Biogreen Energy presentation for Balkanika Energy
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The Biogreen process uses thermo-chemical conversion through torrefaction, pyrolysis and gasification to transform biomass, plastic, and waste into useful products like fuel, biochar, and gas. It reduces waste volumes while extracting benefits such as renewable energy, soil amendments, and chemical ingredients. The process was developed by ETIA, an engineering company that specializes in thermal treatment processes and equipment for bulk materials.
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El dolor 2
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CV.rrr
Noor-ur-Rehman is seeking an internship opportunity to gain practical experience in mechanical engineering and further his career goals. He is currently pursuing a BS in Mechanical Engineering from Swedish College of Engineering and Technology, with an expected graduation in 2016. His educational background includes a Matric in 2009, Intermediate in 2012, and he maintains a CGPA of 2.45. He is proficient in computer applications like MS Office, Solidworks, Pro-E, Mastercam, Abaqus, AutoCAD, and ANSYS.
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Como tambien las consecuencias que trae la mala alimentación en el crecimiento de los niños.
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La Estrategia Y Los Errores Historicos De La Administracion Ii
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Exposición elaborada por equipo de estudiantes de la Maestría en Evaluación Educacional del IPMJMSM, en junio 2015, relacionada con la Observación: definición, tipos, observación directa, observación participante y guión de observación.
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This document outlines various activities and exercises for teaching negotiation and conflict resolution skills. It includes activities to analyze different types of conflicts using tools like the wheel, conflict tree, conflict map, need fears mapping, and multi causal role model. One activity involves applying these tools to analyze a conflict over constructing a new access road through a national park in Indonesia. Another activity involves analyzing conflicts from stories of Prophet Muhammad using different conflict analysis frameworks. The document provides detailed instructions on preparing and conducting each activity to help students better understand conflict analysis and resolution.
Is the higher quality financial reporting improves csr investment efficiency ...
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Apresentação de trabalho em powerpoint tarefa 4 unirio
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La Estrategia Y Los Errores Historicos De La Administracion Ii
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Is the higher quality financial reporting improves csr investment efficiency ...
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This document discusses biomass pyrolysis, which is the thermal decomposition of biomass in the absence of oxygen. There are three main types of pyrolysis: slow, intermediate, and fast. Slow pyrolysis occurs at lower temperatures (250-400°C) and produces more char (35%) and less liquid (30%) and gas (35%). Fast pyrolysis occurs at higher temperatures (450-900°C) and produces more liquid (75%) and less char (12%) and gas (13%). The main products are biochar, bio-oil, and synthesis gas. Biochar is solid carbon-rich material that can be used as a soil amendment. Bio-oil is a liquid that can be upgraded to fuels
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The document discusses biogas, including what it is, its properties, composition, production, uses, and advantages. Specifically:
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- Biogas can be used as a fuel for cooking, electricity generation, vehicles, and more. Its production also results in nutrient-rich fertilizer byproduct.
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SITU PAUL is an 8th semester student studying Mechanical Engineering. The document discusses biogas, including what it is, its properties, composition, how it is produced, and its uses. Biogas is a combustible gas produced through anaerobic digestion of organic waste. It is lighter than air, has a calorific value of 18.7 to 26 MJ, and can be used as a fuel for cooking, electricity generation, vehicles, and more. The production of biogas involves feeding organic waste into an anaerobic digester where bacteria break it down to produce methane gas and fertilizer byproduct.
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This document discusses biomass energy and various biomass resources. It describes different biomass conversion techniques including densification, direct combustion, gasification, pyrolysis, anaerobic digestion, and fermentation. Specific technologies covered include biomass gasifiers, fluidized bed gasifiers, and biogas plants. Biofuels such as ethanol, biodiesel and producer gas are also summarized. Advantages and disadvantages of biomass energy are provided.
Pyrolysis .
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Pyrolysis
Pyrolysis is a thermochemical treatment that involves heating organic material in the absence of oxygen to produce solid, liquid, and gaseous products. It allows materials and waste to be upcycled into more valuable products. Pyrolysis of biomass can produce bio-oils, biochar, syngas and other products using a small, modular system. Sludge pyrolysis offers an alternative to landfilling or incineration for sewage sludge treatment by first drying the sludge and then pyrolyzing it in an oxygen-free atmosphere to produce gas and other products.
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Biogas is produced through the anaerobic digestion of organic materials by bacteria. It is composed primarily of methane and carbon dioxide. The digestion process converts organic waste into biogas and digestate, which can be used as fertilizer. Biogas can be used to generate electricity and heat, upgraded to renewable natural gas and injected into pipelines, or used as transportation fuel. Key feedstocks for biogas include food waste, livestock manure, crop residues, landfill gas, and wastewater. Biogas is a renewable and carbon-neutral energy source that helps reduce pollution from organic wastes.
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The document discusses the production of biogas and biofuels from waste. It defines biogas and biofuels, describes various types of biofuels like biodiesel produced from lipids, bioethanol produced from carbohydrates, and biobutanol and syngas produced via microbial fermentation. The mechanisms of biogas production from organic waste via anaerobic digestion and the advantages of biogas are also summarized. Biomethane can be produced by upgrading biogas to remove impurities and increase methane concentration.
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This document provides summaries of 10 different bioenergy technologies:
1) Biogas is created from the breakdown of organic matter in anaerobic conditions and can be used for cooking, heating, electricity production.
2) Biomass can be combusted directly as fuel or converted to liquid/gas biofuels like ethanol or biodiesel for combustion engines or fuel cells.
3) Microbial fuel cells produce electricity by harnessing natural microbial systems, with byproducts of water and carbon dioxide.
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The document discusses bioenergy and biomass energy. It defines bioenergy as a renewable form of energy obtained from converting biomass resources like agricultural waste, forest residues, and energy crops into useful energy sources. It then discusses various biomass feedstocks and different processes for converting biomass into biofuels and bioenergy, including pyrolysis, gasification, combustion, and anaerobic digestion. The document also covers classifications of biofuels, examples of biofuels like ethanol and biodiesel, and applications of biofuel products.
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Biomass can be converted into energy through thermo-chemical or bio-chemical processes. Thermo-chemical processes include combustion, pyrolysis, gasification, and liquefaction which use heat to convert biomass into gases, liquids and solids. Bio-chemical processes involve microorganisms breaking down biomass into fuels, including anaerobic digestion producing biogas and fermentation producing ethanol. These different conversion technologies allow biomass to be used for heat, power, transportation fuels, and chemical feedstocks depending on factors like feedstock availability and desired output.
Biomass conversion technologies
Biomass can be converted into energy through thermo-chemical or bio-chemical processes. Thermo-chemical processes include combustion, pyrolysis, gasification, and liquefaction which use heat to convert biomass into gases, liquids and solids. Bio-chemical processes involve microorganisms breaking down biomass into fuels, including anaerobic digestion producing biogas and fermentation producing ethanol. These different conversion technologies allow biomass to be used for heat, power, transportation fuels, and chemical feedstocks depending on factors like feedstock availability and desired output.
Role of bioenergy in energy management
it covers various types of bioenergy and also contains various energy yielding technologies. it shows the bioenergy scenerio in India.it also shows various activities and programmes related with bioenergy
Thermo chemical conversion
Thermo chemical conversion involves the biological, chemical, and thermal breakdown of biomass. Pyrolysis is the thermal decomposition of biomass through heating in the absence of oxygen, producing biochar, bio-oil, and gases. Pyrolysis can occur through slow or fast processes, with fast pyrolysis taking seconds and yielding mainly bio-oil, while slow pyrolysis takes hours and produces primarily biochar. Pyrolysis is dependent on temperature and particle size, and can convert biomass into easily stored and transported liquid fuels or soil amendments like biochar.
Gitika presentation (1)[1].pptx
Biomass refers to renewable organic materials from living organisms like plants and animals. It can be converted to energy through various thermochemical and biochemical processes. Direct combustion, gasification, pyrolysis are thermochemical processes, while anaerobic digestion and fermentation are biochemical processes. Common biofuels include biodiesel from vegetable oils, bioethanol from starch/sugar crops, biogas from organic waste, and biobutanol from fermentation. While biofuels provide benefits like renewability and reduced emissions, they also have disadvantages like high costs and potential impacts on food supply. India has significant potential to generate bioenergy from its large agricultural residues and waste.
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This document discusses renewable energy and green technology, specifically focusing on biomass. It defines biomass and lists various biomass sources including agricultural residues. It then discusses the importance of biomass and availability in India. The key methods to convert biomass are described as thermo-chemical (combustion, gasification, pyrolysis), bio-chemical, and oil extraction. The principles and processes of combustion, gasification, and pyrolysis are explained in further detail.
Biomass-1cgygiopiooooou9u9897678978y8.ppt
Biomass is a renewable energy source that includes plants and animals. It can be used to produce heat and electricity. Biomass energy refers to energy from recently living organic matter like plants and animals. There are several ways to convert biomass into energy, including direct combustion to produce heat, thermochemical conversion methods like pyrolysis and gasification, and biochemical conversion using microorganisms like anaerobic digestion and ethanol fermentation. While biomass energy has advantages like being renewable and reducing dependence on fossil fuels, it also has disadvantages like being less efficient than fossil fuels and requiring a lot of space for combustion.
Bioenergy
This document discusses various types of bioenergy including biomass, biogas, and biofuels. It defines biomass as a renewable energy source derived from living or recently living organisms. Key types of biomass discussed include wood, agricultural waste, solid waste, and landfill gas. Methods of converting biomass to energy include burning, bacterial decay, fermentation, and thermal or chemical conversion. Biogas is produced via the bacterial breakdown of organic waste. Algae and crops can be converted to liquid biofuels like ethanol or biodiesel. While bioenergy has benefits like being renewable and reducing emissions, it also has disadvantages like being expensive to produce and store and requiring significant space.
Pyrolysis renewable energy resources
This document summarizes a lecture on biomass pyrolysis as a renewable energy resource. It discusses the pyrolysis process, which involves thermally decomposing biomass in the absence of oxygen to produce solid, liquid, and gas products. The key products are biochar, bio-oil, and syngas. The document outlines different types of pyrolysis based on temperature and time scales and explains how various factors like temperature, particle size, and moisture content affect the pyrolysis process and end products. It also provides examples of pyrolyzing specific biomass sources like rice husk and discusses potential applications of the pyrolysis products.
Biomass updated
Biomass refers to organic material that can be converted into useful energy sources such as fuel. It is a renewable energy source that includes waste plant and animal material. Biomass can be converted into energy through processes like gasification, pyrolysis, anaerobic digestion, and combustion. This reduces dependence on landfills and non-renewable energy sources. India has significant potential to develop biomass energy due to its large agricultural output and waste that can be utilized as biomass feedstock. However, the biomass energy sector in India also faces challenges like high fragmentation, lack of financing, and insecure supply chains.
Similar to Biogreen Energy presentation for Balkanika Energy (20)
Ecotech alliance quick guide to bioenergy technologies
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Clayton i Balkanika Energy Prezentacija.
www.balkanikaenergy.eu/sr/
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The document provides an overview of Viessmann, a German heating equipment manufacturer. It discusses the company's history and values of sustainability, innovation, quality, and reliability. Viessmann offers comprehensive product lines for heating systems across various fuel sources and applications. It emphasizes developing efficient and environmentally friendly technologies and training trade partners.
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みなさんこんにちはこれ何文字まで入るの？40文字以下不可とか本当に意味わからないけどこれ限界文字数書いてないからマジでやばい文字数いけるんじゃないの？えこ...
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Biogreen Energy presentation for Balkanika Energy
- 1. Biogreen ® THERMOCHEMICAL CONVERSION PROCESS FOR BIOMASS AND WASTE Torrefaction Pyrolysis Gasification EQUIPMENT AND PROCESSES FOR THERMAL TREATMENTS
- 2. THERMOCHEMICAL CONVERSION PROCESS FOR BIOMASS AND WASTE Biogreen® is an innovative and patented process for thermochemical conversion of biomass, plastic and waste. It includes a pyrolysis system that extracts useful substances to be used for energy and other purposes. Wood, straw, cereals waste, plastic, and sewage sludge all can be converted into fuel, bio-char or coke and gas. Biogreen significantly reduces the volume of waste while extracting the product’s best benefits by producing food flavor, renewable electricity, green chemical ingredients, soil amendment, and etc. Biogreen® is a trademark and process developed by ETIA, an engineering company founded in 1989 and specializing in processes of thermal treatment for bulk products. www.biogreen-energy.com CONDENSATION chiller BIOMASS SEWAGE SLUDGE GAS PYROLYSIS* BIO OIL PLASTIC MUNICIPAL WASTE COOLING * Spirajoule® technology - www.spirajoule.com BIOCHAR or COKE
- 3. THERMOCHEMICAL TRANSFORMATION The thermochemical transformation changes the product’s structure by applying heat in a controlled atmosphere. Depending on the operating parameters, the thermochemical treatment of the ligneous cellulosic biomass will produce bio-char, bio-oil, chemical ingredients, soil fertilizer, and etc. With Biogreen®, ETIA offers a multipurpose and efficient range of solutions designed for the energy and agrochemical conversion of the biomass. TORREFACTION Biogreen can be used for biomass torrefaction, among other treatments. Torrefaction is one of the ways to create densification of the energy contained within a product. Treatment is achieved within a few minutes at 200°C to 300°C in an anaerobic environment. Biomass will lose weight (around 30%), and become crumbly. This prepares it to be crushed or gasified. Torrefaction also produces a more homogeneous product, with a low hygroscopicity that is easy to store. PYROLYSIS The pyrolysis process will quickly heat biomass in the absences of oxygen at a high temperature, between 400 and 800°C or more. The product transformation produces three distinct outputs: bio-char or coke (solid fraction), bio-oil or crude oil (liquid fraction), and gas. Various applications are possible for these products: bio-char can be burned or used for soil amendment. Bio-oil can be used as fuel or used in the chemical industry as a renewable ingredient. It can also be used in the food industry as a liquid smoke flavor. Crude oil can be distilled to produce Diesel or Naphtha. The gas fraction is generally used as heating power for the process. Due to the unique design, the operating parameters of Biogreen® are precisely controlled. This allows the operator to adjust the proportion of all the three phases. GASIFICATION Biogreen® can also be used for the gasification of torrefied products at a high temperature (800°C). The gas fraction which is preponderant can be cracked at 1200°C in a secondary stage and convert all molecules into CO and H2.
- 4. www.biogreen-energy.com Contact : olivier.lepez@etia.fr ETIA Carrefour Jean Monnet BP 20101 60201 Compiègne cedex France Office: +33 344 864 420 Fax: +33 344 862 786 www.etia.fr www.spirajoule.com