Track 1: Biomass

Biomass is an organic material that is used to make fuel and is often used as a source of energy in power plants to generate electricity. Forest litter, scrap timber, some crops, compost, and waste residues are all examples of biomass fuels. Biomass can be obtained in one of two ways: directly through combustion to generate heat, or indirectly through conversion to various types of biofuel. The conversion of biomass to biofuel can be accomplished using a variety of methods, which can be divided into three categories: thermal, chemical and biochemical. Miscanthus, switch grass, willow, poplar, bamboo, sorghum, sugarcane, corn and several tree species, ranging from eucalyptus to oil palm, can all be used to produce industrial biomass (palm oil).

Track 2: Biogas

Biogas is a mixture of different gases formed by the anaerobic breakdown of organic matter. Agricultural waste, plant waste, municipal waste, sewage and food waste are all examples of raw materials that can be used to make biogas. It is a renewable energy source that can be generated with minimal capital and in a shorter amount of time. Anaerobic digestion with anaerobic bacteria, which digest material within a closed system, or fermentation of biodegradable materials, can also produce biogas. Biogas is made up mostly of methane (CH4) and carbon dioxide (CO2), with traces of hydrogen sulfide (H2S), moisture and siloxanes thrown in for good measure. Biogas, like natural gas, can be compressed into compressed natural gas (CNG) and used to fuel vehicles.

Track 3: Bioenergy

Bioenergy is a renewable source of energy provided by living organisms. Any organic matter that has deposited sunlight in the form of chemical energy is referred to as biomass. It can be made up of wood, straw, wood waste, sugarcane, manure and a variety of other agricultural engineering by-products as a fuel. Biomass, the biological matter used as a biofuel, as well as the social, science, economic and technological fields associated with using biological sources for energy, are all included in this broad definition. This is a common misconception, since bioenergy is the energy cultivated from biomass and bioenergy is the energy contained in biomass.

Track 4: Renewable Energy

Renewable energy is characterized as an energy resource that can be naturally renewed or regenerated over a short time and is derived directly or indirectly from the sun (solar energy), wind energy, hydropower energy, bioenergy, or other natural resource mechanisms (geothermal energy, tidal energy). Natural processes produce renewable energy, which is continually recycled. Sunlight, fire, wind energy, tides, water and various types of biomass are all examples. This energy never runs out and is continually replenished.

Track 5: Biorefineries

A biorefinery can be a facility that integrates biomass conversion tactics and instrumentality to deliver fuels, power and heat and brought chemical compounds from biomass. The bio refinery idea is similar to today's oil refinery that produces more than one fuel and products from crude oil.

Track 6: Bio-alcohol and Bioethanol

Ethanol is made from sugar/starch from plants like sugarcane and corn severally. The sugar contained in those plants is fermented anaerobically with the aid of using micro-organisms ensuing inside the preliminary era of biofuels (bio alcohols like bioethanol). Alcohol is frequently a companion additive to petrol/fuel and might, therefore, facilitate the conservation of fuels. Alcohol as a gasoline additive is frequently used in current combustion engines and distribution infrastructures conjointly needn't be altered. Another delivery of ethyl alcohol embraces wheat, sugar beet, and sorghum. Bioethanol gasoline is in particular created with the aid of using the sugar fermentation method, leaven though it could also be factory-made with the aid of using the chemical alternate of reacting ethane with steam. The maximum reasserts of sugar had to deliver fermentation alcohol go back from gasoline or electricity plants. Fermentation alcohol burns to deliver greenhouse emissions and water.

Track 7: Biodiesel

Biodiesel is an Associate in nursing alternate fuel virtually like normal or ‘fossil’ diesel. Biodiesel is typically created from straight fat, animal material/fats, animal oil and waste vegetable oil. The tactic aware of converting those oils to Biodiesel is known as Transmogrification. This method is depicted in further detail below. The foremost vital potential provides of acceptable oil comes from oil crops like rapeseed, palm, or soybean. At intervals, the United Kingdom oil seed represents the simplest potential for biodiesel production. Most biodiesel made at this is made from waste edible fat sourced from restaurants, chip shops, industrial food producers like Birds eye and so on through oil straight from the agricultural trade represents the simplest potential provide it's not being created commercially simply because the raw oil is simply too expensive. Once the worth of fixing it to biodiesel has been further on it is just too valuable to subsume fossil diesel. Waste fat can generally be sourced for complimentary or sourced already treated for a small value. (The waste oil ought to be treated before conversion to biodiesel to get obviates impurities). The results Biodiesel created from waste edible fat will contend with fossil diesel. Heaps of regarding the price of biodiesel and the approach factors like duty play a vital role could also be found here.

Track 8: Aviation biofuels

Aviation biofuel is a biofuel used for planes. Some take into account it to be the number one method through which the aviation enterprise can lessen its carbon footprint. After a multi-12 months technical overview from plane makers, engine producers and oil companies, biofuel turned into authorized for industrial use in July 2011. Since then, a few airways have experimented with the use of biofuels on industrial flights. The awareness of the enterprise has now grown to become 2nd generation sustainable biofuels that don't compete with meal supplies. “Drop-in" biofuels are biofuels that can be interchangeable with traditional fuels. Deriving "drop-in" jet fuel from bio-primarily based reasserts is authorized through routes.

Track 9: Advanced biofuels

Second-era biofuels moreover known as superior biofuels, rectangular degree fuels so that you can be factory-crafted from numerous forms of non-meals biomass. Biomass for the duration of this context indicates that plant substances and animal waste are used especially as delivery of fuel. First-era biofuels are the product of the sugars and vegetable oils discovered in meal plants exploitation normal system technology. Second-era biofuels place unit made from absolutely extraordinary feedstock’s and for this reason may want extraordinary era to extract useful power from them. Second-era feedstocks embody lignocellulose biomass or woody plants, agricultural residues, or waste, similarly as devoted non-meals power plants full-grown on marginal land improper for crop production. The term second-era biofuels are hired loosely to explain every the superior era accustomed approach feedstocks into biofuel, but moreover the usage of non-meals plants, biomass, and wastes as feedstocks in well-known biofuels system technology if appropriate. This reasons a few enormous confusion. So it’s essential to distinguish among second-era feedstocks and second-era biofuel system technology.

Track 10: Algal Biofuels

The term "algae" refers to a great range of organisms—from microscopic cyanobacteria to massive bladder kelp. Most algae convert daylight into energy in a comparable way as plants; however, the genetic range of the various types of algae offers researchers a super quantity of particular houses that may be exploited to expand promising algal biofuel technologies. The key to algae capability as a renewable fuel supply lies inside the excessive productivities of algal biomass that may be grown in every area; a few researchers say algae will be a hundred instances extra efficient than traditional bioenergy feedstock’s. Achieving the capability for those excessive productivities in real-global structures is a key task to understanding the promise of sustainable and less expensive algal biofuels.

Track 11: Nanotechnology in Biofuels

The discouraging energy challenges within the 21st century are results of over-reliance on limited fossil fuels coupled with ever-increasing energy demand. Among the solutions is that the development of technologies and infrastructures to assist in the sleek transition to different and renewable energy sources. Nanotechnology, integration of chemistry and engineering, is viewed because the new candidate for clean energy applications. It involves the manipulation of nanoscale structures to integrate them into larger material parts and systems. Compared to bulk materials, nanomaterials have high surface areas and are expected to exhibit higher activities. As these technologies become a lot of mature, efficient and economical, they might eventually replace ancient fossil fuels.

Track 12: Food V/S Fuel Debate

Some propose that fuel only be made up of non-edible vegetable oils equivalent to Camelina, Jatropha, or mallow which might thrive on marginal agricultural land wherever several trees and crops won't grow or would manufacture solely low yields. Others argue that the matter is additionally fundamental. Farmers may switch from manufacturing food crops to producing biofuel crops to create more money, though the new crops don't seem to be edible. The law of providing and demand predicts that if fewer farmers are producing food the value of food can rise. It should take your time, as farmers can take some time to alter that thing they are growing, however increasing demand for first-generation biofuels is probably to end in worth will increase for several sorts of food.

Track 13: Bio-economy

Bio-economy knowing mechanisms and methodologies on the genetic and molecular stages and making use of this to growing or enhancing business processes. The Bio-economy incorporates the components of the financial system that use renewable organic sources from land and sea – including crops, forests, fish, animals, and micro-organisms – to supply food, substances and energy. It is an important opportunity to the risks and boundaries of our present-day fossil-primarily based financial system and may be taken into consideration as the subsequent wave in our monetary development. Bio-economy, bio primarily based financial system, biotechnology refers to all monetary interest derived from clinical and studies interest-targeted on biotechnology.

Track 14: Energy and Environment

Green energy chiefly involves natural processes that are in a position to be controlled with very little pollution. Anaerobic digestion, energy power, wind power, small-scale hydropower, star power, biomass power, happening power, wave power and lots of types of atomic energy belongs to the inexperienced energy customers either obligates the utility companies to extend the number of green energy that they purchase from the or directly fund the green energy through a green power supplier. An inexperienced economy will be made public as an economy that aims at reducing environmental risks and ecological scarcities that aims for property development whereas not degrading the atmosphere keep with the worldwide organization setting Programme. It closely connected with ecological economic science, however, contains various politically applied focuses. An inexperienced economy is believed to on that's a low carbon, resource economical, and socially comprehensive. It is closely connected with ecological economic science but contains heaps of politically applied focus. Gas emissions as a result of act unit of measuring progressively either inflicting heating or creating global climate change worse.

Track 15: Green Energy

Green Energy is probably a collection of renewable electricity and represents the renewable electricity assets and technology that deliver the simplest environmental profit. Though the effects are small, some renewable electricity technology could affect the environment. As an example, big electricity assets could have environmental trade-offs on such troubles as fisheries and land use.

Track 16: Advances in Renewable Chemicals

Renewable chemicals are used to increase the use of renewable resources instead of fossil fuels. Renewable chemicals contain all chemicals made from renewable raw materials that correspond to microorganisms, biomass (plants, animals, and oceans), and agricultural raw materials. They are used in food processing, housing, textiles, the environment, transportation, hygiene, pharmaceuticals, and various areas in chemical engineering, several technologies are used to make renewable chemicals. The renewable chemicals market is primarily expanding the resources of renewable chemicals and thus the consumer propensity for environmentally friendly products of victimization. Renewable chemicals are the factors hindering the development of this market. Europe is currently the largest market for renewable chemicals, but the Asia-Pacific region is growing Market growth and is set to wipe out the renewable chemicals market by 2020.

Track 17: Entrepreneurs Investment Meet

Biofuels 2022 facilitates a novel platform for reworking potential ideas into nice business, this meeting/ conference produces a world platform to attach global Entrepreneurs, Proposers and Investors in the sphere of Biogas, bioenergy, Biofuels, Biomass, and Renewable Energy and its allied sciences. This investment meet facilitates the foremost optimized and viable business for partaking individuals into constructive discussions, analysis and execution of promising business.

Tracks 18: Challenges in studies on superior biofuels and bioenergy

The biofuel market is one of the fastest-growing markets in the global bio-economy, be used as food for the supply of biological products. Thanks to global warming, climate change, cap and rising prices, standard fossil fuels had changed that side as a key challenge facing scientists and economists. The congress aims to draw attention to the importance of biofuels and the bio-economy in the context of natural energy resources in the 21st century and to offer the opportunity to solve various answers to challenges related to environmental protection.

Tracks 19: Biochemical

Biochemical is the application of chemistry to the study of biological processes at the cellular and molecular level. It emerged as a distinct discipline around the beginning of the 20th century when scientists combined chemistry, physiology, and biology to investigate the chemistry of living systems.

Tracks 20: Production of Biofuels

Bio fuel-producing is that the technique of manufacturing biofuel, biodiesel, through the chemical reactions transformation and esterification. This includes vegetable or animal fat and oils being reacted with short-chain alcohols (normally alkyl radical alcohol or ethanol). The alcohols used should be of low mass, alkyl group alcohol being one the varied predominant used for its low price. However, giant conversions into biodiesel could be reached exploitation alkyl radical alcohol. To the transesterification, a response is frequently catalyzed with the help of victimization each acid or bases the foremost not unusual place indicates that production is base-catalyzed Transesterification. This course has decrease response instances and catalyst value than those revealed via the approach of means of acid bit movement. However, alkaline bit motion has the drawback of its excessive sensitivity to every water droplet and unfastened fatty acids gift within the oils.

Tracks 21: Environmental impacts of Biofuels

Currently used liquids biofuels, that embrace fermentation alcohol made from crops containing sugar and starch and biodiesel from oilseed are cited as 1st generation biofuels. These fuels solely use a little of the energy doubtless accessible in the biomass. Numerous techniques are presently being developed to produce biofuels. However, it is unsure once such technologies can enter production on a big business from Biomass and Biogas from Biomass.

Importance and Scope:

Growing energy crisis, climate variations and greenhouse gas discharge from fossil fuels makes it a high concern to appear for low carbon energy resources. Biofuels are increasingly explored as a triple-crown various supply of fuel and serve a key target for the long run energy market which will play an important role in conserving energy security.

It is principally thought-about as probably feasible, low-carbon energy source. Biofuels & Bioenergy- 2022 is that the event devised for the International professionals to accelerate the promulgation and application of analysis discoveries concerning biofuels & bioenergy as replacement fuels. It’s a scientific podium to satisfy counterpart key call manufacturers all-round the Biotech Organizations, tutorial Institutions, Industries, & surroundings connected Institutes etc., and creating the congress a perfect platform to participate and share the data within the field of bioenergy and biofuels.

Biofuels & Bioenergy-2022 may be a platform to meet perceptive leaders through the analysis talks and shows and encourage several novel approaches of production and rescale of renewable energy. It adds a forum for all stakeholders in the bioenergy sector, original research that includes review articles, research and development spotlights, news, commentaries, interviews with key opinion leaders and far more, with a prospect to assembling a world community of bioenergy communication.

Market Analysis-

The recognition of biofuels has gained acceptance since the invention of the motor vehicle. With the discovery of huge oil fields, gasoline and diesel became reasonably accessible, leaving biofuels in the background. Global warming concerns related to carbon dioxide (CO2) emissions have led to the resurgence of biofuels as viable alternatives. Biofuel is made with a variety of resources. A qualified industry that is constantly looking for new technologies and raw materials. Indeed, industry demand for sensible and honest sources of fats and oils is driving promising research into advanced commodities such as algae and camelina. With more than a decade of commercial production, the industry prides itself on its meticulous approach to improvement and its strong goal of sustainability. from about 25 million gallons in the early 2000s to about 1.7 billion gallons of advanced biofuel in 2014.With the forecast availability of raw materials, the industry has set itself the goal of producing around 10 percent of the diesel transport market by 2022, and it is expected that the economic impact of the industry will increase significantly with the targeted increases in production. The biofuel industry has received a lot of attention in recent years as it helps minimize carbon emissions, qualify for carbon credits, reduce reliance on fossil fuels, and use raw materials that are naturally renewable. 24 countries have issued mandates for blending biofuels, development plans, guidelines and regulations for the promotion and use of biofuels.

Growth in manufacturing and use of biofuels international

The Global Renewable Fuels Alliance GRFA declared an intuitive manual demonstrating the prevailing command and organized focuses for biofuel manufacturing in countries over the globe. The GRFA estimates that international gasoline ethanol manufacturing will surpass ninety billion liters in 2014. As consistent with the United States Energy Information Administration, the United States created greater than 13.three billion gallons of ethanol in 2013 (marginally up at the 2012 figure). Different projections for international improvement of biofuels manufacturing to 2020 had been made via way of means of worldwide associations, loose experts and biofuels affiliations. The PEW Trusts Report Who’s victorious the best power race? 2012 demonstrates that the United States is at gift the sector pioneer in biofuel ventures with $1.5bn placed assets into 2012. In any case, comprehensively, hobby in biofuels fell 47% someplace round 2011 and 2012.

World Fuel Ethanol Production in 2019

Total Global production of Biofuels is 29026 Million of Gallons. United States 15776, Brazil 8570,   European Union 1440, China 900, Canada 500, Thailand 435, Argentina 745,India 800, Rest of World 1840. Brazil and America represent the dominant part of global bioethanol Production. Global alternate ethanol is relied upon to emerge as brief during the following decade, predominantly with fares from Brazil to America and EU. Be that because it may, improvement in global alternate biodiesel is foreseen now not to emerge as essentially because of the truth of specialized issues, issues encompassing alternate palm oil, arrangements, for example, hostile to dumping obligations, and improved country wide generation of biodiesel via expending nations.

This demonstrates "someplace round 2019 and 2020 biofuel usage stepped forward thru 8.3%, which deciphers into 13.6 million masses of oil proportionate (toe) carried out as a component of 2011 contrasted with 13.2 million masses in 2010. The European Union’s interest has moved to installing vicinity maintainability frameworks to check that the biofuel carried out as a part of the specific nations conforms to the Renewable Energy Directives manageability standards with within the European Union for the purpose that 1992, in big component in response to exceptional signs from the EU institutions. Today, there are approximately one hundred and twenty flowers with within the EU producing approximately 11,000,000 tonnes of bio diesel annually. These flowers are specially positioned in Germany, Italy, Austria, France and Sweden, of the world’s biodiesel yield. In 2011, generation diminished via 10% to 8.6 million metric masses. European Biodiesel Production 2011

Strategies for growing the bio fuels market:

The present day level of improvement of biofuels is stimulated with the aid of using governments who've identified the triple demanding situations of weather change, strength safety and rural improvement. The importance of this section, as compared to the speedy section of improvement of ethanol in Brazil with inside the 1970s, is that the troubles at the moment are global. The demand for biofuels isn't always only a choice of coverage makers however is meditated in surveys of the public the client. Of the Europeans surveyed, 47% say they might be organized to pay extra for a car that ran on biofuels, and 41% might be organized to pay a touch extra for biofuels. BP’s method has concerned the formation of a devoted commercial enterprise unit to pursue possibilities throughout the value chain from gaining access to feedstock, thru conversion to buying and selling and marketing.

 As the only opportunity for fossil fuels, biofuels keep growing in importance, despite a large slowdown in investment. International alternate stays active, with dynamic boom from the predominant exporting countries. Current markets are consequently anticipated to keep their present day tiers even as looking ahead to the emergence of recent biofuel technology from 2015 onwards. The USA has been the world’s main manufacturer and client of biofuels due to the fact 2007 observed with the aid of using South America and Europe, with barely decrease intake tiers, however with a robust exertion of biodiesel in Europe and ethanol in Brazil. After a incredible slowdown in boom among 2008 & 2009, intake of biofuels international lower back to boom in even though the European Union suggests quite strong intake of biodiesel, South America has visible its intake double, even as that of the USA has fallen with the aid of using almost 50%. Ethanol intake is developing gradually at the fee of 20% in Europe and North America, even as the state of affairs stays strong or in all likelihood declines barely in South America.

Major Biofuel Associations across the Globe:

• Renewable Fuels Association
• Biofuels Association of Australia
• Russian Biofuels Association
• European Biodiesel Board
• European Biomass Industry Association
• Aebiom - European Biomass Association