The document discusses the concept of a bio-economy and services provided by a bio-economy consultancy. The consultancy offers four services to help clients realize their bio-economy goals: research, experimentation, process design/modeling, and project commissioning. Examples are given of leading bio-economy companies in areas like biofuels, biochemicals, and sustainable waste recovery.
Earth Vision Industries has developed a patented biodegradable material made from agricultural waste that can replace petroleum-based plastics and Styrofoam in many consumer products and packaging applications. Their proprietary technology uses a rotary die process to produce strong, moldable sheets from starch at high speeds and low costs, opening various global markets. They plan to license their technology and sell through partnerships with major manufacturers and distributors.
The document describes a student project to design an algae oil extraction process for biodiesel production using SuperPro software. Key aspects of the design include growing photoautotrophic microalgae in a bioreactor, extracting the natural oils from the algae using centrifugation and degumming, and using the oils to make biodiesel. The students modeled the full process from algae growth to oil extraction and evaluated it economically and for sustainability by recycling waste products. The design aims to provide a realistic system that could be implemented for algal biodiesel production.
Bio aviation refers to the use of sustainable biofuels instead of fossil fuels in the aviation industry. Second generation biofuels are produced from non-food crop sources like jatropha and camelina and can reduce lifecycle emissions by up to 84%. Several airlines have conducted test and commercial flights using biofuel blends of up to 50% with no required aircraft modifications. The aviation industry is working to develop and certify sustainable biofuels that meet performance and environmental standards for widespread commercial use.
The biofuels and biochemicals industry produces fuels and chemicals from biomass rather than fossil fuels. In 2010, approximately 700 million barrels of biofuels were produced globally, over 45% of which was corn-based ethanol in the US. Biofuels are distinguished as first, second, or third generation depending on the feedstock and conversion process used. Key challenges include developing cost-competitive cellulosic technologies and scaling algae-based fuels. The US and Brazil currently dominate global biofuel production due to their large ethanol industries.
This document discusses the potential of algae as a biofuel feedstock. It describes how algae can be grown through open pond systems or photobioreactors, then harvested and processed to extract oil. The oil can then be converted into biodiesel. Algae has advantages over petroleum and other biofuel feedstocks in that it is carbon neutral, does not require arable land, and can be harvested multiple times per year, making it a more efficient producer of oil. While challenges remain in making algae biofuels cost competitive, researchers are working to develop faster growing and higher oil producing algae strains through genetic engineering to improve the viability of algae as a sustainable transportation fuel alternative.
The document discusses algae biofuel as a promising alternative fuel source. It provides information on the advantages of algae biofuel such as its high yield per acre and ability to use wastewater. The document also discusses challenges such as the need for large-scale sustainable algae production and efficient oil extraction methods. It outlines the key steps in the potential algae biofuel production process and value chain.
This document discusses opportunities for Globex to pursue the untapped potential of the biomass renewable energy sector in West Africa, specifically using palm oil residues. It suggests starting in Ivory Coast due to existing successful biomass projects there and factors like available resources and infrastructure. The document outlines the palm oil production process and resulting residues available for use as biomass fuel. It also discusses stakeholders, technologies, supply chain considerations and opportunities for expansion to other countries in the region for Globex to develop a sustainable biomass business.
ABS is an algae development company that determines the economic feasibility of algae processing through joint ventures. It focuses on applied technology and operational efficiency to lower capital and operating expenses. ABS plans to develop a 10 million gallon per year algae processing plant in Georgia using nutrients from waste water facilities and a power plant's CO2 emissions. The algae oil would be used as feedstock for an existing biodiesel plant, while the residual algae products could be sold as fertilizer or animal feed.
Earth Vision Industries has developed a patented biodegradable material made from agricultural waste that can replace petroleum-based plastics and Styrofoam in many consumer products and packaging applications. Their proprietary technology uses a rotary die process to produce strong, moldable sheets from starch at high speeds and low costs, opening various global markets. They plan to license their technology and sell through partnerships with major manufacturers and distributors.
The document describes a student project to design an algae oil extraction process for biodiesel production using SuperPro software. Key aspects of the design include growing photoautotrophic microalgae in a bioreactor, extracting the natural oils from the algae using centrifugation and degumming, and using the oils to make biodiesel. The students modeled the full process from algae growth to oil extraction and evaluated it economically and for sustainability by recycling waste products. The design aims to provide a realistic system that could be implemented for algal biodiesel production.
Bio aviation refers to the use of sustainable biofuels instead of fossil fuels in the aviation industry. Second generation biofuels are produced from non-food crop sources like jatropha and camelina and can reduce lifecycle emissions by up to 84%. Several airlines have conducted test and commercial flights using biofuel blends of up to 50% with no required aircraft modifications. The aviation industry is working to develop and certify sustainable biofuels that meet performance and environmental standards for widespread commercial use.
The biofuels and biochemicals industry produces fuels and chemicals from biomass rather than fossil fuels. In 2010, approximately 700 million barrels of biofuels were produced globally, over 45% of which was corn-based ethanol in the US. Biofuels are distinguished as first, second, or third generation depending on the feedstock and conversion process used. Key challenges include developing cost-competitive cellulosic technologies and scaling algae-based fuels. The US and Brazil currently dominate global biofuel production due to their large ethanol industries.
This document discusses the potential of algae as a biofuel feedstock. It describes how algae can be grown through open pond systems or photobioreactors, then harvested and processed to extract oil. The oil can then be converted into biodiesel. Algae has advantages over petroleum and other biofuel feedstocks in that it is carbon neutral, does not require arable land, and can be harvested multiple times per year, making it a more efficient producer of oil. While challenges remain in making algae biofuels cost competitive, researchers are working to develop faster growing and higher oil producing algae strains through genetic engineering to improve the viability of algae as a sustainable transportation fuel alternative.
The document discusses algae biofuel as a promising alternative fuel source. It provides information on the advantages of algae biofuel such as its high yield per acre and ability to use wastewater. The document also discusses challenges such as the need for large-scale sustainable algae production and efficient oil extraction methods. It outlines the key steps in the potential algae biofuel production process and value chain.
This document discusses opportunities for Globex to pursue the untapped potential of the biomass renewable energy sector in West Africa, specifically using palm oil residues. It suggests starting in Ivory Coast due to existing successful biomass projects there and factors like available resources and infrastructure. The document outlines the palm oil production process and resulting residues available for use as biomass fuel. It also discusses stakeholders, technologies, supply chain considerations and opportunities for expansion to other countries in the region for Globex to develop a sustainable biomass business.
ABS is an algae development company that determines the economic feasibility of algae processing through joint ventures. It focuses on applied technology and operational efficiency to lower capital and operating expenses. ABS plans to develop a 10 million gallon per year algae processing plant in Georgia using nutrients from waste water facilities and a power plant's CO2 emissions. The algae oil would be used as feedstock for an existing biodiesel plant, while the residual algae products could be sold as fertilizer or animal feed.
Agroamerica has implemented several sustainability initiatives including protecting over 50,000 endangered iguanas, reforesting 450 hectares as nature reserves, capturing over 30,000 metric tons of carbon emissions annually, and generating renewable energy from biogas and biomass. They have also invested in precision agriculture technology to reduce water usage by 20% while maintaining yields and implement sustainable practices across their supply chain with various certifications. Agroamerica aims to produce more while optimizing resource use and creating a sustainable future for generations to come.
This document provides an analysis and recommendations for Infraventus' biojet fuel market entry strategy. It summarizes the key demand drivers in Europe, supply analysis of major producers, and regulatory environment including EU emissions targets. Price analysis examines optimal feedstocks and carbon credit applications. A strategic analysis identifies competition, substitution, sustainability and profitability as key issues. The marketing plan recommends establishing first-mover advantage through a national customer then diversifying internationally. The commercial plan models production targets, costs, breakeven analysis and commodity prices. It recommends the high production scenario and outlines the project timeline from plant construction through payback and ETS phases.
This document summarizes a project to produce biohydrogen gas from peach waste using the bacterium Thermotoga neapolitana. Musser Farm produces over 60,000 kg of peach waste annually that is currently disposed of in waste ponds. The goals of the project are to design a process to use all the peach waste to produce biohydrogen gas via bacterial fermentation, capture the gas for energy use, and find beneficial uses for the remaining effluent. Two reactor designs are considered: a batch reactor and continuously stirred tank reactor (CSTR). Economic and sustainability analyses indicate the CSTR design would be most viable, producing an estimated 132 kg of hydrogen gas annually at a profit of $2,520 per year.
These slides use concepts from my (Jeff Funk) course entitled analyzing hi-tech opportunities to examine the increasing economic feasibility of algae biofuels. Algae can be grown in places where traditional crops cannot be grown and it consumes carbon dioxide, thus making it better than traditional sources of biofuels. It can also be harvested every 10 days thus making its oil yield per acre 200 times higher than corn and 40 times higher than sunflowers. The problem is that harvesting and extracting the algae requires large amounts of labor and energy (drying) and the algae may damage surrounding eco-systems. Thus new and better processes along with large scale production are needed to solve these problems. These slides discuss the various approaches (open pond, photo-bioreactor, fermentation), their advantages and disadvantages, their existing and future costs, and other improvements that are driving steadily falling costs. In the short term, algae will continue to be used in niche applications such as cosmetics, food, and fertilizers. In the long run, as the cost reductions continue, algae might become a major source of fuel for transportation and other applications.
Piyush Kumar presented on algae biofuel. Algae can be grown rapidly and in harsh conditions, and have a high oil yield per acre compared to traditional crops like corn and soybeans. The production process involves cultivating algae photosynthetically in open ponds or photobioreactors, harvesting the algae through flocculation or centrifugation, extracting the oil through pressing or solvents, and refining it into a usable fuel. Algae biofuel is promising because algae can use non-arable land and wastewater, and produce oil without competing with food crops. However, further research is still needed to optimize the process and make algae fuel economically viable.
This document discusses various models for producing biodiesel from waste cooking oil on the West Coast of the United States. It outlines commercial, public, and legal models including a program in Santa Cruz that collects used fryer oil from restaurants to produce biodiesel, a program in San Francisco that collects brown and yellow grease to produce biodiesel, and a legal mandate in Portland requiring biodiesel blends and limiting feedstocks. The document also provides resources on biodiesel production, environmental regulations, and funding opportunities to support more sustainable biodiesel programs.
ORS was established in 2008 to promote waste management projects in India. Its vision is to be the largest project developer in urban waste management within five years by providing solutions to city administrations. It currently focuses on solid waste management solutions that comply with regulations. India's municipal solid waste is estimated to be 70 million tons annually and is a major challenge for cities. ORS has successfully managed waste in Solapur, India's first plant using the DRYADTM anaerobic biomethanation technology, which generates electricity, compost and reduces greenhouse gases. Future plans include expanding existing projects and developing new ones in India and other countries.
Plastic pollution is accumulating in oceans worldwide to form "plastic soup", threatening marine life and entering the food chain. The production and consumption of plastics is unsustainable and must shift to alternative materials and innovative processes. The Plastic Soup Foundation aims to address this problem through international cooperation, projects with companies, and spreading awareness of sustainable solutions.
This document provides an overview of algae as a source of fuel. It discusses that algae can be cultivated rapidly using CO2, sunlight, and nutrients to produce oils that can then be extracted and processed into biofuels like biodiesel and biojet fuel. While algae-based fuels have been researched since the 1950s, production is still not economically viable at large scales. However, algae have significant advantages over other biofuel feedstocks as they can yield far more oil per acre cultivated and can use non-arable land and wastewater. The future potential of algae fuels depends on further reducing production costs through optimization of cultivation and extraction methods.
The Hilltown Farmers Biodiesel Project has had a difficult startup over the past two years. Five farms grew oilseed crops to press into oil and process into biodiesel but encountered low yields due to weather, pests, and harvesting issues. They have made progress learning to operate their mobile oilseed press and biodiesel processor. However, actual fuel and feed production has been much lower than expected, generating only $7,900 in value versus a projected $25,000, due to challenges increasing yields. The group believes continuing efforts could make the project viable if yields and efficiency improve and diesel prices rise further.
The document summarizes the 6th call for proposals from the EUROTRANS-BIO initiative, which aims to foster the competitive capacity of Europe's biotechnology industry by supporting research-intensive SMEs and their strategic partnerships. Eligible consortia must include at least two SMEs from two different participating countries. Up to 12 countries and regions are participating in the call. The deadline for submissions is February 1st, 2011.
Mailhem Ikos Environment Pvt. Ltd is an Indian company that provides waste management and renewable energy solutions using anaerobic digestion technology. It was formed through the merger of Lhotellier-Ikos and Mailhem Engineers, combining over 100 years of experience. The company specializes in generating biogas from organic waste through high-rate anaerobic digestion to produce renewable energy. It has successfully implemented over 250 biogas projects treating various waste streams and won several national awards for its waste to energy technologies.
Besides Petroleum - The promise of bio fuels to contribute to the solution of...Horst Walther
Presentation on the International Conference:„Perspectives of Industrial Investment in the Gulf Cooperation Council Countries“
Ras al Khaimah, UAE
06-08 November 2010
agend:
Challenges
kerosene, a volatile commodity
future fuel expenses
the target – set by IATA
Solution
bio fuels from algae
algal cultivation strategies
hydrocorbons vs. bio-fuel
algae bio fuels offer huge potential for the Gulf Region
a novel refinery process
Proposal
algae plus ppi
a promising combination: partnering to complete the value chain
O documento descreve os três tipos principais de software: sistemas operacionais, que controlam os recursos do computador; sistemas aplicativos, que permitem tarefas complexas como edição de texto e planilhas; e ferramentas de desenvolvimento, usadas para criar novos softwares.
Jordan Allen Deese is seeking a position as a Systems Administrator or IT Project Manager. He has over 10 years of experience in various IT roles for the US military, private companies, and contracting agencies. His experience includes systems administration, help desk support, network administration, customer service, and project management. He has a Bachelor's degree in Computer Information Systems and various IT certifications.
O documento discute a importância da satisfação do cliente para o crescimento sustentável de uma empresa, estratégias para fidelizar clientes como entender suas necessidades e oferecer bons serviços pós-venda, e o que constitui uma reclamação segundo a lei brasileira de acesso à informação.
Este documento describe las herramientas web para la ciencia y la tecnología como blogs, wikis, redes sociales y Web 2.0. Explica que los blogs son publicaciones periódicas en línea que permiten la comunicación bilateral entre el autor y los lectores. También describe los tipos de blogs, como personales, microblogging y corporativos, así como las ventajas y desventajas de usar blogs.
Agroamerica has implemented several sustainability initiatives including protecting over 50,000 endangered iguanas, reforesting 450 hectares as nature reserves, capturing over 30,000 metric tons of carbon emissions annually, and generating renewable energy from biogas and biomass. They have also invested in precision agriculture technology to reduce water usage by 20% while maintaining yields and implement sustainable practices across their supply chain with various certifications. Agroamerica aims to produce more while optimizing resource use and creating a sustainable future for generations to come.
This document provides an analysis and recommendations for Infraventus' biojet fuel market entry strategy. It summarizes the key demand drivers in Europe, supply analysis of major producers, and regulatory environment including EU emissions targets. Price analysis examines optimal feedstocks and carbon credit applications. A strategic analysis identifies competition, substitution, sustainability and profitability as key issues. The marketing plan recommends establishing first-mover advantage through a national customer then diversifying internationally. The commercial plan models production targets, costs, breakeven analysis and commodity prices. It recommends the high production scenario and outlines the project timeline from plant construction through payback and ETS phases.
This document summarizes a project to produce biohydrogen gas from peach waste using the bacterium Thermotoga neapolitana. Musser Farm produces over 60,000 kg of peach waste annually that is currently disposed of in waste ponds. The goals of the project are to design a process to use all the peach waste to produce biohydrogen gas via bacterial fermentation, capture the gas for energy use, and find beneficial uses for the remaining effluent. Two reactor designs are considered: a batch reactor and continuously stirred tank reactor (CSTR). Economic and sustainability analyses indicate the CSTR design would be most viable, producing an estimated 132 kg of hydrogen gas annually at a profit of $2,520 per year.
These slides use concepts from my (Jeff Funk) course entitled analyzing hi-tech opportunities to examine the increasing economic feasibility of algae biofuels. Algae can be grown in places where traditional crops cannot be grown and it consumes carbon dioxide, thus making it better than traditional sources of biofuels. It can also be harvested every 10 days thus making its oil yield per acre 200 times higher than corn and 40 times higher than sunflowers. The problem is that harvesting and extracting the algae requires large amounts of labor and energy (drying) and the algae may damage surrounding eco-systems. Thus new and better processes along with large scale production are needed to solve these problems. These slides discuss the various approaches (open pond, photo-bioreactor, fermentation), their advantages and disadvantages, their existing and future costs, and other improvements that are driving steadily falling costs. In the short term, algae will continue to be used in niche applications such as cosmetics, food, and fertilizers. In the long run, as the cost reductions continue, algae might become a major source of fuel for transportation and other applications.
Piyush Kumar presented on algae biofuel. Algae can be grown rapidly and in harsh conditions, and have a high oil yield per acre compared to traditional crops like corn and soybeans. The production process involves cultivating algae photosynthetically in open ponds or photobioreactors, harvesting the algae through flocculation or centrifugation, extracting the oil through pressing or solvents, and refining it into a usable fuel. Algae biofuel is promising because algae can use non-arable land and wastewater, and produce oil without competing with food crops. However, further research is still needed to optimize the process and make algae fuel economically viable.
This document discusses various models for producing biodiesel from waste cooking oil on the West Coast of the United States. It outlines commercial, public, and legal models including a program in Santa Cruz that collects used fryer oil from restaurants to produce biodiesel, a program in San Francisco that collects brown and yellow grease to produce biodiesel, and a legal mandate in Portland requiring biodiesel blends and limiting feedstocks. The document also provides resources on biodiesel production, environmental regulations, and funding opportunities to support more sustainable biodiesel programs.
ORS was established in 2008 to promote waste management projects in India. Its vision is to be the largest project developer in urban waste management within five years by providing solutions to city administrations. It currently focuses on solid waste management solutions that comply with regulations. India's municipal solid waste is estimated to be 70 million tons annually and is a major challenge for cities. ORS has successfully managed waste in Solapur, India's first plant using the DRYADTM anaerobic biomethanation technology, which generates electricity, compost and reduces greenhouse gases. Future plans include expanding existing projects and developing new ones in India and other countries.
Plastic pollution is accumulating in oceans worldwide to form "plastic soup", threatening marine life and entering the food chain. The production and consumption of plastics is unsustainable and must shift to alternative materials and innovative processes. The Plastic Soup Foundation aims to address this problem through international cooperation, projects with companies, and spreading awareness of sustainable solutions.
This document provides an overview of algae as a source of fuel. It discusses that algae can be cultivated rapidly using CO2, sunlight, and nutrients to produce oils that can then be extracted and processed into biofuels like biodiesel and biojet fuel. While algae-based fuels have been researched since the 1950s, production is still not economically viable at large scales. However, algae have significant advantages over other biofuel feedstocks as they can yield far more oil per acre cultivated and can use non-arable land and wastewater. The future potential of algae fuels depends on further reducing production costs through optimization of cultivation and extraction methods.
The Hilltown Farmers Biodiesel Project has had a difficult startup over the past two years. Five farms grew oilseed crops to press into oil and process into biodiesel but encountered low yields due to weather, pests, and harvesting issues. They have made progress learning to operate their mobile oilseed press and biodiesel processor. However, actual fuel and feed production has been much lower than expected, generating only $7,900 in value versus a projected $25,000, due to challenges increasing yields. The group believes continuing efforts could make the project viable if yields and efficiency improve and diesel prices rise further.
The document summarizes the 6th call for proposals from the EUROTRANS-BIO initiative, which aims to foster the competitive capacity of Europe's biotechnology industry by supporting research-intensive SMEs and their strategic partnerships. Eligible consortia must include at least two SMEs from two different participating countries. Up to 12 countries and regions are participating in the call. The deadline for submissions is February 1st, 2011.
Mailhem Ikos Environment Pvt. Ltd is an Indian company that provides waste management and renewable energy solutions using anaerobic digestion technology. It was formed through the merger of Lhotellier-Ikos and Mailhem Engineers, combining over 100 years of experience. The company specializes in generating biogas from organic waste through high-rate anaerobic digestion to produce renewable energy. It has successfully implemented over 250 biogas projects treating various waste streams and won several national awards for its waste to energy technologies.
Besides Petroleum - The promise of bio fuels to contribute to the solution of...Horst Walther
Presentation on the International Conference:„Perspectives of Industrial Investment in the Gulf Cooperation Council Countries“
Ras al Khaimah, UAE
06-08 November 2010
agend:
Challenges
kerosene, a volatile commodity
future fuel expenses
the target – set by IATA
Solution
bio fuels from algae
algal cultivation strategies
hydrocorbons vs. bio-fuel
algae bio fuels offer huge potential for the Gulf Region
a novel refinery process
Proposal
algae plus ppi
a promising combination: partnering to complete the value chain
O documento descreve os três tipos principais de software: sistemas operacionais, que controlam os recursos do computador; sistemas aplicativos, que permitem tarefas complexas como edição de texto e planilhas; e ferramentas de desenvolvimento, usadas para criar novos softwares.
Jordan Allen Deese is seeking a position as a Systems Administrator or IT Project Manager. He has over 10 years of experience in various IT roles for the US military, private companies, and contracting agencies. His experience includes systems administration, help desk support, network administration, customer service, and project management. He has a Bachelor's degree in Computer Information Systems and various IT certifications.
O documento discute a importância da satisfação do cliente para o crescimento sustentável de uma empresa, estratégias para fidelizar clientes como entender suas necessidades e oferecer bons serviços pós-venda, e o que constitui uma reclamação segundo a lei brasileira de acesso à informação.
Este documento describe las herramientas web para la ciencia y la tecnología como blogs, wikis, redes sociales y Web 2.0. Explica que los blogs son publicaciones periódicas en línea que permiten la comunicación bilateral entre el autor y los lectores. También describe los tipos de blogs, como personales, microblogging y corporativos, así como las ventajas y desventajas de usar blogs.
The document summarizes the commencement ceremony for the American Public University System's 2013 graduate class. It provides an overview of the speakers, award presentations, and addresses given. The president's address focuses on the history of master's degrees, noting they originated in the 12th century at the first universities in Paris and Oxford and represented a high level of knowledge and qualification to teach others.
This document summarizes a research study on rural water supply management in Dodoma Region, Tanzania. The study examined the implementation of Community Owned Water Supply Organizations (COWSOs), private sector participation, and monitoring systems across the region's seven districts.
The research found that water management systems in rural Dodoma are distributed as village water committees (56%), private operators (28%), and COWSOs (15%). The establishment and registration of COWSOs lacks dedicated funding, clear guidelines, and adequate support from local governments. As a result, only 25% of planned COWSOs in 2014 were officially registered.
While district engineers viewed private operators as more efficient managers, contracts between private
PT. Wijaya Triutama Plywood Industri merupakan perusahaan industri kayu lapis yang berlokasi di Kota Banjarmasin, Kalimantan Selatan. Perusahaan ini memiliki masalah pada tata letak fasilitas produksi unit Green Clipper yang belum optimal sehingga menyebabkan terjadinya aktivitas bolak-balik dan gangguan aliran produksi. Penelitian ini bertujuan merancang ulang tata letak fasilitas produksi unit tersebut untuk meminimalkan penggunaan material handling
Human Thinking Applied To Software Testing DisciplineLalatendu Rath
This document discusses applying human thinking to software testing. It presents a thinking framework with a structure and sequence for problem solving. The framework includes thinking variations that can be applied at different stages. The document also discusses how the thinking framework can help address common software testing problems like limited test time by expanding testing activities throughout the development cycle.
This document summarizes key elements of hepatitis C virus (HCV) treatment. The objectives of HCV treatment are to cure the virus and reduce health risks like liver disease. New direct-acting antiviral (DAA) drugs have improved cure rates above 95% by targeting the virus life cycle. DAA regimens are oral, short-course, and have minimal side effects. However, DAAs remain expensive in Vietnam and need price reductions through generics to increase treatment access and effectively reduce HCV prevalence when combined with harm reduction services.
Este documento presenta un nuevo enfoque en la enseñanza de la química en el bachillerato mexicano. Explica que utiliza tres niveles de representación (macroscópico, submicroscópico y simbólico) para mejorar la comprensión de los estudiantes. También incluye estrategias didácticas y materiales para promover aprendizajes activos y colaborativos. Los autores son profesores de química de varias universidades en Sinaloa, México.
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Este documento define términos clave relacionados con la población como natalidad, mortalidad, demografía, crecimiento real, padrón, censo, emigración, inmigración y saldo migratorio. Explica que la natalidad y mortalidad son las tasas de nacimientos y muertes, mientras que la demografía estudia un colectivo humano. También define el crecimiento real, padrón, censo, emigración, inmigración y saldo migratorio de una población.
Sankalpa aims to lead the global market in biotechnology equipment and systems for efficiently producing resources like fuel, food and medicines from algae and microorganisms. Its vision is to sustainably meet human needs while restoring the environment through industrial-scale growth and extraction of essential products from algae. Sankalpa plans to begin with high-demand algae products and expand to emerging markets, utilizing advanced technology to lower production costs and make more resources available.
This document discusses bio and chemical technology applications in waste management, specifically focusing on biofuels. It provides an overview of different generations of biofuels including those produced from crops, more advanced chemical processes, and algae. Challenges with biofuels are also outlined such as potential increases in greenhouse gas emissions compared to fossil fuels, effects on biodiversity from large-scale crop cultivation, and impacts on food prices and hunger. The document argues that biofuels could help reduce carbon emissions and energy dependence if produced responsibly without detrimental environmental or social consequences.
Microalgae for the production of bulk chemicals and fuelsivangenio1989
This document discusses the potential for producing bulk chemicals and biofuels from microalgae. While microalgae have a high areal productivity compared to terrestrial crops, the technology for large-scale microalgae production is still immature. Estimates of areal productivity need to be realistic. For microalgae to be economically feasible for fuel production, the production cost must be reduced significantly and scale increased dramatically. Biorefining all components of the microalgae biomass, including lipids, proteins and carbohydrates, will be important to develop a sustainable process. If nutrients, CO2 and energy inputs can be reduced through an optimized system design, the production cost could potentially be low enough for economic feasibility.
The document discusses Algaetech, a Malaysian company researching and developing microalgae production. It aims to establish a fully integrated algae cultivation operation in Malaysia and Southeast Asia. Algaetech operates an algae laboratory and production ponds. It is working to commercialize algae-based biofuels and high-value products like astaxanthin in Malaysia and establish the region's algae industry through research, technology development, and promoting regional collaboration.
Biobased Chemicals, Industrial Sugar and the development of BiorefineriesNNFCC
This presentation, developed as part of the Interreg NWE Bio Base NWE project, was presented at the UK Institute of Food Research Annual Food and Health Symposium. It provides an overview of developments in the biobased chemicals market and how the UK in developing an ecosystem for the development of Industrial Biotechnology including the potential for knowledge exchange in North West Europe.
Pond Technologies was founded in Toronto, Canada on May 2007. Their mission is to use microalgae, the original superfood and the planet’s first carbon storage technology, to solve some of the largest problems facing the world today.
1. The document discusses how biotechnology can help solve sustainability issues through the use of biorefineries. Biorefineries take waste products like corn cobs and convert them into useful items like ethanol, animal feed, and bio-based plastics.
2. It outlines four steps for transitioning to a bio-based economy: improving efficiency of biofuel production, switching to biofuels, replacing petrochemicals with bio-materials, and closing resource loops. Biotechnology is helping advance progress in all four areas.
3. It provides an example of a biorefinery in South Dakota that converts corn and corn waste into bioethanol and animal feed, while capturing carbon dioxide and using
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.
An Introduction to Bioenergy: Feedstocks, Processes and ProductsGardening
The National Sustainable Agriculture Information Service (ATTRA) provides information on sustainable agriculture practices. ATTRA was developed by the National Center for Appropriate Technology (NCAT) and is funded by a cooperative agreement with the US Department of Agriculture. NCAT's website contains additional information on sustainable agriculture and energy projects.
Biofuels were first used by ancient people and have increased in popularity due to rising oil prices and the need for energy security. Biofuels can be made from biomass sources like sugarcane, maize, jatropha plants, and more. Ethanol is commonly made from sugarcane and is used as fuel in Brazil. Jatropha is a non-edible oilseed plant used to produce biodiesel and grows well in marginal lands. India aims to replace 20% of its diesel with jatropha biodiesel by promoting large-scale jatropha cultivation. Biotechnology advances may enhance biofuel production through genetic modification of energy crops.
This document discusses the potential of algae as a source of biofuel and other products. It begins by describing how algae were crucial for oxygenating the early Earth's atmosphere. Today, algae are being investigated for their potential to provide abundant fuel, food, and help sequester carbon. The document outlines the financial investments that have been made in algae technology companies and projects timelines for commercialization of algae fuels ranging from 2-3 years to over 10 years depending on the company. It also discusses using algae for nutraceuticals and describes some algae cultivation and photobioreactor technologies.
This seminar report discusses the need for biofuels in aviation to reduce its environmental impact. It outlines various generations of biofuels including those produced from crops, waste and algae. Key processing methods like HEFA and BtL are described that convert feedstocks into jet fuel. While biofuels can lower emissions, high production costs and competition with food supplies are challenges. The report concludes more sustainable biofuels are essential for aviation goals but costs must decrease to see widespread adoption.
This document summarizes several initiatives by McDonald's suppliers to improve sustainability in their supply chains. It highlights 51 case studies of projects focused on ethics, environment and economics ("sustainability's three Es").
Some examples include a supplier creating a combination trailer that is half milk tanker and half refrigerated container to reduce fuel use and emissions. Another supplier implemented a greenhouse gas inventory and projects to reduce emissions from its cogeneration boiler and wastewater treatment plant. A third supplier developed a sustainability program for stevia leaf extract production to reduce the product's carbon footprint and environmental impacts.
This document discusses Agroils' innovative process for producing higher quality oil and valuable co-products from jatropha seeds. It summarizes Agroils' progress establishing pilot plants in the Dominican Republic to produce biodiesel from jatropha, waste oils, and animal grease. The process removes toxins from jatropha meal making it a viable feed supplement. The document outlines the company's achievements and international technical cooperation efforts.
This document summarizes a startup company called InsectBiotech Group that is turning food waste in Spain into sustainable animal feed and fertilizer products using black soldier fly larvae. The startup is raising 1.5 million euros to build a pilot facility and hire employees to operate it. The funding will allow the company to lay the foundations to eventually produce 150,000 metric tons of insect larvae per year and reduce agricultural waste.
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 Farmers - Bioenergy and BiomassEuan Beamont
Through new agricultural systems and bioenergy projects, the company aims to reduce greenhouse gas emissions from agriculture while creating new revenue streams for farmers. The company has developed engineering and agricultural skills to create bioenergy and waste-to-energy projects. Their goal is to be a leading agricultural biomass development company in Australia by providing pathways between biomass resources and technology.
The document provides information about a project called BioFUELent that aims to characterize the 2016 market for biodiesel fuel derived from animal waste. The project team, led by Dr. M. Lu, seeks to convert trap grease from wastewater treatment plants and used cooking oil into biodiesel fuel using a solvent-free process that produces less emissions than existing methods. The team conducted a survey of industries involved in waste services, food processing, and biodiesel production to understand market needs for using waste grease and oils as a feedstock for biodiesel fuel.
Modern fuels and their environmental impactsSaurav Gurung
Modern fuels include renewable fuels synthesized from renewable energy sources such as wind and solar. Biofuels are considered modern fuels and are made from biomass sources like plants and waste. First generation biofuels are made from food crops while second and third generation biofuels can be made from non-food sources like cellulosic biomass and engineered plants. The production of biofuels is increasing but has led to concerns about food prices and using food for fuel. Future fuels will likely focus on electric, hybrid, and fuel cell vehicles to address sustainability and emissions issues.
2. The concept of a bio-economy revolves around utilising bio based sources to generate energy, fuel
and a variety of value adding products.
Depending on the desired end use, a plethora of products (orange boxes) can be produced using a
number of processes (purple boxes) from various bio sources (green boxes).
1What is a bio-economy?
BIO-ECONOMY
3. 2Join the Bio Journey...
SERVICES
At the Bio-Economy Consultancy we have developed a systematic approach to help you bring your
bio dream to life.
Four distinct steps have been outlined with typical challenges each service endeavours to address.
Depending upon how much you already know you can choose one or more services to progress with your
journey.
4. Only strong theory can lay the foundations for realising great ideas.
This service involves generating a:
•Literature Review (including SWOT and PESTEL analysis)
•Detailed Technology Report
•Bio-economy Roadmap for a community or country
•Life Cycle Analysis (LCA)
•Full Spectral Analysis (FSA)
•Sustainable Supply Chain Solutions
Researchers show the way...
LCA
FSA
3
5. Theory and ideas are useless unless proven in practice.
This service involves conducting:
•Lab Based Experimentation
•Chemical Analysis (GC-MS, FTIR)
•Physical Analysis (DSC, TGA)
Researchers show the way... 4
High Temperature Furnace
GC-MS DSC
6. With the research complete, the pieces of the puzzle must be put together and tested computationally.
This service involves producing a:
•Process Design
-Process Flow Diagram (PFD)
-Process and Instrumentation Design (P&ID)
•Process Modelling and Simulation (Aspen HYSYS and PROII)
•Auto CAD (Unit or Plant Design)
Engineers make it happen... 5
PFD
P&ID
Aspen HYSYS
Auto CAD
7. With everything tested and proven, why not bring it to life?
This service involves commissioning bio projects such as:
•Farm Waste to Energy
•Anaerobic Digester (Biomass)
•Biogas (Fuel or Electricity) and Bio fertiliser
• Farm Waste to Fuel
•Trans-esterification (Waste Oils)
•Biodiesel
•Bio-Refinery
•Thermochemical Conversion (Biomass)
•Biofuel (Bio Ethanol)
•Power (Heat/Electricity)
•Biomaterial (Bio chemicals)
Engineers make it happen... 6
Ethanol Bio-Refinery
8. BIO-INDUSTRY LEADERS
The step by step processes used by bio industry leaders have been highlighted below followed by a
number of exciting case studies already underway.
Leading the way... 7
9. Leading the way... 8
Beta Renewables is a leader in the field of advanced biofuels and biochemical compounds at
competitive costs. It was established at the end of 2011 as a joint venture between Biochemtex, a
company of the Mossi Ghisolfi Group and the U.S. fund TPG (Texas Pacific Group) with a total
investment of 250 million Euro (350 million dollars). At the end of 2012, Novozymes – world leader
in the enzymes industry – became a shareholder of Beta Renewables, with the acquisition of 10
percent of the shares, amounting to 90 million Euro. Beta Renewables owns the PROESA™
technology, applied to the field of biofuels and chemical intermediates. Beta Renewables manages
the plant in Crescentino (VC), the first commercial facility in the world for the production of second-
generation ethanol. Beta Renewables, where needed, also offers Clients support in establishing
supply chains and identifying the best feedstock solutions, according to the local characteristics of
the Projects being developed.
10. Together with area farmers, DuPont is making cellulosic ethanol commercialization a reality with its
biorefinery in Nevada, Iowa. Situated in a prime agricultural location, the cellulosic ethanol plant in
Nevada, Iowa will be among the first commercial-scale cellulosic biorefineries in the world. The
plant will convert corn stover (corn cobs, leaves and stalks) to 30 million gallons of fuel-grade
ethanol annually.
DuPont is collaborating with more than 500 local farmers to gather, store and deliver 375,000
dry tons of corn stover each year.
Stover will be harvested from 190,000 acres of farmland within 30 miles of the plant.
Proximity to Iowa State University and DuPont Pioneer research locations enables further
research, collaboration and innovation.
The plant’s fully integrated end-to-end production system will be available to license globally.
DuPont is devoted to working with producers to create value across the biomass supply chain. Our
vision is to provide sustainable solutions to the evolving advanced biofuels market, while creating
new opportunities for rural America.
Croda create, make and sell speciality chemicals that deliver real benefits to a range of diverse
products including health and beauty, engine lubricants, plastics and many more.
Their business is split into three core market sectors: Personal Care, Life Sciences (Crop Care and
Health Care) and Performance Technologies (Coatings and Polymers, Geo Technologies, Home Care,
Lubricants and Polymer Additives). They also have an Industrial Chemicals business area. In all areas
of their business they focus on developing and delivering innovative ingredients sustainably. They
have 18 manufacturing sites and offices in over 30 countries.
Leading the way... 9
11. Olleco’s vision is ‘100% resource recovery for the food industry’ and their story began more than 30
years ago when used cooking oil was collected and used in animal feed. When this was banned due
to tighter regulations, a huge amount of used cooking oil ended up in landfill or was illegally poured
into the country's drains. As a solution they looked at other ways to recover the value from this
precious resource, so they started on a journey to collect both used cooking oil and food waste and
convert them into renewable energy instead of merely throwing it away.
From there, they have spent the last decade expanding to offer a national service from 14 depots
across the UK and have grown and improved their oil supply and organic waste collection services.
Today they are one of the UK’s largest distributors of cooking oils to the catering trade and have
created innovative collection systems and designed their own bespoke vehicles specialised for the
collection of used cooking oil and food waste. They now serve 50,000 customer sites across the UK
and lead the way in developing their conversion technologies to ensure they extract the maximum
benefit from the valuable resources they collect.
Argent specialise in the supply of high grade, sustainable diesel for fleet operators, delivering to
over 100 UK depots from Kent to Dundee. They aim to provide the best economic value to their
customers and, with a range of greenhouse gas savings from their products, they can also provide
best environmental value.
All the bio-component of their diesel is made in the UK from waste fats and oils. This ensures it is
the most sustainable available and they deliberately exclude any raw materials that could also be
used for food or feed. Argent has two manufacturing facilities for waste-based biodiesel and
following a recent £75million investment, the production capacity will be 145 million litres per year.
Leading the way... 10
12. The world’s first research facility aimed at finding a way to grow food as well as biofuels using desert
land irrigated with seawater has exists in Abu Dhabi. The facility is based at Masdar City and will be
operated by Masdar Institute of Science and Technology, with funding coming from the Sustainable
Bioenergy Research Consortium – a group whose goal is to cut the aviation industry’s carbon
emissions. Group members include Masdar Institute, Etihad Airways, the plane maker Boeing, GE
Aviation, engineering company Honeywell, French aircraft engine maker Safran and Abu Dhabi
refining company Takreer.
The UAE imports about 90 per cent of its food, but it is hoped that by promoting aquaculture using
seawater, the country could grow more of its own fish and shellfish. Aquaculture has been a fast-
growing global food market, increasing by about 6 per cent each year, but there have been concerns
about the environmental damage that can be caused by nutrient-rich effluent discharged by the fish
stocks.
The research hub will use coastal seawater to raise fish and shrimp for food and then use the
nutrient-rich wastewater as fertiliser for plants rich in oils that can be harvested for aviation biofuel.
These salt-tolerant plants, the halophytes, thrive in arid, desert conditions and do not require fresh
water or arable land to grow. Any remaining wastewater then passes through a cultivated
mangrove, which naturally filters more of the nutrients before it is discharged into the sea. The trial
for the technology is being run on a small scale, but if it proves to be viable, a 200-hectare
demonstration site is planned.
Every day, Neste does more with less. As they continue to pioneer the oil industry, they keep on
rethinking conventional models. They make the most of existing resources and search out new, low-
carbon feedstocks from materials like waste and residues. They are already the world’s largest
producer of renewable diesel and are seeing interesting growth opportunities also outside the fuel
market. Their renewable products are produced at the Porvoo, Rotterdam, and Singapore refineries,
while diverse crude oil-based oil products are produced in Finland.
Leading the way... 11
13. Founder and CEO
Adeel Anwar
BIO-ECONOMY CONSULTANCY
www.bio-economy-consult.com
HELPING CREATE A GREENER WORLD
Company number 09914689
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