What is Biodiesel

Made from an increasingly diverse mix of resources such as recycled cooking oil, soybean oil and animal fats, biodiesel is a renewable, clean-burning diesel replacement that can be used in existing diesel engines without modification. It is the nation’s first domestically produced, commercially available advanced biofuel.

Biodiesel Technology

There are various technologies available in market. Following are the feedstock which can be use for the conversion of the Biodiesel.

Biodiesel – Scube Mass Transfer

Typical Pretreatment requirment for the process are as fallows , If we do have High FFA oil and impurities.

Based on the customer choice and requirment technology is suggested. S- Cube Mass transfer Team is capable enough to handle the Process Know how on the different technology available in Market . Combination of different technology was proposed so that client do have flexibility in the operation.

    • Filtration
    • Conventional (Traditional)
    • Degumming / Bleaching
    • Conventional (Cavitation, Ultrasonic etc.)
    • Winterization
    • Enzyme (Mobilize and immobilize)
    • Drying
    • (DCS) Plant Control System

Difference between conventional and enzymatic process

An enzyme is a molecule from a living organism consisting of a folded strand of amino acids. In nature, enzymes are responsible for all the biochemical reactions within living organisms, including breakdown of food and tissue generation.

Biodiesel Bio Three – Scube Mass Transfer

The functionality of any enzyme is usually limited to one specific reaction, which naturally hinders any unwanted side reactions. Owing to this specificity, the action of most enzymes can be compared to a key in a lock. Like a key in a lock, only a specific set of substrates will fit into the active site of an enzyme, and only one catalytic conversion can take place


Biodiesel Benefits – Why Use Biodiesel?

The smartest technologies deliver benefits to multiple interests, including improved economy, and a positive impact on the environment and governmental policies.
The role of the biodiesel industry is not to replace petroleum diesel, but to help create a balanced energy policy with the most benefit to the world. Biodiesel is one of several alternative fuels designed to extend the usefulness of petroleum, and the longevity and cleanliness of diesel engines.
The ultimate goal is to contribute to building a stronger, more self-sufficient community by way of a community-based biodiesel production model. A community-based biodiesel distribution program benefits local economies, from the farmers growing the feedstock to local businesses producing and distributing the fuel to the end consumer. The money stays in the community while reducing impact on the local environment and increasing energy security.

Learn More

The links below provide more in depth information on the benefits of biodiesel.

  • Easy To Use No vehicle modifications or special fueling equipment — just pump and go.
  • Power, Performance and Economy Proven performance and economy make biodiesel a renewable winner.
  • Emissions & Greenhouse Gas Reduction With lower exhaust emissions biodiesel is helping to reduce pollution and improve health. Lower CO2 emissions help reduce the impacts of global warming.
  • Energy Balance & Security Biodiesel production and use at home, biodiesel helps reduce the need for foreign oil.
  • Toxicity, Biodegradability, Safety & Recycling  Less toxic than table salt, biodiesel has minimal environmental impact. With a high flash point, biodiesel is safer to handle and store than petroleum diesel. When made from used oils and fats, biodiesel helps ensure proper recycling of former waste products.
  • Economic Development Biodiesel helps communities by keeping energy dollars at home.

Easy to Use

One of the great advantages of biodiesel is that it can be used in existing engines, vehicles and infrastructure with practically no changes. Biodiesel can be pumped, stored and burned just like petroleum diesel fuel, and can be used pure, or in blends with petroleum diesel fuel in any proportion. Power and fuel economy using biodiesel is practically identical to petroleum diesel fuel, and year round operation can be achieved by blending with diesel fuel.

Engine and Vehicles

All diesel engines and vehicles can use biodiesel or biodiesel blends. Certain older vehicles built before 1993 may require replacement of fuel lines which contain natural rubber, as biodiesel can cause these lines to swell or crack.

Also, newer diesel vehicle models of Volkswagen, BMW and Mercedes (2007 or later) have a fuel system that utilizes a Diesel Particulate Filter (DPF) that can create a fuel/oil dilution in the diesel engine, whether diesel or biodiesel fuel is used. Over time the engine oil could be diluted by the fuel if certain precautions are not taken. One recommendation is to ensure you are running your diesel engine regularly. And, if you use 100% biodiesel in these vehicles, you must change the oil at least every 3,000 miles and check your oil level regularly (this is not an issue with vehicles using biodiesel blends, such as B20). Contact our biodiesel fuel experts here if you have any questions.

Blending and Switching with Diesel Fuel

Biodiesel can be used 100% (B100) or in blends with petroleum diesel fuel. Blends are indicated by B##, which correspond to the percentage of biodiesel in the blended fuel. For example, a 20% blend of biodiesel with 80% diesel fuel is called B20. When biodiesel is first used in a vehicle, it may release fuel tank deposits which can lead to fuel filter plugging. After this initial period, a user can switch between biodiesel and petroleum diesel whenever needed or desired, without modification.

Emissions & Greenhouse Gas reduction


Biodiesel is the only alternative fuel to successfully complete the EPA’s rigorous emissions and health effects study under the Clean Air Act. Biodiesel provides significantly reduced emissions of carbon monoxide, particulate matter, unburned hydrocarbons, and sulfates compared to petroleum diesel fuel. Additionally, biodiesel reduces emissions of carcinogenic compounds by as much as 85% compared with petrodiesel. When blended with petroleum diesel fuel, these emissions reductions are generally directly proportional to the amount of biodiesel in the blend.

Close Contact Benefits from the “French Fry Fuel”

The reduced particulate and unburned hydrocarbons emissions that result when using biodiesel are a welcome relief in environments where workers and pedestrians are in close proximity to diesel engines, including public transport, mining, and construction. In addition, when high blends of biodiesel are used, the exhaust from diesel engines is often described as smelling like fried food, which aside from causing increased hunger in those nearby, is a welcome relief from the smell of diesel fuel exhaust.

A Clean Alternative Fuel for New and Old Engines

Diesel engines have long had a reputation of being “dirty” engines. However, with the advent of newer diesel engines equipped with exhaust gas recirculation (EGR), particulate filters, and catalytic converters, clean diesel technology provides incredible fuel efficiency with ultra low emissions levels. When coupled with the use of biodiesel, both new and old diesel engines can significantly reduce emissions, including particulate matter (black smoke).

A Closer Look at Emissions Reduction

Studies on biodiesel emissions have been conducted for almost 20 years. In that time biodiesel has undergone the most rigorous testing of any alternative fuel, having been the first and only fuel to be evaluated by the EPA under the Clean Air Act Section 211(b). This study examined the impact of hundreds of regulated and non-regulated exhaust emissions, as well as the potential health effects of these emissions. Some of these results are summarized below.

Average Exhaust Emissions for 100% Biodiesel Compared to Petroleum Diesel Fuel*

Regulated Exhaust Emissions B100

Particulate Matter -47%
Carbon Monoxide -48%
Total Unburned Hydrocarbons -67%
Nitrogen Oxides +/-

Non Regulated Emissions

Sulfates -100%
Polycyclic Aromatic Hydrocarbons (PAH) -80%
Nitrated Polycyclic Aromatic Hydrocarbons (nPAH) -90%
Speciated Hydrocarbons Ozone Forming Potential -50%

4 “A Comprehensive Analysis of Biodiesel Impacts on Exhaust Emissions”, https://www.epa.gov/otaq/models/analysis/biodsl/p02001.pdf (This document requires Adobe Acrobat Reader, click here to download the latest version.

Biodiesel Projects In Progress

Conventional plant in India

Cavitation technology based plants in USA

Enzyme based plant in Portugal

Enzymatic Biodiesel Process

  • We can use oil having 0-100% FFA in this technology & high quality glycerin in this technology is produced.
  • No need of Degumming and bleaching section in this technology & Safe process
  • Methanol consumption is less & low quality methanol like aqueous methanol
  • Low energy consumption & less than tenth of the energy is consumed in the chemical process.
  • 1 kg enzyme can produce > 3000 kg of biodiesel
  • A higher purity/higher value glycerol is derived from enzymatic biodiesel process compared to conventional production methods.

Observation Hemp Biodiesel (B20)

SFC & Fuel Consumption vs Load

TORQUE, Mech % , Vol % vs Load

Observation Hemp Biodiesel (B50)

SFC & Fuel Consumption vs Load

TORQUE, Mech % , Vol % vs Load

Commissioned Biodiesel Projects


Clinton County Bio Energy, USA


Global Alternatives Fuels, USA


Biodiesel OF Las Vegas (BDLV), USA


Menlo, Florida, USA

Biodiesel Plant Equipments