biogas ppt presentation free download

• My presentations

Auth with social network:

Download presentation

We think you have liked this presentation. If you wish to download it, please recommend it to your friends in any social system. Share buttons are a little bit lower. Thank you!

Presentation is loading. Please wait.

BIOGAS PLANT.

Published by Marc Pruneau Modified over 5 years ago

Similar presentations

Presentation on theme: "BIOGAS PLANT."— Presentation transcript:

Where does our Energy come from?

Gobar Gas Plant construction

ENERGY Where does our Energy come from?. Where does our energy come from for…? Electric light Mobile phones Power for your mp3 TV Hot Water.

Anaerobic Digestion PAK RENEWABLE ENERGY

CHAPTER - 14 SOURCES OF ENERGY

♦ Sugar cane is grown in some areas, and can be fermented to make alcohol, which can be burned to generate power. Alternatively, the cane can be crushed.

| Vigyan Ashram | INDUSA PTI |1 Vigyan Ashram (A center of Indian Institute Of Education) At. Post Pabal Dist. Pune

Biofuels for Africa. By George Mwaniki. Introduction Africa is the second largest continent which accounts for 22% of the earths land mass. It is home.

Energy & Environment. This is a PowerPoint that will teach you about energy and the need for biogas.

Composting Energy Methane Power. Flow Chart We will examine how our project works through the use of the flow chart, from bottom up.

 The sun constantly gives off energy in the form of light and heat.  Earth receives enough solar energy to meet the energy needs of the entire world.

BIOMASS ENERGY BY SIENG LY & JOHN DEBUQUE. ADVANTAGES OF BIOMASS  Biomass used as a fuel reduces need for fossil fuels for the production of heat, steam,

Biogas Production for Energy in Germany -Residues from Food Industry- Prof. Dr. Bernd Stephan University of Applied Science Bremerhaven, Germany.

By: Tiffany Harriot, Myrca Joseph, Samantha Alexis, Angelita Mede Biomass presentation.

BIOFUELS With over 7 billion people on earth the demand for fuel is higher than ever. It is important that the demand is met with an equal supply but at.

Natural Resources.

By Hannah Lee, Stephanie Magvas, Theresa Farnan

The Conversion of Biomass. Any biologically produced matter (anything natural) –146 billion metric tons – mostly wild plant growth –Potential energy source,

Potential for Anaerobic Digestion of Crop Residues Ron Fleming & Malcolm MacAlpine (Ridgetown Campus of University of Guelph), Jim Todd (OMAFRA) CSBE

Passive Solar Energy  Uses solar radiation to maintain a comfortable temp in the building without electrical aid  South-facing windows, which absorb.

About project

© 2024 SlidePlayer.com Inc. All rights reserved.

• Preferences

Biogas PowerPoint PPT Presentations

Academia.edu no longer supports Internet Explorer.

To browse Academia.edu and the wider internet faster and more securely, please take a few seconds to  upgrade your browser .

Enter the email address you signed up with and we'll email you a reset link.

• We're Hiring!
• Help Center

Related Papers

Biogas is a mixture of colorless, flammable gases obtained by the anaerobic digestion of organic waste materials. It is an alternative source of energy. The major composition of biogas is methane (CH 4) 50-70%. It can be used for cooking and power generation, while the residues from the process are used as fertilizers. In this experimental work, an equal ratio of 2.5kg kitchen waste and 2.5kg water with small amount (1.75kg) of cow dung was weighted. The 1.75kg of cow dung was mixed with 1.5kg of water fed into 13.5 liter constructed digester and after some days, 2.5kg kitchen waste was mixed with 1kg of water and also fed into the digester. Then allowed to ferment for period of 22 days and a pressure range of 0psi-70.5psi was obtained. A graph of pressure (psi) against time (hrs), volume (liters) against time (hrs) and Pressure (psi) against volume (liters) of gas shows increase in pressure (psi) with time (hrs) and an increase in pressure with decrease in volume. A combustion test was also carried out which showed that for every 1 minute the temperature of water increases. The result from analysis of biogas composition done revealed the following: CH 4 (67.58%), H 2 (5.16%), CO 2 (20.29%), N 2 (8.46%), O 2 (1.06%) and H 2 S (2.36%) which has proved that really kitchen waste is a good raw material for production of biogas. INTRODUCTION Fossil fuel provides the bulk of the world's primary source of energy. Since they are non-renewable natural resources with little to conserve the earth's supply, supplies of fossil fuel (especially oil and gas) may soon get completely depleted. Additionally, the rising cost of petroleum and allied products most especially in Nigeria has triggered a need to develop alternate sources of energy, one of which is biogas production. In Nigeria, majority of the population are rural dwellers without access to gas or electricity and therefore depend on firewood for cooking and lightening. Unfortunately, this has contributed immensely to the rapid rate of deforestation and desert encroachment. The establishment of biogas plants in these communities would greatly ameliorate these problems and help preserve the environment. Biogas is distinct from other renewable energy source such as solar energy, wind energy, thermal and hydro sources of energy because of its characteristics of using controlling and collecting organic waste and at the same time producing fertilizer and water for use in agricultural irrigation. Anaerobic digestion process produces a higher biogas yield when running on a mixture of animal manure and vegetable/crop waste rather than animal manure alone, and biogas production is considered the most suitable bio energy technology in china (Wu CZ et al 2009). The slurry and residues from the biogas process can also be used as an organic fertilizer to replace the use of chemical fertilizer on the farm (HUGO 2008; Zhou Cx et al 2004; Liu y et al 2008 and chem. RJ 2007). The composition of biogas is typically methane (50-70%), carbon-dioxide (30-40%) and the rest is made up of traces of elements of hydrogen sulphide. Biogas can be used in gas engine to convert the energy in the gas into electricity and heat. Biogas is characterized based on its chemical composition and the physical characteristics which result from it. It is primarily a mixture of methane (CH 4) and inert carbonic gas (CO 2). However the name 'biogas' gathers a large variety of gases resulting from specific treatment processes, starting from various organic waste-industries, animals or domestic organic waste etc.

Edward Tsvamuno

Zamri Yusoff

The demand, high costs and health implications of using energy derived from hydrocarbon compound have necessitated the continuous search for alternative source of energy. Cow dung as a renewable source of energy supply has been proven to be very efficient. This study investigated the production of biogas using cow dung from cow field near the polytechnic. A 2ml/g of the cow dung was used in this study. The digestion was carried out in a 10 L anaerobic digester at a temperature of 250C to 300C and uncontrolled pH for a period of 1 month. About 23 cm3 of biogas was produced on the 22nd day. Thus biogas production from cow dung is a good and cheap alternative source of energy. The use of biogas will not only serve as a source of fuel but will also help in the management of waste. The biomass generated after digestion can be used both as animal feed and to improve soil fertility. It is therefore recommended that large scale production of biogas from wastes should be undertaken by all as the wastes around you today can become your wealth tomorrow.

Nepal Journal of Science and Technology

Samir Thapa

This study presents the feasibility of different biodegradable materials such as kitchen wastes, water hyacinth (Eichhornia sp.), green garden grass, banana (Musa acuminate) bases, Banmara (Eupatorium adenophorum) and cabbage leaves (Brassica oleracea var. capitata) for biogas production. The experiment was conducted using 0.05 m3 anaerobic bioreactor of ARTI model compact biogas technology under ambient temperature condition in Kathmandu. The minimum and maximum temperature recorded during the study period (March 1 to July 1, 2009) was ranged from10 o C to 33 o C. Total solid was found maximum (39.72 percent) in kitchen waste and minimum in cabbage leaves (8.36 percent). Volatile solid was more than 75 percent in all substrates. Organic matter ranged from 34.85 to 68.11 %. Similarly, C/N ratio was found maximum (22.57:1) in kitchen waste. Variations were observed in pH values. It was recorded between 5.7 and 6.8 in the first month but above 7 after second month of the plant installation. Burning of gas was detected after 42 days in cow dung, 52 days in water hyacinth, 80 days in kitchen waste and 70 days in banana base, Banmara, garden grass and cabbage leaves. Similarly, methane concentration after 105 days of plant installation was found to be 53 percent in cow dung, 48.8 percent in kitchen waste, 49.4 percent in water hyacinth, 24.5 percent in banana base, 38.5 percent in Banmara and 41.5 percent in garden grass. Total gas production in four months was found maximum in water hyacinth (45 l/kg TS) and minimum in cabbage (25.78 l/kg TS). The gas production in cow dung, Banana base, Banmara, garden grass and kitchen waste was therefore 41.12 l, 31.14 l, 34.02 l, 27.78 l and 32.12 l per kg of TS respectively. The purpose of designing this micro ARTI model plant was to test the feasibility of selected biodegradable materials for biogas production to be relevant in household level. Energy is the fundamental necessity for human life for physiological, mechanical, technological and economical development. Utilization of energy resources is considered as prime indicator for initiation of human civilization and development. The world energy consumption has been increased by 49 percent (1.4 percent per year) from 495 quadrillion Btu in 2007 to 739 quadrillion Btu by 2035 (U.S Energy Information Administration 2010). Energy consumption ratio by fuel type in Nepal reveals that major proportion of energy comes from traditional fuels and less than one percent is contributed by renewable energy resources (Economic Survey of Nepal 2007/08). Huge use of conventional resources in the world increases the green house gases (GHGs) emission, which is the major cause of global warming and climate change.

Leo Agbetoye

—A biogas production unit was designed, fabricated and tested. It consists of a 168-litres anaerobic digester and a 38-litres gas storage tank connected together with 19 mm PVC pipes and locks. The digester and the separator tanks were fabricated from a high torsional strength 20 mm x 20 mm x 4 mm mild steel sheet supported by 60 mm x 60 mm x 4 mm angle iron welded together. Filler paste was applied to the two tanks for air tightness. The digester has a 900 mm shaft with blades attached that stirs the substrate. The machine is powered by a 0.75 kW electric motor connected to the side of the digester tank. A rubber seal was attached to the top of the stirrer to prevent the escape of gas from the tank. A pressure gauge and a gas connecting hose were attached for the measurement of the amount of gas produced, stored and released to the cooker respectively. Air and water tightness tests were carried out to avoid unnecessary leakage at any point. Plant and animal wastes were utilized as feedstock for the biogas plant. A 50 kg of blended water hyacinth and 100 litres of water were fed as feedstock in the digester. The result after 4 days retention was 0.178 bar. Further, a mixture of 70 kg pig dung, poultry droppings and cow dung and 50 litres of water were also fed as the feedstock to the digester for another 4 days retention period. The result obtained from the pressure gauge was 0.307 bar. The mixture of both waste (45 kg of animal dung, 45 kg of blended water hyacinth and 55 litres of water) was also tested and the result obtained was 0.619 bar. From the result of the test, it was concluded that the mixture of plant and animal waste is the best feedstock for the digester to attain optimum production of methane gas.

Habiba Atta , Musa Bishir

The use of biogas as a means of satisfying energy demands is a viable alternative to fuel wood which results in the indiscriminate felling of tress. Animal wastes as organic substrates in the production of biogas provide a cheap and eco-friendly method of managing wastes. In this study, three different animal wastes (Cow dung: pH1=7.08, pH2= 7.32; Goats' droppings: pH1=5.49, pH2=5.26; and Chicken droppings: pH1= 5.49, pH2= 5.75) were used as substrates in the production of biogas, and the experiment was carried out at ambient temperature for a hydraulic retention time of three weeks. A set of three laboratory digesters was used in the experimental set up, and the performance of the animal wastes was assessed based on the volume and quality of the biogas produced. The amount of biogas produced by the animal wastes in decreasing order is as follows; chicken droppings (18.27 litres), cow dung (12.55 litres) and goats' droppings (5.11 litres). The order of flammability of the biogas produced is as follows: cow dung > goats' droppings > chicken droppings. The following methanogens were isolated; Methanobacteriumsp., Methanococcus sp., Methanospirillum sp. and Methanosarcina sp. in the course of the experiment. In this study, cow dung produced the biogas of the highest quality and conclusively can be chosen as the best substrate for biogas production.

International Journal of Renewable Energy Research

Habiba Atta

Misr Journal of Agricultural Engineering

Amany Metwally

The increase in the environmental pollution and economic growth, energy usage requirement cause increase in world clean energy demand. Biomethanization is one of the promised technologies to produce clean and renewable energy source compared to fossil energy resources. This research was done in two trials, the first trial focused on comparing the potential and actual values for heat and electric energy from different biomass hence, select the best for the equal energy required for different livelihoods in rural applications. The second trial, the preferable feedstocks synthesis (25% cattle dung + 75% poultry droppings) from the first trial was select to apply in the second fermentation, which done in home scale digester (68 l) under three different agitations at under mesophilic temperature 38°C. The results showed that using a combination of feedstocks (co-digestion) led to improving the biogas yield by 67.68% - 7.10% because of the increase in organic content and optimizing the co...

International Journal of Current Microbiology and Applied Sciences

Vivek Khambalkar

Loading Preview

Sorry, preview is currently unavailable. You can download the paper by clicking the button above.

RELATED PAPERS

Communication in Physical Sciences, 7(3) :174-181

Communication in Physical Sciences , Musa Runde

Casopis Za Procesnu Tehniku I Energetiku U Poljoprivredi Ptep

Jovanovski Nikola

VIVEK KOSHTA

MAXWELL MAGETO

Journal of Applied Sciences and Environmental Management

International Journal of Research and Analytical Reviews (IJRAR)

Dattatray Tathe

sherwin amini

Physical Science International Journal

Maxwell Mageto

Results in Chemistry

Hamidreza Sayadi

Yakubu Yerima

IOSR Journals

raveena kargwal

Manoj Kumar

Tejomyee Bhalerao

yuvaraj vasu

Adeleke University Journal of Engineering and Technology

Oluwaseyi Olaniyan

Anil Rupnar

International Journal of Latest Technology in Engineering, Management & Applied Science -IJLTEMAS (www.ijltemas.in)

Muhammad Azim Khan Niazi

Tapon Chakrabarti

Journal of The Institution of Engineers (India): Series E

Sudhansu Mahanand

Bhaskar jha , Abhinav Trivedi

Vilis Dubrovskis

Applied Microbiology and Biotechnology

Esteban Amon

Prasad Kaparaju

•   We're Hiring!
•   Help Center
• Find new research papers in:
• Health Sciences
• Earth Sciences
• Cognitive Science
• Mathematics
• Computer Science
• Academia ©2024

Got any suggestions?

We want to hear from you! Send us a message and help improve Slidesgo

Top searches

Trending searches

178 templates

pink flowers

255 templates

115 templates

64 templates

15 templates

62 templates

It seems that you like this template!

Biogas presentation, free google slides theme, powerpoint template, and canva presentation template.

Download the Biogas presentation for PowerPoint or Google Slides and start impressing your audience with a creative and original design. Slidesgo templates like this one here offer the possibility to convey a concept, idea or topic in a clear, concise and visual way, by using different graphic resources. You need to talk about a specific topic, but you don't know how to do it? Try using presentations like this one here, 100% customizable!

Features of this template

• 100% editable and easy to modify
• Different slides to impress your audience
• Contains easy-to-edit graphics such as graphs, maps, tables, timelines and mockups
• Includes 500+ icons and Flaticon’s extension for customizing your slides
• Designed to be used in Google Slides, Canva, and Microsoft PowerPoint
• Includes information about fonts, colors, and credits of the resources used

How can I use the template?

Am I free to use the templates?

How to attribute?

Attribution required If you are a free user, you must attribute Slidesgo by keeping the slide where the credits appear. How to attribute?

Register for free and start downloading now

Related posts on our blog.

How to Add, Duplicate, Move, Delete or Hide Slides in Google Slides

How to Change Layouts in PowerPoint

How to Change the Slide Size in Google Slides

Related presentations.

Create your presentation Create personalized presentation content

Writing tone, number of slides, premium template.

Unlock this template and gain unlimited access

Register for free and start editing online

• Collections
• Biogas Powerpoint Template

Biogas PowerPoint Templates Presentation and Google Slides

Practical Biogas Features And Info PPT Template 

About this slide:, features of this template.

• Biogas Plant
• Biogas Production
• Microbiology Of Biogas
• Types Of Biogas
• Biogas Plants For Electricity
• Biogas Model
• Google Slides

679+ Templates

Silhouettes

63+ Templates

37+ Templates

316+ Templates

communication

202+ Templates

141+ Templates

Weighting Scale

67+ Templates

71+ Templates

27+ Templates

33+ Templates

You May Also Like These PowerPoint Templates

JavaScript seems to be disabled in your browser. For the best experience on our site, be sure to turn on Javascript in your browser.

Exclusive access to over 200,000 completely editable slides.

• Diagram Finder
• Free Templates

• Human Resources
• Project Management
• Timelines & Planning
• Health & Wellness
• Environment
• Cause & Effect
• Executive Summary
• Customer Journey
• 30 60 90 Day Plan
• Social Media
• Escalation Matrix
• Communication
• Go to Market Plan/Strategy
• Recruitment
• Pros and Cons
• Business Plan
• Risk Management
• Roles and Responsibilities
• Mental Health
• ISO Standards
• Process Diagrams
• Puzzle Diagrams
• Organizational Charts
• Arrow Diagrams
• Infographics
• Tree Diagrams
• Matrix Charts
• Stage Diagrams
• Text Boxes & Tables
• Data Driven Charts
• Flow Charts
• Square Puzzle
• Circle Puzzle
• Circular Arrows
• Circle Segments
• Matrix Table
• Pillar Diagrams
• Triangle Puzzle
• Compare Diagrams
• Ladder Diagrams
• Google Slides
• North America Maps
• United States (US) Maps
• Europe Maps
• South America Maps
• Apple Keynote
• People & Objects
• Trending Products
• PowerPoint Templates

Biogas PowerPoint and Google Slides Template

(5 Editable Slides)

Download Now

This template is part of our Pro Plan.

Gain access to over 200,000 slides with pro plan..

Upgrade Now

Already a Pro customer? Login

Related Products

Renewable Energy PowerPoint and Google Slides Template

(7 Editable Slides)

Biofuel PowerPoint and Google Slides Template

(4 Editable Slides)

Bioethics PowerPoint and Google Slides Template

Biomaterials PowerPoint and Google Slides Template

Biochemistry PowerPoint and Google Slides Template

Biosafety PowerPoint and Google Slides Template

Biodegradable Waste

Renewable Energy Icons

Use our Biogas PPT template to describe the process that involves the breakdown of organic matter by the anaerobic bacteria to produce energy (gas). Researchers and environmentalists can use this 100% editable deck to highlight the significance of this gas due to zero emissions in the process and limit the spread of dangerous gases in the atmosphere. You can also use this set to discuss how biogas curbs the greenhouse effect.

Appeal to your audience's interests and make them feel involved with our exclusive template, designed to avoid clutter and provide a smooth flow to the information. The PPT will make your ideas stand out with its elegant and simple look and minimalist style. Download now!

What's Inside the Deck?

• A uniquely-designed pattern depicts the sources of organic waste materials for biogas production.
• An infographic with appealing text boxes and icons illustrates the main biogas sources.
• A well-designed flowchart depicts the applications of this biofuel clearly and concisely.
• A beautifully-designed graphic with eye-catching vectors showcases the anaerobic digestion process in a comprehensible manner.
• A biogas power generation flow chart has been given in an easy-to-understand manner.

Fascinating Features

• You can easily make all the necessary changes to the slides, even if you don’t possess any extensive editing skills.
• To ensure the intact resolution of the layouts on large screens, we have crafted them using high-definition graphics.
• If required, you can provide a handout of the presentation to the audience.
• There are no limitations on the number of usages.
• A diligent customer support team is available to solve your queries fast.

Download the set now and make your presentation awesome!

Create compelling presentations in less time

• Energy & Environment ›

Industry-specific and extensively researched technical data (partially from exclusive partnerships). A paid subscription is required for full access.

Energy production from biogas South Korea 2013-2022

In 2022, South Korea produced over 101,000 metric tons of oil equivalent (toe) of energy from biogas. That year, over 4.3 million metric tons of oil equivalent (toe) of energy was produced from sources of biological origin in the country.

Production of energy from biogas in South Korea from 2013 to 2022 (in 1,000 metric tons of oil equivalent)

To access all Premium Statistics, you need a paid Statista Account

• Immediate access to all statistics
• Incl. source references
• Download as PDF, XLS, PNG and PPT

Additional Information

Show sources information Show publisher information Use Ask Statista Research Service

South Korea

2013 to 2022

Other statistics on the topic

• Global bioenergy capacity 2023, by country

Petroleum & Refinery

• Biofuel production in Europe 2023, by country
• Biofuels consumption for transportation in the European Union 2015-2022
• Renewable energy mix in the European Union 2013-2022

To download this statistic in XLS format you need a Statista Account

To download this statistic in PNG format you need a Statista Account

To download this statistic in PDF format you need a Statista Account

To download this statistic in PPT format you need a Statista Account

As a Premium user you get access to the detailed source references and background information about this statistic.

As a Premium user you get access to background information and details about the release of this statistic.

As soon as this statistic is updated, you will immediately be notified via e-mail.

… to incorporate the statistic into your presentation at any time.

You need at least a Starter Account to use this feature.

• Immediate access to statistics, forecasts & reports
• Usage and publication rights
• Download in various formats

* For commercial use only

Basic Account

• Free Statistics

Starter Account

• Premium Statistics

The statistic on this page is a Premium Statistic and is included in this account.

Professional Account

• Free + Premium Statistics
• Market Insights

1 All prices do not include sales tax. The account requires an annual contract and will renew after one year to the regular list price.

Statistics on " Bioenergy in Europe "

• Global capacity of bioenergy power 2009-2023
• Global bioenergy production 2009-2022
• Bioenergy capacity in Europe 2010-2023
• Renewable energy generation source shares in the European Union 2013-2022
• Solid biomass primary energy production in the European Union 2000-2022
• Solid biomass primary energy production in the European Union 2022, by country
• Inland consumption of solid biomass energy in the European Union 2000-2022
• Inland consumption of solid biomass energy in the European Union 2022, by country
• Solid biomass consumption per inhabitant in the European Union 2022, by country
• Energy production from biogas in the European Union (EU) 2013-2022
• Gross heat production from biogas in the European Union (EU) 2013-2022
• Energy production from landfill gas in the European Union (EU) 2013-2023
• Energy production from anaerobic fermentation biogas in the European Union 2013-2022
• Energy production from sewage sludge gas in the European Union 2013-2022
• Biofuel production in the EU 2000-2023
• Share of biofuel consumption in the EU-27 for transportation 2022, by fuel type
• Turnover of the biomass industry in the European Union 2013-2022
• Turnover of the biogas industry in the European Union 2013-2022
• Turnover of the biofuels industry in the European Union 2013-2022
• Employment in the solid biofuels industry in the European Union 2013-2022
• Employment in the biogas industry in the European Union 2013-2022
• Employment in the biofuels industry in the European Union 2013-2022

Other statistics that may interest you Bioenergy in Europe

• Premium Statistic Global capacity of bioenergy power 2009-2023
• Basic Statistic Global bioenergy production 2009-2022
• Premium Statistic Global bioenergy capacity 2023, by country
• Basic Statistic Bioenergy capacity in Europe 2010-2023
• Basic Statistic Renewable energy mix in the European Union 2013-2022
• Basic Statistic Renewable energy generation source shares in the European Union 2013-2022
• Premium Statistic Solid biomass primary energy production in the European Union 2000-2022
• Premium Statistic Solid biomass primary energy production in the European Union 2022, by country
• Premium Statistic Inland consumption of solid biomass energy in the European Union 2000-2022
• Premium Statistic Inland consumption of solid biomass energy in the European Union 2022, by country
• Premium Statistic Solid biomass consumption per inhabitant in the European Union 2022, by country
• Basic Statistic Energy production from biogas in the European Union (EU) 2013-2022
• Basic Statistic Gross heat production from biogas in the European Union (EU) 2013-2022
• Basic Statistic Energy production from landfill gas in the European Union (EU) 2013-2023
• Basic Statistic Energy production from anaerobic fermentation biogas in the European Union 2013-2022
• Basic Statistic Energy production from sewage sludge gas in the European Union 2013-2022
• Premium Statistic Biofuel production in the EU 2000-2023
• Premium Statistic Biofuel production in Europe 2023, by country
• Premium Statistic Share of biofuel consumption in the EU-27 for transportation 2022, by fuel type
• Premium Statistic Biofuels consumption for transportation in the European Union 2015-2022

Economic data

• Basic Statistic Turnover of the biomass industry in the European Union 2013-2022
• Basic Statistic Turnover of the biogas industry in the European Union 2013-2022
• Basic Statistic Turnover of the biofuels industry in the European Union 2013-2022
• Basic Statistic Employment in the solid biofuels industry in the European Union 2013-2022
• Basic Statistic Employment in the biogas industry in the European Union 2013-2022
• Basic Statistic Employment in the biofuels industry in the European Union 2013-2022

Further Content: You might find this interesting as well

Mar 04, 2014

130 likes | 408 Views

Biogas. Ein vorteilhaftes Gas mit Risiken. Definition von Biogas. Verwesung von organischen Stoffen Entstehung eines Gasgemisches (Biogas) Auch bekannt als: Sumpfgas Faulgas. Zusammensetzung. Funktionsweise. Die Bildung. Zersetzung org. Verbindungen Ohne Luft

Share Presentation

Presentation Transcript

Biogas Ein vorteilhaftes Gas mit Risiken

Definition von Biogas • Verwesung von organischen Stoffen • Entstehung eines Gasgemisches (Biogas) • Auch bekannt als: • Sumpfgas • Faulgas

Zusammensetzung

Funktionsweise

Die Bildung • Zersetzung org. Verbindungen • Ohne Luft • Mit Zuführung von Bakterien • Zerteilen langkettige in kurzkettige Moleküle • Entstehung von Methanmolekülen

Wo finde ich Biogas? Im… • Sumpf- und Moorland • stark verschmutztem Gewässer • Dickdarm von Tieren und Menschen • Misthaufen • Güllegraben/Jauchegraben • Faulturm einer Kläranlage • und auf der Müllkippe

Verwendung • dient als Brennstoff für Blockheizkraftwerke • zur Stromversorgung und zu Heizungszwecken • sinnvollste Verwendung • Verbrennung im Verbrennungsmotor • Entstehung von Wärme und Strom (Kraft-Wärme-Kopplung) • für die Synthese von Methanol • genutzt in Dänemark und in der Schweiz

umweltfreundliches Gas org. Abfälle (später als Dünger zu benutzen) bei unsachgemäßer Behandlung -> Explosionsgefahr sehr hoher Materialaufwand Aufwiegung: Pro - Contra

Impressionen

• More by User

Biogas/Biomethan

Biogas/Biomethan. Schlüsseltechnologien zur Sicherung des Technologiestandortes Deutschland In Partnerschaft mit. Leistungsprofil der Firma DGE GmbH . Unternehmen seit 1991 im Anlagenbau tätig Planung und Bau von Anlagen zur Abwasser – und Abgasreinigung in der Industrie

859 views • 50 slides

Biogas. As an alternate fuel option. Environmental Management Pragya Gupta B.V.P.D.U.C.O.A.

914 views • 45 slides

Biogas. A presentation for the Comenius project meeting in Calaf 2013. Historical facts. around 3000 b.Ch.: beginning of unconscious use of microorganisms 1859: discovery of microbial development of methane first biogas plant in Bombay, India around 1900:

530 views • 16 slides

BIOGAS. By Jenni , Tinh , Ly and Chau. Introduction T o Biofuel. Biofuels are fuels that have been developed from other materials such as plant matter and animal waste matter. Derived from biological carbon fixation Reduced carbon footprint and renewable

437 views • 7 slides

Biogas Digester

Biogas Digester . Jeff Rohrer APES March 19, 2012. How it works?. Anaerobic digestion- absence of oxygen, aka fermentation Organic waste is put in a air tight chamber to keep oxygen from entering Plant, animal and fecal matter typical Methane, Carbon dioxide, Hydrogen sulphide formed.

712 views • 6 slides

موضوع:. BIOGAS. بیوگاز توسط باکتری هایی که موجب تجزیه ،پوسیدن و شکسته شدن مواد آلی در شرایط بی هوازی می گردند تولید می شود. منابع عمده تولید بیوگاز : فضولات دامی فاضلابهای شهری و صنعتی زباله زائدات کشاورزی. تاریخچه بیوگاز.

623 views • 24 slides

Biogas. Alix Simnock Brooke Myones Carrie Senft Dan Cohn. What is Biogas?. Clean, efficient source of renewable energy (1) Made from organic waste Produces methane Anaerobic digestion (2) Replaces non-renewable energy Digested in an airtight container. Why Have a Biogas Digester?.

1.08k views • 21 slides

Biogas. By Ryan Ho. What is biogas?. Biogas turns waste like animal dung and rotten food into electricity by burning methane With a clean flame. Where in the world is it used?. Biogas is usually in Denmark, Netherlands, China and Nepal. How much does it cost to build or install?.

618 views • 9 slides

BIOGAS ENERGY

A SEMINAR ON. BIOGAS ENERGY. CONTENTS:. INTRODUCTION WHAT IS BIO GAS? TYPICAL COMPOSITION OF BIO GAS WHERE DOES BIO GAS COMES FROM? BIO GAS PRODUCTION CONVERSION OF ORGANIC WASTE INTO BIO GAS USES OF BIO GAS ADVANTAGES BIO GAS POWER STATION CONCLUSION.

1.18k views • 23 slides

PROYECTO BIOGAS

PROYECTO BIOGAS. BIOGAS ESTABLECIMIENTO AVICOLA. BIOGAS ESTABLECIMIENTO EDUCATIVO. BIOGAS ESTABLECIMIENTO AVICOLA. OBJETIVOS Tratamiento y valorización de los residuos de la actividad avícola

527 views • 32 slides

Økologisk biogas

Økologisk biogas. Landskonsulent Erik Fog VFL, Økologi. Den Europæiske Union ved Den Europæiske Fond for Udvikling af Landdistrikter og Ministeriet for Fødevarer, Landbrug og Fiskeri har deltaget i finansieringen af projektet. Økologisk biogas?. Biogas af økologiske biomasser

311 views • 14 slides

BIOGAS. Fonti rinnovabili di energia Prof. Andrea Corti.

758 views • 53 slides

BIOGAS Gas naturale prodotto dalla fermentazione anaerobica di reflui animali, biomasse vegetali e scarti delle industrie agro-alimentari. Il compost è impiegato come ammendante agricolo.

417 views • 9 slides

BioGas Basics

BioGas Basics. By David Cilliers. What is BioGas?. This gas production occurs naturally through decomposition in the absence of oxygen (Anaerobic). A methane rich gas. Commercially generated from waste. In some countries crops are grown for the specific purpose of producing biogas.

2.64k views • 35 slides

Biogas. Was ist Biogas, was sind Biogasanlagen ?. Biogasanlagen nutzen biologische Prozesse, um aus organischen Rest- und Rohstoffen ein brennbares, also energiehaltiges Gasgemisch (=Biogas) mit dem Hauptbestandteil Methan zu erzeugen und für eine weitere Nutzung verfügbar zu machen.

372 views • 13 slides

Biogas. Foredrag på næringstreff i Vennesund 25 mai 2011. Husdyrgjødsel skiller ut metangass som er en klimagass som er 21 ganger mer aggressiv på Osonlaget enn CO2. Stmeld 39 som kom i 2009 sier: Mål at 30 % av all husdyrgjødsel i Norge skal nyttes i biogassproduksjon innen 2020.

373 views • 26 slides

BDI BioGas. From waste to value …. BDI GioGas – The solution for industrial and municipal waste!. BDI develops technologies for producing energy from waste and by-products while ensuring maximum preservation of resources at the same time. compact in size

415 views • 21 slides

Biogas Systems

Biogas Systems. Dr David Fulford CEnv MEI www.kingdombio.com [email protected]. Dr David Fulford Running a Biogas Programme: A Handbook (1988) Practical Action Publishing Available from: http://developmentbookshop.com or Amazon Small-scale, domestic biogas programmes (2014)

777 views • 44 slides

CENTRALEUROPE BIOGAS

CENTRALEUROPE BIOGAS. CENTRALEUROPE BIOGAS. Predstavenie spoločnosti.

275 views • 16 slides

Biogas. By Siobhan, Fergus and Beth. What is Biogas?. Biogas is the gases produced by anaerobic digestion of organic matter. Biogas is: ~50-80% methane ~20-50% carbon dioxide. Where Does it Come F rom.

4.62k views • 4 slides

Biogas production

Gas out. Biomas in. Biomas out (Digestate). Biogas production. Where are we? Why do we want? How do we manage? What do we need? From where should we start? What do we want to know?. Biogas knowledge piramide. Biogas plant concept. Pig slurry. Biomas out (Digestate). Fe.

1.18k views • 38 slides

Biogas Market.

A research study on the global biogas market, recently published by Transparency Market Research (TMR) estimates this market to expand at a CAGR of 6.56% over the period from 2015 to 2023. The market is expected to witness an increase in its production volume from 22,488 KTOE in 2014 to a 39,846 KTOE by the end of the forecast period. The research report is titled “Biogas Market - Global Industry Analysis, Size, Share, Growth Trends and Forecast 2015 - 2023.” Biogas is a mixture of various gases produced by the diffusion of organic matters in the absence of oxygen. It consists of methane (40%-70%), carbon dioxide (30%-45%), and small portions of hydrogen sulfide, nitrogen, and siloxanes. It is used as a fuel for cooking, heating, as a vehicle fuel, and in the production of heat and electricity. Download the Exclusive Sample Report Here http://www.transparencymarketresearch.com/sample/sample.php?flag=S&rep_id=5630

212 views • 8 slides