Ekong is the owner and operator of Delaware Biofuels he has experienced many challenges from permitting to finding a suitable location for the new start up. Just goes to show you hard work and perseverance does eventually pay off. So congratulations Ekong and we wish you continued success. They made some test samples this week and I wanted to show you the product that they made with the B-500 commercial biodiesel processor 70CentsaGallon.com provided for them which is a dry wash system using Purolite macro porous resin.
Find out about how enzymatic biofuel production is possible by listening to the pre-recorded teleconference.
With enzymatic biodiesel processing, there is no caustics required and no soap formation. The byproducts produced are high quality glycerin and water. Listen to the whole call right now.
Ethanol Biofuel Strategies for Competitive Advantage and Enhancing Net Profits Through Enzymatic Transesterification
At present, Ethanol is a leading alternative source of energy manufacturing in a number of countries around the world. Ethanol biofuel and other such alcohol based fuels distilled from corn, maize, grain and similar plants which can be combined or blended with, or substituted specifically for gas.
Ethanol producers currently have the opportunity to boost their income by developing their own non-edible corn oils into diesel biofuel using enzymatic biodiesel production processors. The enzymatic process currently will allow companies to process feed stock with up to 5 percent water in the non-edible oil feedstock material, without needing to pretreat the vegetable oil to decrease free fatty acids or get rid of waxes. This can be all accomplished at an working temperature of 85 F. with a refinement cost less than 1 dollar.
The large quantity of non-edible corn feedstock oils within the United States could be used in developing self-sufficient biofuels production. A large number of ethanol plants already have plans to employ technologies to get rid of the residual vegetable feedstock deriving from distillers dry grains with solubles (DDGS). Oil from corn grains is most frequently pertaining to food preparation, however a kind of non-edible corn oil which is created as a by-product of the ethanol processing methods of production. Up to now, this valuable oil feedstock was locked in the DDGS and shipped to the feed marketplaces.
The corn ethanol target is Fifteen billion US gallons by year 2015 if only a half pound of oil is obtained from every bushel of corn farmers produce it could potentially create almost Four hundred million gallons of non-edible corn oil for biofuel production. Because of the large volume of non-edible corn oil in the United States it could be used to assist the bio-diesel bio-fuel industry and make improved revenue for ethanol producers.
Modern corn vegetable oil techniques used for the ethanol industry are made to extract non-edible corn oil from the whole stillage process immediately just prior to the creation of distillers grains solubles (DDGS). This processing for nonedible corn oil can be employed precisely for biodiesel production. The enzymatic process can process non-edible corn oils rapidly for ethanol producers, even corn oil feed stocks consisting of 0-100 free fatty acids can be processed at an operating temperature of just 85F and very little ethanol or methanol is required. There is no caustics required and no formation of soap. Using the enzymatic biodiesel production process can provide Ethanol suppliers a higher return on a co-product which is already produced.
Learn more about enzymatic biodiesel production when buying a new biodiesel plant. Increase profits of bioethanol producer distillers dry grains with solubles using biodiesel enzyme transesterification
Enzymatic process does not require any degumming, caustic, and does not produce soap. Glycerin is a much higher quality and methanol usage is lower than traditional transestification process.
This should provide you with more information on the
enzymatic biodiesel production process and show you how to drive
down cost and increase profits using enzymes for your production
capabilities, and what the next steps are to implement the enzymatic
The Enzymatic Biofuel system improves conversion economics in nine ways:
1. Biodiesel is easier to separate from crude glycerin because of the absence of emulsifying soaps.
2. The use of low grade oil feedstocks, especially those with Free Fatty Acid higher than 3% and even up to 100% can now be employed.Low-grade oil feedstocks with FFA content as high as 100 percent can now be processed into ASTM biodiesel
3. Very little waste, Traditional caustic transesterification results in large amounts of alkaline toxic waste and complexity in downstream processing.
4. Low-grade oils can now be used without significant pretreatment.
5. Virgin oils no longer need to be degummed.
6. Catalysts are typically not reusable, Enzymes in the process have a 12 month shelf life.
7. Crude glycerin is significantly free of contaminants and can be more readily refined.
8. Precision E2500 Biodiesel Production Unit yields $0.20 per gallon processed feedstock.
9. No heating is required, so much less energy is consumed.
Esterification or Transesterification
The enzymatic process is a direct replacement for WVO feedstock pretreatment using acid esterification, sulfuric acid, or solid acid catalysts, and generates a dry (<1500ppm water), low FFA (<1%) feedstock ready for transesterification. For very high FFA feedstocks like acid distillates or brown grease, this process is very cost effective.
We have successfully scaled up our enzymatic transesterification process into a commercial Precision E2500 Biodiesel Production Unit using Enzymes. Biodiesel producers interested in implementing enzyme catalysts for existing or future transesterification production facilities can contact us directly for a site evaluation.
Your plant can first invest in the enzymatic equipment for feedstock pretreatment, or you can implement a complete enzymatic biodiesel solution using the enzymes for transesterification.
We are inviting companies interested in the enzymatic process to send us a 5 gallon oil sample to test on a lab scale. We already have extensive data on yellow grease (used cooking oil), brown grease, corn oil, and palm fatty acid distillate.
For more on Enzymes for Esterification or Transesterification or to have your feedstock tested please contact us at info@70CentsaGallon.com (941) 870-2306 http://www.70centsagallon.com/solutions/enzymatic-biodiesel.html
Capturing momentum at the 2013 National Biodiesel Conference & Expo. The theme of this year’s conference, MOMENTUM, is aptly chosen. At 1.1 billion gallons and climbing, biodiesel has become a true force in our nation’s fuel supply. Will your business be positioned to capture that momentum in 2013? Exhibiting at the 2013 National Biodiesel Conference & Expo is sure to move you forward.
For more information please visit: http://www.biodieselconference.org/2013/
We just about all see the oil costs going up progressively. This is simply not only a news item; very
low direct effect on our wallet. Usage costs for just about any system that we get like heating system
systems or vehicle which runs on diesel, get increased significantly within the last many years and it
will not show any indication that it will cease rising. Any difficulty . we now have no control upon
these prices and nothing which we, as the typical people, can perform. Well, which is absolutely
incorrect! Using alternative power like biodiesel conserve us greater than 50% percents from the
Beyond the truth that there are lots of benefits regarding using biodiesel, I am going to concentrate
just around the economical aspect which will free your finances and help a person reducing
significantly the costs on diesel. You may make bio diesel at home inside your
garage or even backyard. I realize you are thinking it is extremely complicated procedure and a
massive hassle; well, it is far from that!
Generating biodiesel is not really that complicated sounds.
With the right guidance and also the right biodiesel home kit, that you can prepare on
your own as well, the whole process of producing biodiesel is still not complicated.
What precisely is biodiesel?
Biodiesel is the fuel which is made of vegetable oil or animal body fat instead of petrodiesel
which is depending on fossil fuels.
In in an attempt to produce biodiesel we have to separate the actual vegetable oil as well as animal
fat in the glycerin. The actual separation is done through transesterification (chemical process title
). The procedure requires the addition of 2 materials, glycerin and sodium hydroxide or lye.
There is absolutely no reason to become intimidated by these types of big
words. Creating biodiesel with a biofuel kit saves big money which is thrilling us all.
For any individuals that are ready to begin producing biodiesel fuel from your own home a bio-diesel kit is a perfect choice. A biodiesel processor will certainly help you to start making biomass fuel on a small scale.
Biodiesel is a fantastic alternative to power your diesel engine cars or trucks. You can use it in any engine that runs off diesel fuel. Biodiesel is actually a cleaner and more secure fuel resource compared to regular diesel. It actually is far better for the powerplant and far better for the ecosystem. Biodiesel has a number of advantages so producing your own biodiesel at home is a fantastic idea.
At Home Biodiesel Manufacturing
Manufacturing biodiesel in modest batches using a biodiesel plant is quite simple. It takes a little of your time and some work to make the biodiesel you need. The vegetable oil you make use of will be most important. If you utilize clean vegetable oil then the production time is cut down.
The biodiesel kit typically comes with specific guidelines about what you need to create biodiesel fuel. A biodiesel plant will help you combine the ingredients, let them settle, get rid of the glycerin and after that clean the fuel for use.
Tips About How A Biodiesel Plant Will Help You
Having a biodiesel processor will help make your experience with biodiesel far simpler.
A biodiesel kit will allow you to make sure that you are doing everything correctly because it includes instructions to make sure you should have little difficulty producing a batch of biodiesel fuel at home with a biodiesel processor.
What to Expect
Once you get your Biodiesel processor you need to examine all the parts to verify everything is there and in good condition. It’s also wise to locate the instructions and read them carefully prior to starting. After that you can assemble your materials and start making your biodiesel. A biodiesel kit is best for a smaller amount of biodiesel.
You can make Biodiesel at home! It can be easy, once you learn the right way. If you desire to learn how to make biodiesel fuel at home, be sure to visit our biodiesel kit web page and learn how to make biodiesel from home.
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Most substantial biofuel companies have developed an internal system for the accumulation and recycling of frying oils (UFO) or waste vegetable oil (WVO) to generate biodiesel.
The product will consider various activity industries: restaurants, fast foodshops, universities as well as the domestic sector.
The renewable fuel produced from the transesterification of organic oils and is called biodiesel or methyl ester. The procedure removes and breaks bigger and more viscous glycerol estermolecules that will not combust properly in present day diesel powered engines.
Bio-diesel is the 21st century and has moved outside of experimental and niche markets straight into the main stream simply ask Willie Nelson and his Bio Willie group. Willie Nelson Supports Bio Fuel and has formed Willie Nelson Biodiesel Company to distribute his own blend of biodiesel fuel called BioWillie. Made of 20 percent biodiesel and 80 percent fossil diesel, or B20, BioWillie is currently available at various locations in Texas and around the Eastern Seaboard.
Biodiesel can be used in any diesel powered car or truck in pure form or mixed in any ratio with regular petroleum-diesel. Biodiesel possesses combustion characteristics very much like mineral diesel and can replace it in most uses. Much less toxic than table salt and as bio-degradable as sugar, biodiesel is most often blended with petroleum based diesel.
Biodiesel is considered a best replacement for standard fuels globally as a key transportation fuel source because it truly is environment friendly. Using it in blends extend the current non-renewable fuel supply chain infrastructure and logistics.
Biodiesel can be made from a wide range of biomass oils, such as used cooking oil (UCO) and tallow (animal fats). Methanol or Ethanol is used in conjunction with sodium hydroxide in controlled production enabling the oil-based components to be changed into fatty acid methylester (FAME).
Green Benefits of Using Reprocessed Vegetable oils for Biodiesel
Recycled vegetable oils originate from oils utilized in the hotel resort and food production sectors and in some cases household kitchens. By recycling used vegetable oil, its disposal will be avoided and underground well-water supplies and municipal sewage lines are protected. Utilizing biodiesel cuts down on most contamination pollutants from standard diesel motorstriggering a positive impact in the planet and human health.
Biodiesel is created from alternative biomass resources (vegetable oils, both virgin and recycled), which significantly reduces reliance on fossil fuels, while increasing national security and diversity of resources. The usage of biofuels will create employment and stimulate our overall economy nationally not in overseas countries around the world.