Ethanol Production

How to make ethanol is actually a fairly simple process. There is evidence of ethanol production as far back as 7000 BCE, and more recently, pure ethanol production was achieved right around the birth of the USA. Therefore, there is no reason to be afraid of something like ethanol production being too complicated of a task to undertake. We can all get involved in ethanol production on a small scale and at the very least supplement our own personal fuel supplies so as to reduce our own personal dependence on gasoline. After all, in the long run, the production of ethanol saves money, and producing ethanol makes us more self-reliant.

If we can do our part to increase ethanol (aka ethyl alcohol) production, we can reduce the need for oil and gasoline. By contribute to the industry of renewable fuel resources, we can preserve the environment for our children and grandchildren. Of course, the risk of increased ethanol production is that it could drive food prices higher globally, especially if global ethanol production were to really expand its market. However, we can carry the banner of increasing ethanol production without raising the cost of food if we contribute to the right projects, such as ethanol made from cellulose rich waste products, or ethanol made from other waste products via the gasification process. The cellulosic production process is very effective, low energy demand, and can be made from some urban and agricultural waste products. Ethanol made from the gasification production process may have a higher energy demand, but virtually all waste products could be used as a resource to create ethanol. Foodstuffs such as the sweet potato have been reported to yield more fuel than corn based ethanol, but this is again an inefficient use of resources. We don't use trash, but we do use sweet potatoes. Never should a sweet potato find its fate in somebody's gas tank. We have plenty of useless trash to burn before we need to think about using food. If there is one thing that is apparent, the process and resources by which we obtain 'liquid sunshine in a bottle' can have either a negative or positive impact on local and global economies, and of course mother Earth. Ethanol production from corn has also been reported to potentially have a negative impact on water quality (by ultimately reducing nutrient levels in water that is recycled through the process of growing corn). Feed for animals which would yield higher nutrient rich manure (and thus fertilizer) would offset the reduced water quality. But perhaps it is just best to take a broader perspective and say that we should keep our resources seperate when it comes to fuel for vehicles and fuel (food) for the people that operate them. Again, cellulose ethanol methods can increase ethanol production while avoiding this potential negative effect on water quality, as they do not have the same nutrient lowering effect on the water which is ultimately recycled through the hardy vegetation used as the primary resource.

Ethanol Production and Releasing Greenhouse Gases

There are mixed studies and results on the effect of ethanol production and releasing greenhouse gases, but it seems that what rings true is that when consumed, ethanol outputs less carbon dioxide into the atmosphere then regular gasoline. Not to mention that gasoline also releases small amounts of other greenhouse gases, whereas ethanol only releases carbon dioxide. So in theory, ethanol production releasing greenhouse gases at a greater rate than gasoline production is bogus. The truth of the the matter seems to be that the proper biomass needs to be used in the actual ethanol production process. Corn based ethanol, for example, may not be the solution because its very costly and a food supply, whereas waste is wonderful because it can finally be put to use via the process of producing ethanol. So with ethanol production and releasing greenhouse gases, the feedstock is one of the potential disadvantages of ethanol. It is important to start with the right material with the production of ethanol process. Otherwise, the process of production of ethanol could do more harm than good.

Home Ethanol Production

The argument against ethanol production as an alternative fuel source revolves around the notion that vegetation will be consumed in the process, and since vegetation is nature's way of combatting greenhouse gases, we will be effectively disarming nature. Partisan slanted arguments aside, there are two truths that lead to one significant conclusion. One: The consumption of ethanol releases less greenhouse gases than the consumption of gasoline. Two: All kinds of biomass can be used to make homemade ethanol, including waste. We can consume our trash (at least some of it) to fuel our vehicles. This is why home ethanol production is such a wonderful idea. In terms of global waste products, there are two main points of entry where the transition from a product to waste occurs: businesses and the home. Businesses are an issue to be tackled elsewhere, but the other key point of entry, the home, is a point we are all familiar with. And home ethanol production is where we can all do our part. Already we separate our trash into recyclables, we can further separate out biomass that can be used for ethanol production, saving further landfill space, and allowing for more trees to grow. If you are getting into home ethanol production, you are probably going to be interested in how to make ethanol cheaply for your car. Even the cellulosic ethanol is the most difficult way, its probably also the most cost-efficient way, so you may want to check that out for home ethanol production.

Ethanol Production Process

The proper ethanol production process takes the right kind of biomass, ferments it into alcohol, then distills it into ethanol. Fermentation takes time, and distillation requires an ethanol still. So check out ethanol stills for sale if you need one. Your going to need to make sure your vehicle is one of the e85 vehicles in order to use the ethanol that you get from the ethanol production process, but even if you do not have one of the e85 compatible vehicles you can still cut your gasoline with around 10 percent ethanol fuel. And even if you don't want to get involved in the ethanol production process, you could still quickly and easily find out where there are e85 gas stations so that you can use that instead of gasoline. Of course, if your car is not one of the e85 vehicles than the e85 gas stations may not be worth the time and gas to get there. Of course, you could always go buy a large quantity of ethanol at e85 gas stations so that you have plenty to cut your gas with for several tanks. Or you could get involved in the ethanol production process, or get your car modified through an e85 conversion to be an e85 vehicle. As one on of the ethanol cars, e85 vehicles can save you tons of cash!

Citrus Peel Ethanol Production Cost

Lets take an example of citrus peels as a waste product that can be converted into something valuable for ethanol production. Citrus peel ethanol production cost efficiency is great because citrus peels are rich in pectin and celloluse, which are great for ethanol production and ultimately ethanol distillation. Currently citrus peels are used as a low grade cattle-feed, so they are being used somewhat wastefully. Hopefully, this is one of many waste resources that ethanol expansion will make short work of. Ethanol prices should be fairly low on waste materials too.