LiYF Bioethanol Innovations
Increase production efficiency by optimizing systems as well as reducing energy consumption.
LiYF Bioethanol Innovations
Increase production efficiency by optimizing systems as well as reducing energy consumption (Decomposition of lignocellulos)
LiYF Bioethanol brings a solution to current market challenges!
The production of bioethanol instead of the production of petroleum ethanol, in addition to eliminating dependence on oil, can be a barrier against the emission of greenhouse gases.
Today, bioethanol production is mainly done using some agricultural products such as wheat, sugarcane, sugar beet, etc. But considering that this type of feed is also used as food for humans and animals, and on the other hand, considering the prediction of the formation of a global food crisis and the importance of creating food security for humans, the possibility of using this type of feed to produce bioethanol will no longer be justified and sustainable.
In our novel production process, 2G bioethanol can be produced from all kinds of lignocellulosic wastes (ex: rice straw, wheat straw, cane tops and leaves, forestry residues). In our technology, for the first time, integration of several unique innovations* will significantly allow to optimize the efficiency of the bioethanol production, both in terms of production volume, production time and costs.
Who we are
LiYF Bioethanol technology brings innovations for the 2G bioethanol production/process. Our brand is called LiYF (Life In Your Fuel).Our objective is to use our bioethanol primary in the fuel blending.
What is Bioethanol
Bioethanol can be blended with gasoline (petrol) to create a fuel blend known as biofuel or bioethanol blend. The most common blend used worldwide is E10, which contains 10% bioethanol and 90% gasoline. Other common blends include E5 (5% bioethanol and 95% gasoline) and E85 (85% bioethanol and 15% gasoline).
Bioethanol can also be blended with diesel to create a biofuel blend, although this is less common due to the differences in properties between bioethanol and diesel.
Exploring 2G Bioethanol: Differences from 1G and Promising Advantages
Bioethanol is a renewable fuel that can be produced from a wide range of biomass sources, such as corn, sugarcane, and wheat. The first generation, or 1G, bioethanol is produced from food crops, such as corn or sugarcane, and is widely used in the transportation sector as a fuel additive or a standalone fuel.
The second generation, or 2G, bioethanol technology, on the other hand, uses non-food biomass sources such as agricultural residues, forestry residues, and municipal solid waste, which are often referred to as "feedstocks". This type of bioethanol is produced using advanced conversion technologies that allow for the utilization of the entire feedstock, including the lignocellulosic components such as cellulose and hemicellulose, rather than just the simple sugars that can be easily fermented to produce 1G bioethanol.
Compared to 1G bioethanol, 2G bioethanol technology has several potential benefits, including:
Improved sustainability
Because 2G bioethanol can be produced from non-food biomass sources, it does not compete with food production or contribute to food price increases, which has been a concern with 1G bioethanol.
Increased availability of feedstocks
2G bioethanol feedstocks are abundant, widely distributed, and often considered as waste. This increases the potential availability of feedstocks for bioethanol production and reduces dependence on food crops.
Reduced greenhouse gas emissions
2G bioethanol can have a lower carbon footprint than 1G bioethanol due to the use of non-food biomass and the utilization of the entire feedstock.
Improved waste management
2G bioethanol can help to reduce the volume of waste sent to landfills, while also providing a valuable source of renewable energy.
Overall, 2G bioethanol technology has the potential to provide a more sustainable and environmentally friendly alternative to traditional biofuels.
Bioethanol Production Process
LiYF 2G Bioethanol - production process
Our innovations rely on improving the quality and efficiency of current systems, by changing the directions, stages, conditions of processes and Modern process design.
Possibility of using different feed
Increased availability of feedstocks
Reduced greenhouse gas emissions
Lignin and vinasse produced in the LiYF process can also be used to produce energy needed by the process and organic fertilizer needed by fields, respectively.
In addition to above core steps, LiYF Bioethanol production process also involve other steps, such as detoxification, solid-liquid separation, and waste treatment, to improve the efficiency and sustainability of our process.
Our UNIQUE innovations
Our innovations rely on improving the quality and efficiency of current systems, by changing the directions, stages, conditions of processes and Modern process design.
Proprietary design and use of a modern pretreatment reactor
Increased process efficiency and less process time
Enzyme recovery
Reduces enzyme consumption by 10 times, costs and time
Design and use of a modern distillation system
Increased process efficiency and reduced process time and costs
LiYF technology converts a broad range of lignocellulosic feedstocks
Wheat Straw
Rice Straw
Forestry Residues
Cane Bagasse
Corn Stover
Cane tops & leaves
Empty Fruits Bunches
Sustainability
LiYF 2G Bioethanol sustainable targets and market needs.
In today's world, consumers are increasingly concerned about the sustainability of the products they use. Informing the end users of Bioethanol blending into fuel is of utmost importance.
EU Sustainable Development Goals 7, 9, 13 - reducde CO2 Emissions
De-fossilization
Rising Demand for Green Fuels and Lower Prices
Government Blending Mandates 5-15% Including Tax Incentivies
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