Biodiesel Oil

B100 Biodiesel(Palm methyl ester) is a clean burning alternative fuel made from renewable resources. The most common process uses transesterification whereby methyl esters are produced from fats and oils, yielding biodiesel, a non-toxic, biodegradable fuel that can be burned in diesel engines, and glycerin, which can be used in industrial and pharmaceutical applications. Biodiesel contains no petroleum, but it is usually mixed with petroleum diesel fuel and sold as, for example, B2, B5 and B10 to reflect the percentage of biodiesel (2%, 5%, 10%) included in the mix. It is also used alone as a diesel fuel, called B100 Bio diesel b-100-as per bis-15607 with high cetane and low pour point and freezing point available in bulk on regular basis best green fuel having high calorie value for all type of industry also to overcome emission with carbon and sulphur.

Biofuels are fuels that are derived from renewable organic sources, such as plant materials, agricultural and forestry residues, and municipal waste. They offer a number of benefits and advantages over traditional fossil fuels. Here are some of the key benefits and advantages of biofuels:

1. Renewable and sustainable: Biofuels are made from organic matter that can be replenished, making them a renewable and sustainable source of energy.
2. Reduced greenhouse gas emissions: Biofuels emit significantly less greenhouse gases compared to fossil fuels, which helps to reduce the overall carbon footprint.
3. Improved air quality: Biofuels emit fewer pollutants compared to fossil fuels, leading to improved air quality and reduced health risks.
4. Lower dependence on foreign oil: Biofuels can be produced domestically, reducing dependence on foreign oil and improving energy security.
5. Economic benefits: Biofuel production can create jobs and support local economies.
6. Versatility: Biofuels can be used in a variety of applications, including transportation, heating, and electricity generation.
7. Biodegradable: Biofuels are biodegradable and do not persist in the environment, reducing the risk of pollution and environmental damage.

ADVANCE BIOFUEL, biofuels offer a promising alternative to traditional fossil fuels, providing a range of environmental, economic, and social benefits. However, it is important to note that the production and use of biofuels must be carefully managed to ensure that they are truly sustainable and do not cause unintended negative consequences, such as land use change, deforestation, or food price increases.

• Item Code: ABBF1051
• Production Capacity: 900 TONS
• Delivery Time: ONE WEEK
• Packaging Details: TANKER LOAD

Biotexus Energy Private Limited is a company that produces high-quality fuel oils that are designed to meet the energy needs of various industries. Our fuel oils are made from a variety of renewable sources, including biomass and waste materials, making them an eco-friendly and sustainable energy option.

Our fuel oils are carefully refined and processed to ensure that they meet the highest standards of quality and performance. They are designed to provide reliable and efficient energy, while also reducing harmful emissions and minimizing environmental impact.

Our product line includes a range of fuel oils, including biodiesel, biojet fuel, and renewable diesel. These fuels are suitable for a variety of applications, including transportation, power generation, and industrial processes.

At Biotexus Energy Private Limited, we are committed to providing our customers with innovative and sustainable energy solutions that help to reduce their environmental footprint while also meeting their energy needs. Contact us today to learn more about our fuel oils and how they can benefit your business.

They are commonly used in boilers, furnaces, and other industrial equipment to generate heat and energy. Here are some of the features and benefits of fuel oils:

Features:

1. Density: Fuel oils are denser than other liquid fuels like gasoline or diesel.
2. Viscosity: They have a high viscosity, which means they are thicker and stickier than other liquids.
3. Heating value: Fuel oils have a high heating value, which makes them an efficient source of energy.
4. Storage: They can be stored for long periods of time without deteriorating, making them a reliable energy source.

Benefits:

1. Reliability: Fuel oils are a dependable source of energy, especially in areas where natural gas is not available or is unreliable.
2. Affordability: Fuel oils are generally less expensive than other liquid fuels like propane or diesel.
3. Efficiency: Fuel oils have a high energy density and burn cleanly, which means they are efficient at generating heat and energy.
4. Safety: Fuel oils have a higher flashpoint than gasoline or diesel, making them less flammable and safer to handle and transport.

fuel oils are a popular choice for industrial and commercial energy applications due to their reliability, affordability, efficiency, and safety features.

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Crude oil is a fossil fuel that is extracted from the ground and used as a raw material in the production of various fuels and petrochemical products. It is a complex mixture of hydrocarbons, which are organic compounds made up of carbon and hydrogen atoms. The specific composition of crude oil can vary widely depending on its source, but it typically contains a mix of different types of hydrocarbons, including paraffins, olefins, and aromatics.

Crude oil is usually classified by its density (measured in degrees API) and its sulfur content. Light crude oil has a lower density and lower sulfur content, while heavy crude oil has a higher density and higher sulfur content. Sweet crude oil has a low sulfur content, while sour crude oil has a high sulfur content.

Crude oil is a highly valuable commodity, and its price is influenced by a wide range of factors, including global supply and demand, geopolitical events, and economic conditions. The supply and demand of crude oil are often affected by factors such as OPEC production decisions, conflicts in oil-producing regions, and changes in global economic growth rates.

 

• Item Code: ABCO1009
• Production Capacity: 10000KL
• Delivery Time: ONE WEEK
• Packaging Details: TANKER LOAD ONLY

Biodiesel Oil is an alternative fuel similar to conventional or ‘fossil’ diesel. Biodiesel can be produced from straight vegetable oil, animal oil/fats, tallow and waste cooking oil. The process used to convert these oils to Biodiesel is called transesterification. This process is described in more detail below. The largest possible source of suitable oil comes from oil crops such as rapeseed, palm or soybean. In the UK rapeseed represents the greatest potential for biodiesel production. Most biodiesel produced at present is produced from waste vegetable oil sourced from restaurants, chip shops, industrial food producers such as Birdseye etc. Though oil straight from the agricultural industry represents the greatest potential source it is not being produced commercially simply because the raw oil is too expensive. After the cost of converting it to biodiesel has been added on it is simply too expensive to compete with fossil diesel. Waste vegetable oil can often be sourced for free or sourced already treated for a small price. (The waste oil must be treated before conversion to biodiesel to remove impurities). The result is Biodiesel produced from waste vegetable oil can compete with fossil diesel. More about the cost of biodiesel and how factors such as duty play an important role can be found here.

Benefits of Biodiesel Oil

• Biodiesel has many environmentally beneficial properties. The main benefit of biodiesel is that it can be described as ‘carbon neutral’. This means that the fuel produces no net output of carbon in the form of carbon dioxide (CO2).
• This effect occurs because when the oil crop grows it absorbs the same amount of CO2 as is released when the fuel is combusted. In fact this is not completely accurate as CO2 is released during the production of the fertilizer required to fertilize the fields in which the oil crops are grown.
• Fertilizer production is not the only source of pollution associated with the production of biodiesel, other sources include the esterification process, the solvent extraction of the oil, refining, drying and transporting. All these processes require an energy input either in the form of electricity or from a fuel, both of which will generally result in the release of green house gases. To properly assess the impact of all these sources requires use of a technique called life cycle analysis. Our section on LCA looks closer at this analysis.
• Biodiesel is rapidly biodegradable and completely non-toxic, meaning spillages represent far less of a risk than fossil diesel spillages. Biodiesel has a higher flash point than fossil diesel and so is safer in the event of a crash.

Biofuel Oil are fuels that are derived from living organisms or organic material such as plants, molasses, animal fat, oils, used cooking grease, and even algae

• These are liquid fuels that are renewable, they can easily be reused and replaced in a short amount of time
• Renewable energy sources need not always be green; the biofuels are renewable energy but they are not always green i.e. environmental-friendly
• We humans have been using fossil fuels from ancient times, when coal was used for various purposes. Eventually the reserves of fossil fuels are going to be exhausted and we would have to move towards an alternative. That alternative is biofuels
• Biofuels were considered for use as back as 1970s. Till the 2000s, biofuels saw a rise in their usage which was supported by various policies introduced to facilitate their use
• However, during the world food price, the use of biofuels decreased and the policies supporting them were withdrawn as well. But due to their potential and deficiency of evidence, proving their impact on food prices, and an urge to solve the environmental crisis, they are bound to see an upsurge in their use in the coming decades For instance, India has decided that by 2021, 10% of the total energy or transportation fuel should come from biofuels.

• Item Code: AABF1

 

Biodiesel is a renewable, biodegradable fuel manufactured domestically from vegetable oils, animal fats, or recycled restaurant grease. Biodiesel meets both the biomass-based diesel and overall advanced biofuel requirement of the Renewable Fuel Standard. Renewable diesel, also called green diesel, is distinct from biodiesel.

Biodiesel is a liquid fuel often referred to as B100 or neat biodiesel in its pure, unblended form. Like petroleum diesel, biodiesel is used to fuel compression-ignition engines. See the table for biodiesel's physical characteristics.

Biodiesel performance in cold weather depends on the blend of biodiesel, the feedstock, and the petroleum diesel characteristics. In general, blends with smaller percentages of biodiesel perform better in cold temperatures. Typically, regular No. 2 diesel and B5 perform about the same in cold weather. Both biodiesel and No. 2 diesel have some compounds that crystallize in very cold temperatures. In winter weather, fuel blenders and suppliers combat crystallization by adding a cold flow improver. For the best cold weather performance, users should work with their fuel provider to ensure the blend is appropriate.

 

• Item Code: B100
• Production Capacity: 125000
• Delivery Time: ONE WEEK
• Packaging Details: TANKER LOAD

RAW MATERIALS FOR BIODIESEL

Any form of biomass can be processed into liquid fuel by various thermochemical processes (such as pyrolysis or gasification and Fischer-Tropsch synthesis), but the energy and economic requirements of such processes are significantly greater than those required for the transesterification of plant oils into biodiesel. . Thus, it is desirable to have a high triglyceride oil content in the feedstock (oilseed or algae) to reduce energetic and economical process costs.

for the biodiesel-making process, we can use various vegetable oils like

1. sunflower,

2. soybean,

3. rapeseed (mustard),

4.  palm,

5. peanut,

6. cottonseed,

7. corn (maize),

8. canola,

9. rice bran,

10. jojoba,

11. animal tallow

12. chicken oils

13. used cooking oil.

14. sunflower fatty

15. palm fatty acid.

16. nonedible oils

17. mixed oils

18. fatty acid oil,

19. palm stearine,

20. Palm fatty acid, 
 & also we can used flex oils for the making process, the fatty acid component in biodiesel. However, only a few of these oils have been used commercially. Expanding the use of certain feedstock oils must be evaluated in terms of environmental and economic impacts. Competition with their food use is also a very important factor.

There are several advantages and disadvantages to using edible plants or vegetable oils for biodiesel production.

• Item Code: ABRW01AH
• Production Capacity: 10000 TONS
• Delivery Time: ONE WEEK
• Packaging Details: TANKER LOAD ONLY

Multi-Feedstock Bio-Diesel Plants: High-Grade Fuel from a Variety of Spent Oils
Developing alternatives to fossil fuels is one of the greatest challenges facing mankind this century. ADVANCE BIOFUEL has made extensive efforts in the research and development of revolutionary processes for the production of bio-diesel. Our Standard technology makes it possible to produce valuable bio-diesel from cheap raw materials and oil waste (in line with quality BIS standards 15607:2016 and ASTM-DEN OF IS1448).
Greater Quantities of Bio-Diesel
The advantage of our Standard process is that it is possible to use unpurified raw oils, resulting in far greater quantities of bio-diesel than in traditional processes. The process has been perfected so that not only the desired bio-diesel, but also numerous by-products (e.g. agricultural fertilisers, pharmaceutical raw materials) are commercial sable.
Multi-Feedstock Bio-Diesel Plants: High-Grade Fuel from a Variety of Spent Oils
Developing alternatives to fossil fuels is one of the greatest challenges facing mankind this century. ADVANCE BIOFUEL has made extensive efforts in the research and development of revolutionary processes for the production of bio-diesel. Our Standard technology makes it possible to produce valuable bio-diesel from cheap raw materials and oil waste.
Greater Quantities of Bio-Diesel
The advantage of our Standard process is that it is possible to use unpurified raw oils, resulting in far greater quantities of bio-diesel than in traditional processes. The process has been perfected so that not only the desired bio-diesel, but also numerous by-products (e.g. agricultural fertilisers, pharmaceutical raw materials) are commercial sable.
Efficiency Thanks to Flexible Feed
The multi-feedstock bio-diesel plant makes it possible to process not only unpurified rapeseed oil, but a diverse range of spent cooking oils, spent cooking fat, fatty acids and other vegetable oils (cottonseed oil, corn oil, etc.) of varying quality (FFA content). Whichever raw materials are cheapest under the given market and price conditions can be used. Description of the bio-diesel process 
Made-to-Measure Plants
In line with our customers requirements, we can plan, develop and construct multi-feedstock bio-diesel plants of any size. Currently, plants with an annual output of up to 250,000 t of bio-diesel are in operation. Advance Biofuels decades of experience in the construction of industrial plants, coupled with innovative technology derived from our in-house research and development activities, ensure utmost reliability and efficiency in the implementation of projects.

Advantages

Greater bio-diesel output (profitability) through the exploitation of by-product flows

Use of waste materials as well as low-quality and therefore cheap raw materials (cooking oils, animal fats, spent oils, spent fat)

Low production costs thanks to a regenerable catalyser

Simple additional/upgrade module for all existing ester interchange technologies

Mobile container plant up to 9000

Simple connection and operations

Bespoke solutions possible

Amortisation within three years

Multi-Feedstock Bio-Diesel Plants: High-Grade Fuel from a Variety of Spent Oils
Developing alternatives to fossil fuels is one of the greatest challenges facing mankind this century. ADVANCE BIOFUEL has made extensive efforts in the research and development of revolutionary processes for the production of bio-diesel. Our Standard technology makes it possible to produce valuable bio-diesel from cheap raw materials and oil waste (in line with quality BIS standards 15607:2016 and ASTM-DEN OF IS1448).
Greater Quantities of Bio-Diesel
The advantage of our Standard process is that it is possible to use unpurified raw oils, resulting in far greater quantities of bio-diesel than in traditional processes. The process has been perfected so that not only the desired bio-diesel, but also numerous by-products (e.g. agricultural fertilisers, pharmaceutical raw materials) are commercial sable.
Multi-Feedstock Bio-Diesel Plants: High-Grade Fuel from a Variety of Spent Oils
Developing alternatives to fossil fuels is one of the greatest challenges facing mankind this century. ADVANCE BIOFUEL has made extensive efforts in the research and development of revolutionary processes for the production of bio-diesel. Our Standard technology makes it possible to produce valuable bio-diesel from cheap raw materials and oil waste.
Greater Quantities of Bio-Diesel
The advantage of our Standard process is that it is possible to use unpurified raw oils, resulting in far greater quantities of bio-diesel than in traditional processes. The process has been perfected so that not only the desired bio-diesel, but also numerous by-products (e.g. agricultural fertilisers, pharmaceutical raw materials) are commercial sable.
Efficiency Thanks to Flexible Feed
The multi-feedstock bio-diesel plant makes it possible to process not only unpurified rapeseed oil, but a diverse range of spent cooking oils, spent cooking fat, fatty acids and other vegetable oils (cottonseed oil, corn oil, etc.) of varying quality (FFA content). Whichever raw materials are cheapest under the given market and price conditions can be used. Description of the bio-diesel process 
Made-to-Measure Plants
In line with our customers requirements, we can plan, develop and construct multi-feedstock bio-diesel plants of any size. Currently, plants with an annual output of up to 250,000 t of bio-diesel are in operation. Advance Biofuels decades of experience in the construction of industrial plants, coupled with innovative technology derived from our in-house research and development activities, ensure utmost reliability and efficiency in the implementation of projects.

Advantages

Greater bio-diesel output (profitability) through the exploitation of by-product flows

Use of waste materials as well as low-quality and therefore cheap raw materials (cooking oils, animal fats, spent oils, spent fat)

Low production costs thanks to a regenerable catalyser

Simple additional/upgrade module for all existing ester interchange technologies

Mobile container plant up to 9000

Simple connection and operations

Bespoke solutions possible

Amortisation within three years