What Education Do Biofuel Manufacturing Research Engineers Have?
The majority of biofuel engineers have a Bachelor’s Degree in Chemical Engineering, Mechanical Engineering, or Biological Systems Engineering.
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- 1 What major is biofuel?
- 2 What engineer develops and monitors the process needed to produce ethanol fuel?
- 3 Do bioengineers make good money?
- 4 Is biofuel part of biotechnology?
- 4.1 Is there a future in biofuels?
- 4.2 Do biofuels have a future?
- 4.3 What is the biggest biofuel company?
- 4.4 What engineers work on fuel cells?
- 4.5 What type of engineer would be responsible for developing new fuels?
- 5 What are the two main types of biofuels?
- 6 What do bioengineers engineers do?
- 7 What is the role of biofuel?
What is a biofuel engineer?
Occupations in engineering – Engineers use scientific and technological research to develop commercial applications and economic solutions. They design and test various products and machinery. In the biofuels industry, many engineers are involved in much of the same work as scientists, evaluating both existing and potential feedstocks, and examining which sources provide the best energy at a reasonable cost.
However, they also may work on processing facility design and be familiar with industrial equipment. Engineers develop project plans and establish budgets. At processing plants, engineers work to ensure quality control and a steady flow of materials. They also ensure that federal, state, and local safety regulations are met and company standard operating procedures are followed.
Agricultural engineers apply technological advances to farming. These engineers are experts in agriculture and horticulture, and they study existing and potential feedstocks to determine which plants can be best used to produce fuel. They must consider the best time of year for various feedstocks to be grown and the best location to cultivate them, as well as the waste products that will be generated in their production.
Agricultural engineers also may design processing plants and other structures involved in storing and processing feedstocks. Chemical engineers apply the principles of chemistry, biology, and physics to solve problems. They design plant equipment and establish various processes and protocols for manufacturing biofuels as well as the chemicals that are used to convert raw materials into fuel.
Some chemical engineers receive additional training or education to become biochemical engineers. In addition to the basic chemical engineering principles, biochemical engineers have in-depth knowledge of biological systems, such as the production of specific products using enzymes or microorganisms.
- Chemical engineers and biochemical engineers often work together in a biofuel production facility.
- For instance, biochemical engineers develop and implement a fermentation process for production of ethanol from sugars, and chemical engineers distill and purify the compound.
- Civil engineers design and supervise the construction of biofuel processing plants.
When designing a plant, they consider a number of factors, including costs, government regulations, potential environmental hazards, and proximity to feedstocks. They may need to retrofit an existing petroleum plant or convert a biofuel plant so that it can process additional types of feedstocks.
Electrical engineers research, design, develop, or supervise the manufacturing and installation of electrical equipment, components, or systems for commercial, industrial, or scientific use. Within a biofuel plant, electrical engineers may work with various motors, power generation equipment, lighting, or any electrical controls for industrial equipment that are needed for the plant to run.
Environmental engineers use the principles of engineering, soil science, biology, and chemistry to develop solutions to environmental problems. They work to improve waste treatments and water systems, and to find ways to limit emissions from fuel processing.
For instance, an environmental engineer may work to minimize the natural gases that are released while burning materials at a plant, thereby preventing or reducing the degradation of the atmosphere or local soil and water systems. Industrial engineers find ways to eliminate wastefulness in production processes.
They may work to determine the most efficient way to use workers, machines, materials, information, and energy to make biofuels using a given feedstock or chemical process. Mechanical engineers research, design, develop, build, and test mechanical devices, including tools, engines, and machines used in a processing plant.
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What major is biofuel?
Postsecondary Training – A bachelor’s degree is the minimum educational requirement for biofuels/biodiesel technology and product develpment manager jobs. Many people in this field have a degree in chemistry, biochemistry, chemical engineering, or a similar area.
- In addition to science, math, statistics, and laboratory courses, degree programs may include classes in project management, computer applications, quality control, health and safety, production and operations management, and general management principles.
- Employers may prefer managers who hold a master’s degree, which may be in the sciences or engineering, but may also be in business administration.
Find links to educational programs in clean energy at the U.S. Department of Energy’s Web site, https://www.energy.gov/eere/education/eere-career-resources. The National Science Foundation offers a list of college programs that offer biofuels-related degrees and certificates at https://www.bio-link.org/home2/home/degrees.
- Many biofuels/biodiesel research and development students participate in an internship with a biofuels or biodiesel employer while in college.
- The internship gives them the opportunity to learn more about the field and see if this is something that suits their skills and interests.
- They also get the chance to network and make valuable contacts.
The U.S. Department of Energy offers links to information on internships, fellowships, and scholarships at https://www.energy.gov/eere/about-us/employment-opportunities-eere/eere-internships-and-fellowships.
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What engineer develops and monitors the process needed to produce ethanol fuel?
Overview In ethanol plant, an engineer is responsible for working closely with the management team to maximize efficiencies of plant operations and implement process improvement projects. Ethanol engineers can help an ethanol plant with cost-saving projects, such as energy reclaim/reduction, yield optimization and chemical usage reduction. What type of responsibilities will I have?
Troubleshoot problems as they arise Identify process needs to maintain production levels Ensure compliance of environmental and health & safety needs of team members Because ethanol plants typically operate 24/7, be available in case of a breakdown or emergency Work closely with the plant manager and general manager to maximize efficiencies of plant operations Look for ways to optimize plant run time but mechanically and with personnel Identify process needs to maintain production levels Analyze plant data and develop reports based on plant operations Network with other engineers at other sites in order to share best practices and to solve problems Assist in the development and execution of projects Develop budgets for improvements and additions to plant Monitor infrastructure and machinery for maintenance needs Research new technology to improve processes at the plant Look for ways to increase product quality Ensure plant meets environmental and safety protocol
What education and training is required? A bachelor’s degree in chemical or electrical engineering is required. Additional training in microbiology is a plus. To pursue a career as an ethanol engineer: The following high school courses are recommended: agricultural education, biology, chemistry, writing and computer courses.
American Coalition for Ethanol Renewable Fuels Association National Biodiesel Board
Do bioengineers make good money?
Bioengineering Salary and Job Outlook – Often when people say they want a rewarding career, they mean one that offers a combination of personal achievement, high salary, and job satisfaction. For those with an aptitude for science and creativity, bioengineering can be highly rewarding.
Health care is routinely at the top of the list of highest-paying industries, as are jobs in the STEM (science, technology, engineering, and math) fields. The median annual salary for bioengineers and biomedical engineers was $97,410 in 2021, according to the U.S. Bureau of Labor Statistics (BLS). The BLS expects the number of jobs in the field to grow 6% between 2020 and 2030, adding more than 1,000 new jobs.
Approximately 16% of bioengineers worked in medical equipment and supplies manufacturing in 2020, and another 16% worked in research and development in engineering and life sciences. Compensation can depend on several factors, such as years of experience, industry, and geographic location.
Instruments manufacturing : $108,690 (median wage in 2021) Research and development in the physical, engineering, and life sciences : $98,610 Medical equipment and supplies manufacturing: $97,090 Health care and social assistance : $79,400 Colleges and universities: $62,650
Demand and wages also vary by location. The states with the most bioengineers and biomedical engineers were California, Massachusetts, Texas, Minnesota, and Illinois, the BLS reports. However, the states with the highest annual mean wages in 2021 were as follows:
New Mexico: $134,120 Arizona : $120,970 Minnesota: $119,250 Connecticut: $116,430 Massachusetts: $115,670
The top-paying states did not always correspond to the top-paying cities. The highest annual mean bioengineer salaries were in the following cities and metropolitan areas:
Flagstaff, Arizona: $151,560 Phoenix, Arizona : $122,950 Minneapolis-St. Paul, Minnesota: $120,340 San Francisco : $119,130 New Haven, Connecticut: $119,020
Experience is another factor that can have a significant influence on earnings. As of May 2022, median annual biomedical engineer salaries ranged from around $64,000 for those at the beginning of their careers to $97,000 for those with between 10 and 19 years of experience, according to salary research site Payscale.
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Is biofuel part of biotechnology?
Outlook for biotechnology research for biofuels production – Research in the production of biofuels has been growing significantly due to rising energy prices and the depletion of fossil fuels reserves. Cellulosic biomass offers an abundant and largely untapped resource for biofuels, if optimal and cost-effective conversion methodologies are determined.
Biotechnology is being used to produce new advanced biofuels that perform more like gasoline, providing better fuel economy and fewer blending issues than ethanol. The scope of biofuel biotechnology spans feedstock chemistry, degradation processes, and variations in technology. To promote excellence in science and keep the global scientific and research community abreast to the recent advancements and developments taking place in the biomass conversion to biofuels area, 3 Biotech will publish a special issue of articles that focus on the ” Application of Biotechnology for Biofuels ” in 2012–2013.
This special issue addresses important recent developments related to biochemical conversion of biomass and is dedicated to advance new developments, approaches and progress in the understanding of application of biotechnology research for the efficient production of biofuels.
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Is there a future in biofuels?
Competitive Fossil Fuel Alternatives – High oil prices have drawn attention not only to biofuels, but to a range of other liquid fuel alternatives. Large investments are being made in developing more difficult-to-access conventional oil resources located in remote areas or deeper waters, unconventional sources, such as oil sands and heavy crude oil, and the conversion of coal to oil.
While world oil production is expected to increase 30 percent by 2030, production from unconventional fossil fuels will increase even faster, according to the U.S. Department of Energy. Global biofuel production is projected to more than double. Many of the fossil fuel alternatives have lower costs of production than biofuels.
Canada’s oil sands, for example, can produce oil for $30 per barrel. Current production is more than 1 million barrels per day, with some forecasting production rising to more than 3.5 million barrels per day by 2030. Another alternative is converting coal to oil, which is of particular interest to economies with abundant coal resources, such as China and the United States.
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Do biofuels have a future?
The future of biofuels is one option to take action this decade to meet the short-term CO2 reduction targets on the pathway of shipping decarbonization. As biofuels scale, they create a negative impact risk due to potential shortages in sustainable biomass availability from long-term competition.
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What is the biggest biofuel company?
Largest biofuel companies by Market Cap
|3||Green Plains 3GPRE||🇺🇸|
|4||Montauk Renewables 4MNTK||🇺🇸|
What engineers work on fuel cells?
Fuel Cell Engineers Engineer, Fuel Cell Engineer, Research Engineer, Stack Engineer
- Plan or conduct experiments to validate new materials, optimize startup protocols, reduce conditioning time, or examine contaminant tolerance.
- Provide technical consultation or direction related to the development or production of fuel cell systems.
- Characterize component or fuel cell performances by generating operating maps, defining operating conditions, identifying design refinements, or executing durability assessments.
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Which country is the leader in ethanol fuel technology?
What type of engineer would be responsible for developing new fuels?
Maybe you’ve heard the words “fuel cell” or “green energy” tossed around lately, but you’re not entirely sure what they mean. Is it the lightning bolts that come out of the Emperor’s hands at the end of Return of the Jedi —no, wait, those were blue. Green (or alternative, or renewable, or sustainable) energy is that which is derived from non-combustion methods. Your Friday nights for the foreseeable future. ( Source ) To excel at this career, you’ve got to have a great mind for science and mathematics, the ability to sort through mountains of data to find meaning, and you’ll have to be able to communicate your thoughts and ideas clearly.
The rewarding part comes in the form of your paycheck. On average, a fuel cell engineer pulls in about $79,280, and even more once they move into managerial and team-lead positions ( source ). This is on top of any awards, recognition, or neat scholarships you might receive for your important (and very complicated) work. Or as your dad calls him, “my hero.” ( Source ) A fuel cell engineer (or technician) is a member of a small subset of the much larger mechanical engineering field, specializing mostly in the development, construction, and testing of hydrogen-based fuel cells.
After all, a sweet-looking, barely street-legal, alternative fuel thrill ride is still just a box of metal and paint if it doesn’t have a way to power up. Fuel cells have been around a lot longer than you might think; the first was created way back in 1839 ( source ).
Since then, society has done as much as possible to run away from this alternate fuel source towards polluting fuels like gas, oil, and coal. There is a tale (possibly one of those tall ones) that Nikola Tesla, one of the greatest unsung inventors in modern history, built a car that ran completely on electricity back in 1931.it just never caught on.
People have been driving combustion-engine powered (Henry) Fords for a century. It would be another eighty years before someone actually drove an electric Tesla. Now, the Great Alternative Fuel Revolution That Wasn’t is picking up steam. Reliance on dirty energy has finally begun to fall and new sources are being explored as alternatives (hence the name).
What is the easiest biofuel to make?
DIY BIOFUEL – Knowing about alternative fuels, how to make them, and how to use them can be a helpful trick to have if you are ever in a situation where diesel fuel is sparse (for your truck, car, or even a generator). Made from either animal fats or vegetable based oils, biodiesel is one the easier types of alternative fuels to make due to the simple process involved and the easy availability of the main ingredients. GATHER YOUR SUPPLIES The supplies to convert vegetable oil to a biofuel are simple and relatively inexpensive to procure. The supplies that you’ll need for this kit are minimal, and you probably already have some of them laying around your home. Safety should be one of your main concerns when making your biodiesel.
One liter of vegetable oil 200mL of methyl alcohol 6 grams of sodium hydroxide (lye) Glass measuring cup One- and two-liter bottles Sauce pan and a heat source (stove) Thermometer Funnel One quart glass jar Kitchen scale (digital) For the vegetable oil, you can simply buy some at the store.
In the future, if you plan to product biodiesel on a larger scale, you can get used oil from a fast food place or a restaurant known for their fried foods and filter it heavily before use. Methyl alcohol is the active ingredient in antifreeze and can be found cheaply at any auto supply store. Lye is the active ingredient in heavy duty drain cleaners (it may be labeled sodium hydroxide or NaOH) and can be purchased at hardware and cleaning supply stores.
You could buy a 100-percent lye drain cleaner and it would work fine. BIODIESEL KITS If you want to make your own biodiesel, it is a good idea to purchase a kit. Kits will have all the equipment you need as well as detailed directions on how to proceed. 1. Place the one liter of vegetable oil in the pan and heat it on low until it reaches between 130 and 140 degrees Fahrenheit. Any higher than that and you will run the risk of melting your plastic mixing container. 2. Using a candy thermometer is a good way to maintain proper temperature control as it can be suspended by the side of the pot so it measures the liquid and not the bottom of the pot. 3. A digital scale that measures in grams and one that can tare weight is essential. Zero out the scale before measuring the sodium hydroxide (lye). 4. Thoroughly mix the 200mL of methyl alcohol with 6 grams sodium hydroxide (lye) in a glass jar. This will create a sodium methoxide mixture. 5. Once the oil reaches 130 to 140 degrees Fahrenheit, funnel it into the two-liter plastic bottle. In our case, we used a 1.5-liter gravy strainer because it’s plastic and pours from the bottom. Note: Let the oil cool down slightly if it surpasses 140 degrees so you don’t melt the plastic. 6. Add the methyl alcohol and lye mixture to the plastic container. Do this slowly to avoid splattering or spilling, and make sure to wear rubber safety gloves at this point. 7. Secure the container’s lid and shake or stir it continuously for at least five minutes. If you are using a two-liter bottle, turn it upside down in a secure location and let it sit like this for at least two days. Over the course of those two days, you will notice that the glycerin and the biodiesel will begin to separate as visible layers in your bottle (that’s transesterification in action), with the glycerin, impurities, and debris settling to the bottom. 8. Shown is the separation of the glycerin (bottom) and the biofuel (top) after only an hour or so. After the two days have elapsed, the layers will have greatly increased. Open the container and pour off the biofuel that is floating on the top of the glycerin.
You should then turn the closed bottle upside down for 24 hours, the same as you did when creating the biodiesel originally. After the 24 hours have elapsed, you will notice a separation between the dirty water on the bottom and cleaner biodiesel on top.
At this point, you have a batch of relatively pure biodiesel. MAKING BIODIESEL If you just want to experiment with making biodiesel, this will be enough to run your generator or any other compression-ignition engine for a short while. However, may be full of impurities which will cause buildup inside the engine over time.
What are the two main types of biofuels?
Unlike other renewable energy sources, biomass can be converted directly into liquid fuels, called “biofuels,” to help meet transportation fuel needs. The two most common types of biofuels in use today are ethanol and biodiesel, both of which represent the first generation of biofuel technology.
The Bioenergy Technologies Office (BETO) is collaborating with industry to develop next-generation biofuels made from wastes, cellulosic biomass, and algae-based resources. BETO is focused on the production of hydrocarbon biofuels—also known as “drop-in” fuels—which can serve as petroleum substitutes in existing refineries, tanks, pipelines, pumps, vehicles, and smaller engines.
Watch the Energy 101 Video: Biofuels to learn more.
Do bioengineers go to med school?
By Zippia Expert – Feb.10, 2022 No, biomedical engineers do not go to med school. While med school is not a requirement to enter this career path, there are significant educational requirements. A biomedical engineer needs to earn at least a bachelor’s degree in biology, biochemistry, biomedical engineering, or some other similar field.
Some biomedical engineers may choose to go to med school or get a master’s degree in biomedical engineering, but this is not required to work in the field. The syllabus for these educational programs usually includes classes in medical physiology, biomedical design elements, general chemistry, physics, genetics, and other relevant areas.
The program includes both classroom instruction and practical experiences, covering topics such as medical imaging, computer programming, DNA structure, and types of biomaterials. Other useful classes that a biomedical engineers should focus on while completing their education are clinical correlations with a medical ethics focus.
To be successful in this role, a person needs to possess a wide range of knowledge and skills must be willing to keep up to date with the latest scientific and medical research and maintain a full understanding of regulations.
Why do bioengineers do PhD?
The doctor of philosophy in bioengineering prepares students for bioengineering careers in industry, government or academia. An advanced degree in this area provides numerous opportunities to work in health care, biomedical industry, government regulatory agencies and academia.
Are biofuels agriculture?
Congress gears up to debate the Farm Bill this week, which among other things looks to curb the growing energy crisis by using America’s farm economy as a source for biofuels. Biofuels—liquid fuels produced from agricultural crops and wastes—have the potential to deliver a secure and stable supply of fuel to supplement our growing energy demands. * Net Energy Balance : Biofuels are a potential source for renewable energy, but the production of usable fuel from crops comes at a cost. Farming, transportation, and processing are necessary steps that require an input of energy. That means we must use some energy to make more.
Ethanol Ethanol is a biofuel that has growing popularity and significant promise. It is a clear, colorless alcohol that can be derived from numerous sources. There is a common misconception that ethanol comes only from corn. Although the vast majority of today’s U.S.-based ethanol is produced from corn, sustainable cellulosic production has opened the door to numerous other sources of ethanol, most notably switchgrass.
Though the processes are different, both corn-based and cellulosic production result in the exact same biofuel: ethanol. Consumers usually find ethanol blended with gasoline, as in E-85, which is 85 percent ethanol and 15 percent gasoline. Now sold at over a thousand retailers across the country, more and more cars can take advantage of this alternative fuel.
At the same time, we need to make E-85 more available to drivers by installing more E-85 pumps at retail gas stations in every state. Flexible-fuel vehicles can run on either E-85 or gasoline, though the former burns cleaner and produces 22 percent fewer greenhouse gas emissions than gasoline.
In addition, Congress should act to close the flexible-fuel vehicle fuel economy “loophole” that allows car manufacturers to receive extra fuel-efficiency credits for flexible-fuel vehicles without actually demonstrating the vehicle’s use of E-85. For more information on flex-fuel vehicles and a map of retailers in our area, click here,
Duty free imports are currently allowed from Caribbean Basin Initiative countries, but the import tariff, in general, is a significant trade barrier. The Center for American Progress recommends phasing down the import tariff in order to encourage competition in the ethanol production market.
This simply means that the United States should reduce the subsidy or tax credit for blending ethanol as the price of oil increases. Cellulosic Ethanol Cellulosic biofuel production results in the same ethanol that corn produces, but the feedstocks are inexpensive and easy to grow and the process of refining them is more environmentally friendly.
The process to derive ethanol from cellulose involves using enzymes to break down the tough and resistant cellulose in plant cell walls into sugars. Microbes then convert the sugars, which ferment into liquid ethanol. Fuels made from cellulosic biomass offer the promise of dramatically lower production costs while lessening the potential impact of production on land use and on our capacity to grow food, feed, and fiber.
Almost half the ethanol refineries in the United States are farmer-owned. As more and more biofuel producers have entered the market, the share of production capacity dominated by large producers has actually declined in recent years. Biorefineries owned and operated by farmers in rural communities can take advantage of economies of scale and improved access to investment capital to provide new jobs and support for family farms.
The starch is fermented and distilled into simple sugars, which are then fed to microbes that produce ethanol. Once purified to a desired concentration, this alcohol is usable as a practical energy source. The sugars that ferment into ethanol extract more easily from starch than from cellulose, and corn is already one of the country’s leading crops.
Moreover, some have raised concerns over the effect that the increased demand for corn as a biofuel will have on our food and feed supply. As a result, CAP advocates the immediate implemention of transparent certification and labeling criteria to encourage sustainable production of biofuels in a voluntary Renewable Fuels Certification Program.
With these considerations, CAP believes that sustainably produced corn-based ethanol can play a minor role as a transitional fuel to help us improve our distribution and infrastructure while we redouble our efforts to move beyond corn and to ensure cellulosic ethanol is made commercially available to reduce the demand for fossil fuels in the United States.
Biodiesel Biodiesel is a renewable alternative to petroleum diesel produced from animal fat or vegetable oil. It is biodegradable, nontoxic, and less harmful to the atmosphere than regular diesel. Biofuel has gained tremendous popularity in Europe and is slowly gaining a foothold in the United States.
The greatest appeal to biodiesel is its practicality: It can serve as fuel in all regular diesel engines with few or no modifications. It is commonly sold in two forms: pure B100 and oxygenate additive B20 (20 percent biodiesel, 80 percent petroleum diesel). Biodiesel production involves using an alcohol, usually methanol, to convert vegetable oils, commonly from soy or rapeseed.
The production process has a significantly higher energy balance than the production of ethanol (corn-based or cellulosic), and the end product—biodiesel—has the ability to capitalize off pre-existing transport infrastructure, as vehicles built to run on petroleum diesel can burn biodiesel with little or no modification.
Moreover, the industry expects to produce 250 million gallons in 2007, a dramatic increase from the 75 million in 2005. Biodiesel, though still developing as a petroleum replacement, shows great promise in the years to come. Biodiesel producers and distributors are eligible for a federal excise tax credit of $1 for every gallon of biodiesel that is blended with conventional diesel.
Fueling a New Farm Economy: Creating incentives for Biofuels in Agriculture and trade Policy
What is biofuel in environmental science?
Read a brief summary of this topic – biofuel, any fuel that is derived from biomass —that is, plant or algae material or animal waste. Since such feedstock material can be replenished readily, biofuel is considered to be a source of renewable energy, unlike fossil fuels such as petroleum, coal, and natural gas,
What do bioengineers engineers do?
Occupational Employment and Wage Statistics (OEWS) – The Occupational Employment and Wage Statistics (OEWS) program produces employment and wage estimates annually for over 800 occupations. These estimates are available for the nation as a whole, for individual states, and for metropolitan and nonmetropolitan areas.
Bioengineers and biomedical engineers
What do fuels engineers do?
Fuel Cell Engineers Engineer, Fuel Cell Engineer, Research Engineer, Stack Engineer
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What is the role of biofuel?
Potential economic benefits of biofuel production – Replacing fossil fuels with biofuels has the potential to generate a number of benefits. In contrast to fossil fuels, which are exhaustible resources, biofuels are produced from renewable feedstocks.
Thus, their production and use could, in theory, be sustained indefinitely. While the production of biofuels results in GHG emissions at several stages of the process, EPA’s (2010) analysis of the Renewable Fuel Standard (RFS) projected that several types of biofuels could yield lower lifecycle GHG emissions than gasoline over a 30 year time horizon.
Academic studies using other economic models have also found that biofuels can lead to reductions in lifecycle GHG emissions relative to conventional fuels (Hertel et al.2010, Huang et al.2013). Second and third generation biofuels have significant potential to reduce GHG emissions relative to conventional fuels because feedstocks can be produced using marginal land.
Moreover, in the case of waste biomass, no additional agricultural production is required, and indirect market-mediated GHG emissions can be minimal if the wastes have no other productive uses. Biofuels can be produced domestically, which could lead to lower fossil fuel imports (Huang et al.2013). If biofuel production and use reduces our consumption of imported fossil fuels, we may become less vulnerable to the adverse impacts of supply disruptions (US EPA 2010).
Reducing our demand for petroleum could also reduce its price, generating economic benefits for American consumers, but also potentially increasing petroleum consumption abroad (Huang et al.2013). Biofuels may reduce some pollutant emissions. Ethanol, in particular, can ensure complete combustion, reducing carbon monoxide emissions (US EPA 2010).
These benefits would be mitigated if biofuel emissions and resource demands augment, rather than displace, those of fossil fuels.
Is Bio Engineering a good career?
Biomedical Engineering is amongst the top most pursued courses in the field of Engineering science. The job opportunities and career options are huge and are also rising with the gradual development of technologies and innovations.