Bioenergy Australia Presentation
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Our vision is for farmers to use agricultural waste to power sustainable bioenergy projects. Our mission is to connect biomass resources with technology solutions. Our goal is to be a leading biomass development company in Australia. We are working with industry and farmers on a mid-west waste to energy project that will process 70,000 tonnes of agricultural, green, and commercial waste to generate 10MW of energy while involving 20 local farmers.
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1. Sugar production generates large amounts of biomass waste that can be used as fuel for power generation. Bagasse and press mud from sugar mills can also be used to produce biogas.
2. Cogeneration of power from bagasse is an attractive renewable energy project that has been implemented successfully in many sugar producing countries. It provides carbon-neutral electricity to sugar mills and improves their economic viability.
3. Sugar mills treat their waste water through extended aeration ponds and intensive biological oxidation before discharging to rivers.Biomass By Akash Kewal
Biomass By Akash KewalIEEEP Karachi
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This document summarizes a presentation about biomass as a profitable energy resource. It defines biomass as organic matter that can be used to produce electricity, heat, or fuel for transportation. The presentation discusses how biomass works by being burned to produce steam and turn turbines, how it helps reduce global warming by maintaining a closed carbon cycle, and some of the most efficient biomass residues like bagasse and rice husks. It also outlines various processes for generating energy from biomass, such as combustion, gasification, and pyrolysis. In closing, the presentation notes that while biomass has advantages as a renewable resource, it also has disadvantages like requiring energy to cultivate and potentially contributing to pollution if burned directly.Biomass Gasification
Biomass GasificationEr Soumyabrata Basak
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This document discusses using biomass gasification and distributed power generation to sustainably develop rural areas in India and Africa. It proposes implementing distributed power generation systems from 500 kW to 2 MW connected to rural electric grids, as well as smaller 10 kW systems for individual village electrification. Biomass is best used locally in a distributed manner due to logistics. Distributed generation can provide local jobs, equitable incomes, and prevent rural migration. Systems produce green electricity while also generating steam, hot water and charcoal as byproducts. The document provides examples of existing biomass gasification projects providing power to industries and rural areas.20 Monreal Serena
20 Monreal SerenaC tb
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1. Canada has abundant biomass resources and supports renewable energy R&D across organizations to develop new technologies.
2. These technologies enhance energy efficiency, renewable energy production, and contribute to a stronger bioeconomy and rural development.
3. Examples of technologies discussed include anaerobic digestion of agricultural waste to produce renewable natural gas and fertilizer.Indoor Air Pollution & Climate Change Contribute
Indoor Air Pollution & Climate Change ContributeRai Hayn
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Rahman Renewable Energy promotes renewable energy technologies like biogas and improved cook stoves in rural Bangladesh. It has installed over 1,385 domestic biogas plants and 129 commercial biogas plants. The organization aims to install 5,000 biogas plants and 10,000 improved cook stoves by 2016. Case studies show that commercial biogas plants for poultry farms can pay for themselves within 1-2 years by providing gas and power and selling bio-slurry as fertilizer.Captive biomass energy plantations
Captive biomass energy plantationsRitesh Pothan
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Captive biomass energy plantations are proposed as a solution to issues with conventional biomass power plants in India. Planting fast-growing trees and grasses on wastelands could provide a low-cost, secure fuel source for biomass power plants. This would allow 24-hour renewable energy production and potentially replace thermal power plants. Large-scale biomass plantations could eliminate carbon dioxide emissions from fossil fuels by being carbon neutral, as well as reducing air pollution, creating jobs, and achieving energy security through domestic fuel sources. However, changing priorities would be needed to actualize this vision at a global scale.Changing Lives of Tea Estate Laborers with TLUD Gasifier Stoves
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The document discusses a project to introduce TLUD biomass gasifier cookstoves to tea estate laborers in West Jalinga Tea Estate, India. The stoves reduce fuel costs, generate charcoal for income, and qualify for carbon credits. Sapient Infotech facilitates the project. Using the stoves saves 50-60% of cooking fuel, while the charcoal residue is sold back to the tea estate. This provides income to laborers and replaces coal typically used for drying tea. If adopted widely, the project could install 60,000 stoves, reducing carbon emissions and improving livelihoods.Abengoa Biomass 
Abengoa Biomass Abengoa
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Biomass is organic waste originated in a biological, spontaneous or induced, process. Its use as fuel leads to wider environmental benefits.
Abengoa is committed to this kind of innovative facilities that meet the criteria of sustainability and efficiency and provide major environmental, economic and social benefits.Renewable resource holdings opportunities in the poultry waste sector
Renewable resource holdings opportunities in the poultry waste sectorRenewable Resource Holdings
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Renewable Resources Holdings proposes to assess cost-effective waste-to-energy solutions for poultry industries by converting poultry waste into energy. They offer customized solutions to identify potential green energy projects using technologies like biogas generation from litter, wastewater, and slaughterhouse waste. This would replace captive electricity production, reduce waste, and allow farms to earn additional revenue from emission reductions, fertilizer sales, and fuel savings while improving their reputation through green marketing.How to Start Biogas Production, Biogas – An Intense Opportunity (Landfill Gas...
How to Start Biogas Production, Biogas – An Intense Opportunity (Landfill Gas...Ajjay Kumar Gupta
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Generally, biogas is a renewable fuel. In any country, for cooking or heating purposes biogas can be used as a low-cost fuel. Biogas can be used as a fuel in stationary and mobile engines, to supply motive power, pump water, drive machinery (e.g., threshers, grinders) or generate electricity. It can be used in both spark and compression (diesel) engines. The spark ignition engine is easily modified to run on biogas by using a gas carburetor.
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This document discusses the potential for expanding wood-based energy sustainably. It notes that modern biomass could more than triple by 2030, providing over 90 exajoules of energy. However, challenges include issues related to food security, land use change, and low oil prices. These can be addressed through sustainable intensification of agriculture and forestry to boost yields without expanding land use, making use of residues, and improving efficiency. There are large potential sources of biomass from closing yield gaps, better use of pastureland, and reducing food losses, totaling over 2 billion hectares that could provide around 300 exajoules. Policies to support planted forests and short-rotation tree crops on appropriate lands could boostTransformational adaptation for the wheatbelt: energy tree cropping - Richard...
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This document discusses the potential for establishing an energy tree cropping industry in Australia's wheatbelt region using drought-tolerant mallee eucalyptus trees. It outlines a 3-stage system: (1) belts of coppicing mallee trees integrated with grain farms, (2) contractors harvesting and transporting wood biomass, (3) biomass processing centers producing renewable energy, fuel, and other products. The industry aims to generate 176MW of power and offset 9.1 million tons of carbon emissions by 2025. Challenges include reducing harvest and transport costs and ensuring long-term sustainability and carbon neutrality. Benefits include environmental improvements, diversified farm incomes, and new regionalRECENT Biogas Presentation
RECENT Biogas PresentationRecent EU
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This document discusses biogas and anaerobic digestion as a renewable energy solution for rural communities. Biogas is produced through the bacterial breakdown of organic matter in an oxygen-free environment. This process recovers energy from waste materials like animal slurry and food waste in the form of methane gas, while also producing a nutrient-rich fertilizer. The document provides examples of small-scale community biogas plants that treat agricultural waste to produce heat and electricity. Planning a community biogas plant requires surveying available waste resources, identifying a site, determining end uses for the biogas, addressing regulatory requirements, and financing the project through community involvement and ownership.Case study on recycling of oil palm biomass waste and turning it into renewab...
Case study on recycling of oil palm biomass waste and turning it into renewab...ExternalEvents
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This document discusses the potential for bioenergy production from palm oil mill effluent (POME) in Malaysia. It notes that POME production is around 50 million tonnes annually and presents an opportunity for renewable energy generation and waste management. The document outlines several existing and proposed approaches to capture methane from POME through anaerobic digestion to generate biogas and discusses the potential for grid connection or bottling of the biogas. It proposes that sustainable utilization of palm biomass could help transition the palm oil industry towards a "zero emission" bioeconomy with benefits for profit, people and the environment.Biochar Summit Ormoc City, Leyte, Philippines (in November 2018)
Biochar Summit Ormoc City, Leyte, Philippines (in November 2018)Christer Soderberg
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This document provides information from a presentation on biochar and regenerative agriculture. It discusses biochar as a means of improving soil quality, increasing crop yields, and mitigating climate change by sequestering carbon. A field trial demonstrated increased yields with the addition of biochar to soil amendments. The presentation promotes biochar as a sustainable waste management practice and soil regeneration technique that can boost food security, water security, and climate security while providing economic opportunities.BIOFUELS AND THEIR FUTURE PERESPECTIVES
BIOFUELS AND THEIR FUTURE PERESPECTIVESRESEARCH ASSOCIATE - SKUAST
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Biofuels provide a sustainable alternative to fossil fuels and are becoming increasingly important. There are several types of biofuels like biogas produced from anaerobic digestion, bioethanol commonly from sugarcane or corn, and biodiesel usually from oils. Countries like Brazil and India have developed biofuel industries using their agricultural resources. New technologies allow extraction of oils from plants like jatropha and algae for biodiesel production. Microalgae have the highest oil yield per hectare and could potentially meet global fuel demands if commercially produced. Overall, biofuels offer environmental and economic benefits but large-scale production faces challenges.Servals TLUD Biomass Stove Deck
Servals TLUD Biomass Stove Deckbitmaxim
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The document provides an overview of Servals Automation Pvt Ltd, an Indian social enterprise that develops clean cooking technologies. It describes their Top Lit Up Draft (TLUD) biomass stove, which uses biomass waste as fuel and produces charcoal residue. The TLUD stove saves 50-60% of fuel, has 39% thermal efficiency, and significantly reduces indoor air pollution compared to traditional stoves. It also conserves forests by utilizing waste biomass and generates income for users through the sale of biochar residue.Energy 4 4_sanctuary_p_o_c
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How to Start Biogas Production, Biogas – An Intense Opportunity (Landfill Gas...Ajjay Kumar Gupta
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Transformational adaptation for the wheatbelt: energy tree cropping - Richard...
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Bioenergy Australia Presentation
- 2. Our vision is farmers using their wastes to drive sustainable bioenergy projects. Our mission is to provide the pathways between biomass resources and technology. Our goal is to be recognised as a leading biomass development company in Australia.
- 4. And farmers.
- 7. Mid West Waste to Energy Project 10MW Gasification Processing 70,000 tonnes • Agricultural wastes • Green waste • MSW • C&I Involving 20 farmers
- 13. Harvest results Wheat Canola Grain Yield (T/ha) 4.2 1.3 Straw yield (T/ha) 1.93 1.16 Average bale weights (Kg) 469 387 Potassium (Units/tonne) 6.3 5 Nitrogen (Units/tonne) 5.7 5.5
- 21. And have developed a business model that shares the benefits. Energy Station Energy Technology Other Farmers Farmers Provider Investors
- 23. Chandala Poultry Current Situation Chandala Poultry produces approx. 3000 tonnes of chicken litter/year. This waste represents a biosecurity issue for the farm and creates methane and nitrous oxide emissions. Opportunity We plan to use pyrolysis to recover the energy from the litter and meet the farms electrical, heat and cooling requirements.
- 24. Other projects Brickworks To use local biomass (straw) to generate process heat and electricity. On farm pyrolysis To use local biomass (straw) to generate process heat and electricity. Livestock Process stockyard bedding via pyrolysis to recover the energy and use the energy on site for the saleyards electrical requirements. City Biogas Taking food, used cooking oil and green waste in a CBD context and processing it via AD into heat and power Dairy WA dairies have very high energy costs and underutilisation of dairy waste is creating methane emissions.
- 25. Our major constraints are time and money.
- 26. The next steps…  construct our own pyrolysis kiln and conduct our own test work  continue biochar trials (research partners?)  investigate emission reduction potential of these projects  investigate markets for nutrient rich bi-products  increase our capacity to respond to the growing amount of inquiries we get through our website.
Editor's Notes
- #5: Biochar – important to gain an understanding of its performance and also handling
- #7: Northern end of the West Australian WheatbeltMining industry – Iron ore being the largest contributor exporting approx. 4 million tonnes/yearLarge grains industry (wheat, canola and lupins) exporting approx. 2 millions tonnes/year and producing 20% of the states grain harvest SKA Project – Square Kilometre Array Regional airport and en-route to Asia and the Middle East
- #8: We have shelved this project due to lack of funds and delays with the CGG releasing their plans for waste to energy.
- #13: Bale Weights,Straw yield
- #20: Really excited about the future of biomass to liquid. We think fast pyrolysis and straw to ethanol all have potential in the Mid West.