Transportation Fuels and Energy Conversion
An Overview of Biofuels
Biofuel is a valid fuel. It is produced with the use of contemporary processes. Contemporary means that they may happen at the same time or at the current time. The processes are through biomass which differs from the geological processes. Three examples of biofuels are:
- Ethanol; this is often made from corn or sugarcane
- Biodiesel; this is sourced from animal fats and vegetable oils
- Green diesel; this is derived from various plant sources and algae
Biofuel is essentially any type of fuel that comes from biomass. It is viewed as a renewable energy. Most biofuels are known to lower greenhouse emissions within the Enviroment.
Biofuels: The Supply Chain
There is a supply chain involved in biofuels. This type of process is referring to the delivery of a product. It starts at the raw material until it reaches the consumer. The following are involved in this management process:
- The production of biomass
- Harvesting
- Storing
- Transporting it
The chain, in biofuel, is referring to various steps that must be taken in order to effectively be used in the Environment.
Defining Biomass
Biomass is referring to the complete mass of organisms. This is the organic matter which is used as a particular fuel. This includes the generation of electricity and power station. Oil is an energy-rich biomass. It is used to produce electricity or syngas.
Technologies and Conversion into Products
It is possible to turn various raw materials into finished and viable products with the use of manufacturing and technology. Manufacturing is a large part of any business strategy because it works alongside of the following:
- Technology
- The financial aspects
- Marketing
Technologies has changed all aspects of the conversion process and the entire business operations. There are various technologies that have the ability to play a role in the conversion of organic materials into energy. There are three core paths involved the conversion process:
- thermochemical; this involves a reaction which can absorb and release energy. This involves physical transformations
- biochemical; this is about the substances and chemical processes which are in all living items
- physiochemical; this involves physiology and chemistry
New technologies, including robotics are working together with people to convert rich materials into viable products. Prior to the Industrial Revolution, many products were part of the conversion process with the use of basic tools and human labor. Up-to-date technologies have changed and transformed the entire energy conversion processes and manufacturing of all energy.
Energy and Conversion
Energy impacts the lives of ever person. It is needed at the gas pump, to heat buildings, ensure businesses are able to operate efficiently and much more. There has been ongoing concern in terms of the development of the right energy technologies and the use of them. They need to be incorporated into a sound energy portfolio which benefits people as well as the entire planet. It ought to be noted, biomass and coal are abundant in America. Technologies have simplified the conversion process.
About Transportation Fuels
The average transportation fuels involve biomass. They are made through the thermochemical or biochemical process. These are biofuels:
- Methanol
- Biodiesel
- Biocrude
- Methane
Biofuels are efficient and made with the use of renewable resources. The following are the advantages of this fuel:
- Economic (security)
- Lowers greenhouse gas
- Durability in engines
- The cost (competitive)
- Renewable
There are three main methods to transport biodiesel:
- Rail
- Barge
- Trucks
Biofuel technology represents biodiesel and ethanol. The Bioenergy Technologies Office is known as BETO. They collaborate with industry in order to develop the next generation biofuels which are created from non-food resources.
Read more about benefits of biofuels and biofules & co-products. Or check out how biofuels is made.