FACTS ABOUT BIOFUELS

Introduction 

Biofuel is extracted through the contemporary advancement of processing by discarding the geological system that is mostly involved in extracting fossil fuels. Biofuels are precisely derived from Biomass and not any other component or substance. To be more specific, biofuels are formulated from plant and animal waste as reflected as Biomass. Therefore, it has been explained in the following section this interrelation of biofuels, biomass, and biomass to energy. 

Concept of biofuels

It has been identified that since the processing of biofuel is integrated with Biomass, in most cases, these two terms are being used interchangeably.  Biofuel is the comprehended substance that is precisely processed and extracted through the biomass components. Hence, it puts a better clarity on the fact that biomass itself can be technically used as a direct fuel application such as biofuel itself.  However, biofuel was invented by Rudolf Diesel who identified the usage of vegetable oil as a source of fuel. He envisioned the process of biofuels and biodiesel that was discovered by his readily invented engine in 1937. 

Relevance of bioenergy 

According to the specific definition of bioenergy, it is that particular energy that is produced from the living organism that is why this type of energy is renewable. Bioenergy is one of the most sustainable and renewable forms of energy that are being used to satisfy the demand of current energy sources. It is explicitly derived from living organisms or organic materials that are known as biomass. Hence, it suggests that Bioenergy is being used to generate transportation fuels, products, electricity, and heat. 

Identification of biomass to energy 

To generate biofuels, the components of biomass such as plant and animal waste, living organisms, and organic materials, are required to go through a certain process of extraction and formation. This particular process is supposed to be generated to create bioenergy.  The systematic process can be reflected as biomass to energy. However, the Biomass is converted to heat and energy through the direct combustion process to produce power.  The entire process of biomass to energy is thermo-chemical conversion of producing gaseous, liquid, and solid fuels. 

Sources of biofuels

As it can be identified that the sources of biomass and bioenergy can be derived from certain types of residues, industrial, animal, crops, forestry crops, along with municipal solid waste and sewage. In terms of biofuels, the sources can be identified as animal fat, sugarcane, rice, wood chopping, canola oil, corn oil, beetroot, palm oil, sunflower oil, rapeseed oil as well as soybean oil. These materials are the different transformation procedures yielding to get biofuel fractions. 

Advantages and disadvantages of biofuels 

Biofuels are added up with certain advantages and disadvantages in terms of their utilization and application.  it can be beneficial for reducing the burden of single energy resources by applying for. Additionally, it can trigger better uses of biofuels in terms of facilitating the employment generation for the matter of increasing usage of local production. However, it is provided with a drawback that suggests that due to the organic production system, it bears a high production cost that is not affordable for most industries. Moreover, it erodes some plastic parts, rubber as well as metals, that is another reason that it is not preferable for many. 

Usage of biomass for energy 

By using forestry residues, human excrement, agricultural residues, animal dung, wood and such crop wastage, renewable energy biofuels are being constructed. In brief there are certain areas and places where these types of biomass are being used as a form of the primary source of energy. it is provided with a drawback, that suggests that due to the organic production system, it bears a high production cost that is not affordable for most of the industries. For example; Ethiopia has used 92.9% biomass as combustible waste to create their energy supply. Additionally, Tanzania, Congo, Nigeria, Nepal, Kenya, Sudan, Zimbabwe, and such countries are overly using biomass to generate their electricity and energy supply. There are 20 countries to be precise that are in the contemporary run of using biomass for energy. 

Conclusion 

An explanation has been made based on the facts about biofuels in terms of their interrelation with biomass and bioenergy. These three areas have been evaluated to provide a specific understanding of the current energy sources and their utilization. It has been undermined that biomass is the main source of creating biofuels that again produce bio energy. In this context, biomass has been specified as the living organism organic materials and search organic waste page that are being used to formulate biofuels.