistan. The Windmill has a vertical axle with blades shaped like a rectangle and with a long driveshaft. In the 1100’s wind mills were built to grind flour, for sugar manufacturing and the gristmilling industries. The Dutch built windmills that stand until this day.

Beneath Power Is Wind

The Sun unevenly heats the Earth that differences of heat distribution; the poles receive less than the equators do. Unlike the land, the oceans, seas and rivers do not have covering so it retains more heat than soil. This contrast results in a global atmospheric convection that reaches from the stratosphere and into the earth’s surface. Energy in these wind movements are stored at high altitudes where in the wind can achieve speeds up to 160km/hr. Here after with the effects of friction the wind’s energy is diffused into heat throughout the planet and its atmosphere. This vast amount of sustainable power can provide us unimaginable amounts of energy, far more than we currently consume.

Wind Speed Distribution

Wind varies in strength. The average value of a certain location does not specify the energy of a single wind turbine. The wind speed’s frequency can be assessed in a particular location, they are fitted by a probable distribution function to the particular observed data. Different wind distributions varies from different locations, hourly wind speeds at different locations are being monitored by the Rayleigh model, which basically means a continuous probability distribution which was named after Lord Rayleigh.

Electrical Generation

Using the power of electricity from a wind farm is usually fed through a network of electrical power transmissions. This is done by connecting the individual turbines with a medium voltage power system and a series of communications networks. The electrical current is then increased with a transformer to be able to connect to the high voltage transmitting system. System operators supplies the wind farm owner with a code that indicates requirements to be able to connect to the transmission grid which includes the power factor, the constancy of the frequency and the behavior of the wind turbines when experiencing system faults.

Now that we know that the speed of wind is not constant, a farm’s energy production is not as much as the sum of the nameplate rating being multiplied by the year’s total hours being used. The ratio of this productivity in a whole year is called the capacity factor. This is the ratio of productivity in a year to this theoretical maximum.

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When we speak of energy, power, and development, we all think development, industrialization, advancement; all these leads to pollution and degradation of the environment. You hear advocates say that our environment was a lot purer in long gone ages because people do not use energy.

Who’s Liable?

That is not necessarily true; you see ancient man used fire to cook things, and then the sun to warm them up. Even humanity itself uses energy to be able to move and go about life each day. We cannot survive without energy and yet we blame it for the destruction of our planet. It is us who use energy to no ends, it is us who abuse its use therefore we are liable to find the solution to pollution. It is our responsibility to our selves and the future generation to seek ways of supporting our way of life without harming the environment.

The Scope and Definition of Sustainable Power

Generally sustainable power is thought to be any renewable kind of energy. Meaning it is any puissance whose source cannot be depleted and does not contaminate the environment on a long term basis.

Although sustainable power maybe confused with alternate or green energy the two are distinctly different. Sustainable power is conducive to nature but it is set apart from green or alternate energy because its source is unending, it cannot be exhausted.

Power Source

Sources of sustainable energy vary. It can be as simple as hydrogen to as complex as nuclear energy. When we speak of sustainable development we must consider the basics before heading of to the complex, after all we haven’t used the newly scientifically discovered energy long enough to know its possible effects. The first things to consider are those that nature itself supplies; like the air, wind, solar, tidal, and water resources.

Techno Speak

With all the media hype surrounding this idealism you’d think that we aren’t already using sustainable energy! Yes, we already are using alternate energy resources. We have water dams, the waterfall power plants, wind mills, geothermal plants, and the nuclear power plants.

There are three technological classifications for the technologies that help us attain sustainable power; these include biomass combustion, hydropower, and geothermal plants. First generation power automatons arose during the industrial revolution. This is the time where people discovered that manufacturing will become faster thru the use of machines, and faster output means larger sales. In a way sustainable power was researched and invented not for the future but for the moment; to improve lives, industry and the economy.

Second Generation energy resources comprise wind power, various forms of modern bioenergy, solar photovoltaics, and solar energy. These technologies emerged from the need to depend on oil so much. Research and Development was massively funded during the 1980’s and we are now reaping the benefits.

Third Generation sustainable energy resources are those that relatively new; biorefinery technologies, ocean energy, hot dry rock energy, biomass gasification, concentrating solar thermal power and even nanotechnology may make future appearances that will hopefully end our quest for continuous energy sources. On the stage of research and experimentation these resources are still under development but raise the hopes of those who continually seek sustainable power.

All that have been mentioned are technological advances and discoveries of everlasting energy source, but in the end like everything in our lives, the future is in our hands. Even when we are provided with more nature friendly energy resources if we don’t conserve and use it wisely we will still end up damaging the very planet on whose existence and well being we very much depend on.

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Today climate change is a reality that is acknowledge by even the most doubtful of skeptics. The warmer temperatures in areas where its supposed to be cool, scorching summers, and bone chilling winter have become a pattern that people cannot simply ignore.

What The War About?

Funny enough it seems that people are getting desperate and all are turning to bio-fuel like it’s the savior of all mankind. So what is bio-fuel? Bio-fuel is any gaseous, solid, or liquid material derived from biological materials. The argument ensues when people talk of the future. Bio-fuel’s raw materials are usually agricultural crops that are made to undergo fermentation and certain processes in order to produce bio-fuel.

The Problem

Who is the world’s largest oil consumer? Those with the highest number of vehicles running their roads, countries like the US, England and generally most of the European nations. When you think about it bio-fuel is made from corn, sugarcane, palm oil, vegetable oil, and etc; where do these agricultural crops come from? Third World Countries.

In Mexico they have this “tortilla crisis”. Corn which is the basic ingredient of tortilla is now sold five times the price it used to be marketed for. The reason for the inflated prices? The demand of bio-fuel in highly developed countries has severely altered the business people’s sense of profit. Why sell for a dollar when you can for 5 because the demand is now higher.

Who Suffers?

The first world countries will have to export goods from the third world countries to fuel their increasing demand for energy. The third world countries are usually tropical ones located near the equator, hence a higher crop growth of corn, and all those needed to manufacture bio-fuel; but for these countries corn is food, so is sugar cane. For the first world to survive the t poorer countries must either starve in hunger or break their back working to be able to afford the price hikes of the most basic of all commodities: food.

A Compromise

So what should we do? We need to address the problems of the environment and pollution, but it is also not right that to solve a problem we must create one. Think about it if the agricultural countries go into decline because its people can’t afford food then who will till the land to supply the giants with endless bio-fuel?

Sustainable energy is geared to sustain life, not make it harder. A proposal is in order. Since the crops needed for the production of bio-fuel can only survive in tropical countries then the governments of the more well off countries will have to invest in the agricultural countries to supply their own demand. These crops must be independent from those for local consumers. Stringent rules governing pricing and distribution must be implemented to further protect the source of the energy.

Sustainable power means the world working hand in hand to create a better way of life for the future. The road to betterment is paved with hard work and dedication. The ancient Egyptian used sails to go up and down the Nile; they were patient and they reached their destination. Let us all be patient but diligent in our quest for sustainable power to sustain life.

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Dams have been around for a century now. Beavers used it, although not for energy and now humans employ it as source for that ingredient in survival: power.

Hydroelectricity

Hydropower generates hydroelectricity. It produces power with the help of gravity. It is the most common alternate source of energy. After the dam (called the hydroelectric complex) is built the complex it produces no waste whatsoever. Hydroelectric power comes from waters potential energy.

Imagine a glass bubble, and you’re in it. When the walls crack water exerts pressure on that one whole until water comes through that tiny gap. It’s the same thing with a dam. The engineers collect the dam’s power by harnessing it with the use of a turbine which then connected to a generator. In this matter the power extracted from the rushing water depends on the amount of force the water exerts on the turbine and on the difference of the water’s average gravitational pull. The difference between the height and the outflow is called the head

The amount of the water’s potential energy depends on how high the dam is from its outflow. Dams help cities by supplying energy during extremely high demand times and during off peak the turbines pump water into higher reservoirs so that when electricity consumption is high again.

Where Is The Power Supplied

Most hydroelectric power plants supply public entities; there are some which are funded by industrial companies for their specific use. Such industries like aluminum electrolytic plants build there own hydroelectric power plants due to their high energy consumption. In fact the world’s largest dam the Coulee Dam, located in Bellingham Washington was switched to support Alcoa Aluminum plant, which at the time was the largest supplier of materials for war planes; afterwards though it was used for public electricity and as a source for irrigation.

There are also small scale hydroelectric power plants, most of them are located in north America. A plant is classified as small scale when it only produces 10- 30 megawatts. These power sources are usually connected to power grids to supply energy to small isolated communities or even to a single family home. In China small hydro schemes are very popular due to a high number of factories wishing to have their own supply of electricity.

Other Common Water Energy Sources

Other common hydro resources are rivers, the ocean, waterfalls and even ponds or lakes. Rivers power plants where in no reservoir can be built are called run-of-the-river, while the ocean is put into good use because of the tides. A tidal power plant harnesses the energy of the coming and the going of the tides. Uncommon but never the less employed are kinetic energy water plants.

Why It Makes Sense

Economically the use of hydropower is cost effective because our primary source the fossil fuel is expensive and slowly getting used up. Water is of the abundance and most of the time it is free. Granted that dams and other hydroelectric power plants are quite expensive to build, but the pros far out weigh the cons. The operating and maintenance cost of a hydroplant is considerably cheaper than looking for fossil fuel, drilling for it, and refining it to become oil. What’s more a hydroelectric power plant cannot be affected and is not subject to the rise and fall of fuel prices.

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A looming danger is ahead, darkness everywhere, no electricity, no oil.

What happens to us when oil runs out? Can you imagine nothing to fuel our cars, airplanes, tractors, a decline in farming, a decline in food production? The future seems gloom, everybody’s predicting that humanity itself will fall into decline. The richer countries siphoning of crops from third world countries to create bio-fuel; the third world countries slowly fading in hunger. We need to find sustainable power and we need it fast; our very existence depends upon it.

Solar Power

When we think of alternative energy resources, solar power immediately comes to mind. Evidently when we talk of solar power, we speak of harnessing the suns god given energy. This solar energy is transformed into electric current with the use of photovoltaics, concentrating solar power and other various technologies which are currently in the developmental and experimental stage. Solar energy works well for domestic electricity supply.

Wind Power

Employed for ages with remnants of its bygone past still evident in Northwestern Europe, the Wind Mill is making a come back. The best thing about the power of the wind is that it can never be depleted. It is natural, all around us and all we have to do is construct wind farms and then everything’s done. Economically utilizing the power of the wind makes sense. It literally has no maintenance and overhead costs.

Tropical countries use hydroelectricity as their source of power, using the waters gravitational force which comes from a high source. This is a great alternative for energy, it is a whole lot cheaper and it is environmentally safe because hydroelectric plants do not emit dangerous substances in the air nor the waters. It is pure nature. Fossil fuel driven power plants emit dangerous gases into the air while plants that are hydroelectrically driven are proven to emit a much lesser degree of greenhouse grass.

Nuclear Energy

Another source of alternative energy is nuclear energy. Nuclear energy together with other kinds of nuclear technology can harness energy. Nuclear reactors can generate steam energy by heating the water thus converting water into steam and then converting the steam into electricity. Nuclear energy are widely used in vessels and ships from all over the world.

Geothermal Power

Geothermal power is the heat that is being amassed down below from the earth’s surface. This is another way of making conventional power than that of fossil driven plants which is very much costly. This power is much feasible and also another environmental friendly alternative source of power driven by nature itself.

One big geothermal plant can power up to one whole urban community, supplying all the power it needs while a small geothermal plant can power up a small village and small buildings. One good thing about natural sources such as this one is that a geothermal power plant does not harm the air or the ozone layer because they do not emit poisonous gasses while in operation.

Using any of these alternative power sources can help us and the earth as well. It is cost effective and they are much less harmful to the earth. Using bio-fuel and using alternative power sources can be a way to save the earth and this is the future of our world.

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Since ancient times the sun was considered as a source of energy: spiritual and other wise. It is so sad to find out that in fact only 10% of solar energy is actually used. Perhaps if we are more aware of its use and its capacity as a sustainable power then maybe we will be able to use and promote solar power.

The Beginning of All Things

Unbeknownst to a lot of people, solar energy actually is the source of numerous sustainable powers like radiation, waves and wind. Solar energy has many usage it can give us light, heat, promote cooling, it can be harnessed through technology to power many things like for machines cooking, distillation, hot water, and disinfection.

Technology and The Sun

As we all know heat produces unfathomable amounts of energy. This energy has to be aided by technology in order to be converted into something that is usable by mankind. There are two types of solar technology, the passive and or the active solar energy. A classification between the two depends on how the heat from the sun is harnessed and channeled into ordinary things powered by electricity.

Active Solar Technologies use solar (photovoltaic) panels, combined with solar thermal collectors, and then channeled thru mechanical or electrical equipment. Passive solar technology is merely a technique in order to capture the suns useful rays; for example a skylight.

Electricity From The Sun

We are all familiar with the term “solar panel”; solar panels convert the heat from the sun into actual electrical current with the use of what is called the photoelectric effect. Concentrated solar power produces insurmountable energy. In fact it was greatly utilized during the time of the Ancient Chinese Civilization.

To concentrate the power of the sun, a series of mirrors and lenses are used in order to focus the light in one area thereby producing a single beam. There are a lot of technological advances out there that concentrates solar energy in order to produce a concentrated amount of power they are: the solar power tower, the parabolic dish and the solar trough.

Dilemma, Solution, And Economics.

The primary concern of the use of solar energy as a sustainable power is that there is no sun during the night. Modern times require continuous supply that is why storing solar energy is a key component of solar technology. Thermal storage systems can store solar energy. Newer scientific discoveries also paved the way for thermal mass storage systems which vary storage capacity and function by storing more energy during off peak times and varying supply at peak consumption hours.

It usually takes a crisis for people to actually look at possibilities, and like with almost everything else solar energy began getting attention after the 1979 oil crisis and the 1973 oil embargo. In fact solar technology began its appearance in the 18 hundreds. IN the past solar energy as a sustainable power was a dream but cannot be realized due to expensive technology needed to use it.

Today, with the rising costs of electricity, the volatile oil prices, and its degenerating source have paved the way for solar energy once more. The consciousness environmental welfare has prompted companies to manufacture affordable solar technologies and sell it commercial. Indeed it is a fact that solar technology is expensive but it is only in the purchase of the machines needed in the long run if you calculate it, you are actually getting a bargain.

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The World Health Organization, The U.N., and governments from all over the world are now concerned with pollution. You hear celebrities calling a call to arms, to unite against pollution. A media frenzy on how polluted the whole planet is the event of the decade.

Pollution causes instability, discomfort, disorder and harm the environment and the people living in it. There are many kinds of pollutants it could be noise, energy, light, heat, and worst chemical.

Sources Of Pollution

There are two kinds of pollution source; the point source pollution or the non point source pollution. Point source pollution is aptly named because the source is readily identifiable and may be singled out. Usually a point source only affects only a single span of area or space while the non point source will affect a larger area. Non point pollution usually affects water bodies. It’s so severe that nothing will be able to reverse the damaging effects.

A History Of Pollution

If you believe that reverting to a “traditional” way of life will reduce or at least slow down the effects of pollution then you’re wrong. The moment fire was discovered, and metal grinding was used pollution ensued. Even human wastes probably some polluted areas since the Paleolithic times, its just that at that time nature dwarfs human actions giving it a period to recover.

Pollution gradually increases as humanity evolves and society develops. In fact glacier slices in Greenland show pollution in connection with the ancient Mesopotamian, Greek, roman and Chinese era. A closer study showed that pollution increases with the rise in the utilization of metals. With the decline of any human social progress the middle ages showed a slow pollution progress; although, pollution was generally concentrated in pocketed areas like cities.

The gradual increase of populations and the widespread use of industrial processes saw the materialization of a civilization that is slowly but surely creating a negative impact on nature. It was inevitable that pollution would get so severe that people would finally notice that the environment is slowly degenerating. The industrial revolution paved the way for total environmental pollution as we know it today

A Declaration

Unknown to a lot of people, the issue of pollution is not one that’s been discovered during the 19th century. During the 9th towards the 13th century Arabic writings regarding pollution were already prevalent.

The first medium of action in which the western society first notice was so basic and simple that it is literally all around us: air. Pollution as a cause became popular towards the end of world war II when the effects of atomic testing and the atomic bomb became undeniable destructive. In 1952 great smog descended upon London prompting the death of more than 8,000 people. This event precipitated legislations sanctioning the use of coals and other polluting energy resources prevalent in those days.

Over time, the growing pollution made people realize that the main cause of nature’s demise is our relentless use of energy. This gave rise to environmentalism and the quest for sustainable power. Energy is an integral part of the human world. We cannot live without energy; our very existence depends upon it. That is why it is imperative that we find alternate energy resources that will never be exhausted and will not harm the environment as time goes by.

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These days it seems like everyone everywhere is talking about ways we can help save our planet by “going green.” What does that even mean? Going green can mean many things, but mostly I understand it as taking an active role to make environmentally friendly decisions. It means that we do our part to cut back on wasteful energy that we are using in a way to help save the earth. In an effort to inspire myself and others, I’ve decided to list a few ways that each of us can become green.

#1. Buy a water filter. I’ve already adopted this lifestyle, but I have a number of family members and friends who either don’t see the point of a filter or simply don’t want to give up their old habits. They buy caseloads of bottled water which they keep in their refrigerator until they’re thirsty. Seconds later when the bottle is emptied, it goes in the garbage can. My husband and I take a different approach. We bought a water filter pitcher which we fill daily and keep in our fridge. We use this water to refill our water bottles so we can still take it to work or the gym. This way we still the clean pure taste of bottled water, but without any of the trash.

#2. Recycle old papers. How many of us throw away papers that can be recycled? My husband and I don’t even sign up for a daily newspaper in a way to save wasted paper, but we still receive so many ads through the mail. The piles of papers stack up so high until we finally decide to take then to a local recycle bin at a nearby school. We don’t have a city recycling program that I’m aware of, but it’s only a matter of time until we do. Right now, it’s just up for people to do it for themselves. I wish we could get groups of homes together to go in on a self-dumping hopper where we could gather all of the recyclables until it’s full and then turn it in for recycling. I think if it was closer to our homes, my neighbors would be more likely to recycle as well.

#3. Be aware of the energy you use. Try to make a switch to energy efficient lighting. It’s lasts much longer than a regular light bulb and is earth friendly as well. Turn off your lights and televisions when you leave a room. It seems pretty simple, but you might leave them on more often than you realize. It’s also a good idea to make sure appliances are energy efficient and are unplugged while they aren’t being used.

Hopefully these tips can help us all live more consciously of the impact we have on our environment. If we all take small steps toward a green life, we’ll be able to see the differences for years to come.

Nationwide Industrial Supply provides affordable and high quality
self dumping hoppers . Art Gib is a freelance writer.

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