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As chief executive officer, Jacob Kingston leads Washakie Renewable Energy, a Plymouth, Utah-based firm that operates a biodiesel manufacturing business. Under Jacob Kingston’s management, the company has become a major player in its region’s biodiesel production industry.

As a fuel that does not rely on petroleum, biodiesel represents one resource private and public organizations can turn to in their efforts to go green. Biodiesel manufacture begins first with raw materials, in this case any oil or fat, including those from animals and vegetables. These oils undergo a special type of refinement referred to as transesterification.

During transesterification, the fats and oils are introduced to alcohol and a catalyst for the purpose of extracting the glycerin from the fatty material. These components react to yield esters and glycerol; the mono-alkyl ester is called biodiesel. The resultant fuel can power any diesel engine either alone or as part of a petroleum diesel-biodiesel mixture. Biodiesel has many benefits when compared to fossil-fuels, including drastically reduced emissions of pollutants like particulates, sulfates, and carbon monoxide.

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Scientists Develop Technique for Turning Coffee Waste into Biofuel

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Scientists Develop Technique for Turning Coffee Waste into Biofuel

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With a doctorate in mechanical engineering, Jacob Kingston serves as the CEO of Washakie Renewable Energy (WRE) in Plymouth, Utah. Biofuels are ecologically responsible and renewable alternatives to fossil fuels. Because of the limited supply of fossil fuels, as well as the greenhouse gases that using these fuels creates, scientists are constantly looking for new biofuel production strategies.

Already, a few companies are using spent coffee grounds to produce biofuels. However, this number may increase in the coming years because researchers have found a new technique that drastically improves the efficiency of this process. Today, most used coffee grounds are placed in landfills. In fact, more than nine million tons of spent coffee grounds ended up in landfills in 2014 alone. These grounds now represent a viable route for reducing the pressure on land and water resources used to produce other varieties of biofuel.

The process of converting coffee grounds to biofuel traditionally took several steps. Lancaster University scientists have used in-situ transesterification to produce coffee-based biofuel in a single step. This single-step process reduces chemical waste and takes only 10 minutes for optimal conversion.

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NASA Publishes Study Showing that Biofuels Reduce Jet Engine Pollution

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NASA Publishes Study Showing that Biofuels Reduce Jet Engine Pollution

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As the CEO of Washakie Renewable Energy in Plymouth, Utah, Jacob Kingston has helped the company grow. Jacob Kingston and his team create biodiesel using environmentally sound chemical processes and natural products for a renewable fuel that is a greener option compared to traditional fossil fuels. Use of biofuels in diesel engines helps reduce greenhouse gases released into the atmosphere.

A recent study, led by NASA, was published in the journal Nature. In collaboration with German and Canadian agencies, NASA found that using biofuels to power jet engines could reduce particle admission by 50 to 70 percent.

As part of the Alternative Fuel Effects on Contrails and Cruise Emissions Study, NASA collected extensive data during 2013 and 2014 flight tests on the effects of alternative fuels on engine performance, contrails, and emissions. During the tests, the four engines of a DC-8 burned a fuel blend that was half aviation fuel and half biofuel produced from camelina plant oil. Three research aircraft followed the DC-8 at different distances to measure emissions.

This study marks the first time that soot particle emissions have been quantified while burning a biofuel blend. The researchers involved plan to conduct further studies to quantify the benefits of burning biofuel.

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The American Fats and Oils Association 2017 Meeting

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The American Fats and Oils Association 2017 Meeting

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Utah resident Jacob Kingston, a proficient mechanical engineer, applies his expertise as the CEO of Washakie Renewable Energy. A graduate of the University of Utah, where he earned a PhD, Jacob Kingston is also a member of the American Fats and Oils Association (AFOA).

A nonprofit, the AFOA is a professional membership organization that works to develop standards and to advocate for the industry, which includes business sectors that deal in animal, fish and plant fats as well as proteins and oils. In addition, the organization hosts an annual event for the benefit of its membership.

Scheduled for October 11, the 2017 AFOA Annual Meeting will be held in Chicago at the Drake Hotel. The event, which features sponsors such as ADM, Netco and Sanimax, includes panel discussions, expert speakers, networking opportunities, and a gala. Forums at the event will cover topics related to vegetable oils, biofuels and tallow. For additional information on the annual meeting, visit www.fatsandoils.org.

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Jacob Kingston is a business executive and mechanical engineer with experience in areas such as heat transfer, fluid flow, mining, and energy production, among others. Currently, Jacob Kingston serves as the co-founder of the American Research and Development Corporation and the CEO of Washakie Renewable Energy in Plymouth, Utah.

Washakie Renewable Energy, also known as the WRE Group, is a renewable energy firm and biofuel producer founded in 2006. The firm consists of four divisions: WRE Biofuels, WRE Chem & Pharm, WRE Feed & Mill, and WRE Recyclers.

In addition to its work in the renewable energy sector, the company is closely engaged in philanthropic work that supports environmental awareness and several educational scholarships. These scholarships, which are both available through the University of Utah, include the Kingston Energy Scholarship and the Washakie Renewable Energy Applied Science Scholarship. WRE Group contributes over $25,000 annually to these programs, helping future mechanical and chemical engineers to receive a high-quality education.

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CrossFit Mistakes Beginners Should Avoid

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CrossFit Mistakes Beginners Should Avoid

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Jacob Kingston is a veteran mechanical engineer and business executive who currently leverages his energy sector experience at Washakie Renewable Energy. A University of Utah graduate, Jacob Kingston stays fit by engaging in CrossFit, a high-intensity workout program that meshes different types of exercise. CrossFit beginners should aim to avoid the following mistakes when starting the program:

1. Too much weight. Over time, CrossFit will help you lift heavy weights. However, the process of getting to that point is a slow one. Many beginners try to lift too much too soon, resulting in injuries that prevent them from working out.

2. Not asking. CrossFit incorporates a variety of exercises, and it's possible your sessions may not include certain techniques for a number of weeks following the technique’s introduction. Avoid trying to guess your way through unfamiliar exercises and make use of your coach when needed.

3. Not resting. During your first few weeks of CrossFit, your body will spend some time acclimatizing itself to your new workout routine. Failing to rest when needed effects later CrossFit sessions and could result in overloading your muscles, causing damage in the process.

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ASME - A Resource for Engineering Professionals

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ASME - A Resource for Engineering Professionals

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Jacob Kingston serves as the CEO of Washakie Renewable Energy, a biofuel-centric company based in Utah. An alumnus of the University of Utah with a PhD in mechanical engineering, Jacob Kingston has been associated with various organizations throughout his professional career, including American Research and Development Corporation and A-Fab Engineering. He also maintains an active presence in several professional societies, such as the American Society of Mechanical Engineers (ASME).

A non-profit professional organization, ASME was founded by a group of leading industrialists in 1880. With the mission of serving communities across the world by enhancing, sharing, and using engineering knowledge, the organization aspires to become an essential resource for mechanical engineers and other technical professionals around the world by disseminating publications, holding conferences, and providing continuing education programs to advance engineering knowledge.

From its inception, over 130,000 individuals, both professionals and students, from diverse engineering communities and more than 150 countries have joined the society. ASME’s activities are governed by a Board of Governors whose members are selected from the organization’s membership.

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A co-founder of various scholarships like the Kingston Energy Engineering Scholarship and the Washakie Renewable Energy Applied Science Scholarship, Jacob Kingston functions as a Utah-based mechanical engineer. In his endeavor to contribute to society, Jacob Kingston has also been involved with various social organizations, including the American Fats and Oils Association (AFOA).

The AFOA is a non-profit organization dedicated to promoting domestic and international trade of fish, animal, and vegetable fats, oils, and proteins. Founded in 1957, it plays an important role in facilitating trade and strengthening relations among oil and fat traders and industrialists all over the world by fostering the standardization of their products’ quality and trading strategies.

The organization provides its members with several benefits, including news and other information related to the business. Additionally, members are provided access to the AFOA trading rules, as well as an exhaustive list of other traders in the industry. They are also presented with opportunities to get involved in various annual events sponsored by the AFOA at a discounted price.

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IndustryARC Report Predicts Large Growth in Biodiesel Market

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IndustryARC Report Predicts Large Growth in Biodiesel Market

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A graduate of the University of Utah, Jacob Kingston holds a doctor of philosophy in mechanical engineering. Currently, Jacob Kingston serves as the CEO of Washakie Renewable Energy, one of the country’s leading producers of biodiesel.

Recently, IndustryARC published a report on the biodiesel market that predicted rapid growth in the use of the fuel due to increasing costs of conventional diesel and the relatively low price of biodiesel. In addition, biodiesel has several other benefits, including 60-percent less carbon dioxide emissions compared to traditional diesel. Biodiesel is nontoxic, biodegradable, and low in sulfur content.

Due to the significant benefits of biodiesel, plus the fact that it is a renewable resource, governments around the world have begun passing legislation to encourage the transition from traditional diesel to biodiesel. The report found that companies are beginning to ramp up their production to meet the anticipated increase in demand.

IndustryARC stated that China and India would likely be two of the key drivers of growth in the biodiesel market as the countries begin switching from conventional diesel to biodiesel as a cost-saving measure.

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Jacob Kingston of Utah, Biofuel Entrepreneur

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Tweets by JacobKingstonUT

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Improve Utah's Air Quality with WRE Biodiesel

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Biodiesel, a clean-burning alternative fuel created from organic matter like vegetable oils, has been proven to reduce dangerous emissions. In fact, the EPA reported in 2002 that B20 biodiesel (a 20 percent biodiesel blend) decreased tailpipe emissions of particulate matter 10 to 13 percent, while reducing carbon monoxide emissions by 11 to 14 percent and hydrocarbons by at least 20 percent.

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View Jacob Kingston (Utah)'s profile on AngelList, the startup and tech network - CEO - Utah - Jacob Kingston of Utah, Biofuel Entrepreneur and Founder Washakie Renewable Energy. -

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Google Engineers Admit Renewable Energy Will Never Slow Climate Change

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Renewable Energy Sector | Washington Post

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At WRE we believe in a high quality product delivered on time and meeting specifications. Research and development are what keep us on the cutting edge of biofuel innovation. Our technicians, engineers, and chemists work together to push the boundaries of what biodiesel can do.