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A waste management solutionBioenergy can provide a renewable, green energy solution that is carbon neutral.
Bioenergy is a rapidly growing market driven by government policies promoting the use of low carbon energy and waste recycling. The BioenNW project supports organisations throughout North West Europe to explore the opportunities this growing bioenergy market offers and to realise their own local small-scale bioenergy schemes.
BioenNW will help make bioenergy initiatives a reality by demonstrating a truly green and sustainable energy solution for organisations and communities throughout North West Europe.
Bioenergy Support Centres have been created in each country as part of the BioenNW project to support companies, organisations and local authorities to deliver local bioenergy more efficiently and cost-effectively.
Each Centre is an information hub and offers access to leading edge bioenergy demonstration plants, scientific demonstration facilities, testing services, a decision support scheme, an electronic library, training, educational materials and events.
The inauguration of a biomass boiler complex located in Les Mureaux, France took place last month on 8th June. An innovative, mobile energy-from-waste technology demonstrator will be coming to Saarland this month on the opening leg of a tour of North West Europe.
In 2013 an agricultural methanisation (Anaerobic Digestion) support plan in France was introduced by the agriculture minister.
A one-off event allowing business leaders and senior executives to be guided by a world-class academic research team in how to create and apply service-led business models to their companies will be hosted by Aston University on Tuesday 26th April. RITTMO AgroEnvironnement present an all-new technology of production of bioenergy: the Pyrofab. As part of the European project BioenNW, come and discover the mains results obtained by RITTMO AgroEnvironnement on biochar, and the prototype developed during this project: the PYROFAB. BioenNW Project Final International Conference Bioenergy Networks and Biomass Potentials – Valorising European Organic Residues 24 September 2015 EUBIA Conference Centre, Rond Point Schuman 6, B1040, Brussels, Belgium The BioenNW Final Conference will be focusing on the most promising technologies and strategies for an efficient exploitation of European biomass residues.
RWM is Europe’s premier event for resource efficiency and waste management solutions. The world’s leading bioenergy scientists and researchers are gathering in Birmingham this May (19th – 23rd) to explore the future of bioenergy and pyrolysis technologies at the Pyro2014 Conference. Alternatively, you can attend the afternoon session of Pyro2014 to hear five presentations about pyrolysis, innovations and their impact for the sector.
The amount of organic waste treated by anaerobic digestion has doubled since 2009 with around 11 million wet tonnes treated annually. The bioenergy sector is set to generate ?12billion of new market opportunities for customers and suppliers within UK supply chains by 2020. This is a 3 day course developed by the European Bioenergy Research Institute (EBRI), Aston University, as part of the Bioenergy North West (BioenNW) European funded project. This course has been designed to introduce participants to the various value adding applications for bioenergy and the wider bioeconomy, including the production heat, power and an introduction to the way bioenergy projects are evaluated by finance houses providers. Sustainability Live incorporating NEMEX and Energy Recovery has been the hub of energy and sustainability solutions for the UK business community since its inception in 2007. This course will introduce participants to the bioenergy technologies available to convert biomass into energy and will allow them to develop concepts to enable the better understanding of the challenges and limitations that these technologies might face. Starting this autumn, the European Bioenergy Research Institute (EBRI) will be running a Bioenergy Master Class Course – an exclusive four part introductory course run over 2 consecutive days for entrepreneurs and business leaders covering the four fundamentals of bioenergy. EBRI is working with the PNO Group, Europe’s leading grants consultancy, to support SMEs in the West Midlands to identify and secure grant funding for their research activities to grow their business.
The World Sustainable Energy Days are one of the largest annual conferences in this field in Europe, offering a unique combination of events on sustainable energy. MEBC is a not-for-profit business with a remit is to promote the business and economic benefits and opportunities of the implementation of sustainable development principles and the transformation to a Low Carbon society. The European Bioenergy Research Institute (EBRI) is working with the PNO Group, Europe’s leading grants consultancy, to support SMEs in the West Midlands to identify and secure grant funding for their research activities to grow their business.
Support is available for businesses who have an interest in bioenergy, could contribute to the development of a regional bioenergy supply chain, and who promote the adoption of innovative new bioenergy technologies across the West Midlands. EBRI invites you to a free event to help your SME find out about funding streams available to your business. Pollutec brings together professionals from around the world to discuss innovative solutions that reduce the impact of human activities on the environment, whether it be in industry, local authorities or in the service sector.
EBRI is working with the PNO Group, Europe’s leading grants consultancy, to support SMEs in the West Midlands to identify and secure grant funding for their research activities to grow their business.
This event will include presentations on the role of bioenergy in the production of power and heat, Horizon 2020 European programme open calls and funding opportunities, collaboration opportunities with European partners of the BioenNW (Bioenergy North West) programme and networking to discuss your bioenergy project ideas. We shall be looking at the problem of Food Waste – how to reduce it and ways of dealing with it. This farmer-only event is designed to give farmers an introduction to anaerobic digestion (AD), an overview of AD options for farming businesses, what farmers need to consider when designing an AD plant and what support and expert advice is available to help with AD projects.
This event is being jointly hosted by the Energy Technologies Institute and the Midlands Energy Consortium. Talk to representatives from key agencies to find out about local business support initiatives and make key contacts. EBRI will be running a free breakfast meeting to help local SMEs and organisations in the Black Country access funding and free support to develop local bioenergy schemes. This is one of six events which see EBRI partnering with six Local Enterprise Partnerships (LEPs) in the West Midlands to inform you of funding streams available, potential sites for development and free support available to help you with your bioenergy development, such as: information on advanced technologies, feedstock valuation and testing, economic modelling, planning, permitting and much more.
During the event you will also have the opportunity to sign up for free support from EBRI including workshops and one to one advice with bioenergy experts.
Events will take place in greater Birmingham, Warwickshire and Worcestershire later in 2014. During three intense days of fairs, meetings, side events, technical visits, meetings, lectures, etc, congregate Expobiomasa related or interested in entering the growing market of biomass professionals. Over the last years, the Pellets Industry Forum, which takes place October 14-15, 2014 in Berlin this year, is recognized as a central platform for exchanging knowledge and networking in the national and international pellets industry. EBRI will be running a free breakfast meeting to help local SMEs and organisations in Herefordshire, Shropshire, Telford & Wrekin access funding and free support to develop local bioenergy schemes. Nextgen 2014 is designed to give farmers, specifiers, consultants, local authority representatives, energy managers, architects and project managers a deep insight into the opportunities and challenges around planning, funding, building and maintaining renewable energy projects. EBRI will be running a free breakfast meeting to help local SMEs and organisations in Stoke-on-Trent and Staffordshire access funding and free support to develop local bioenergy schemes. To maintain competitiveness, Europe will need to ensure sufficient supplies of raw materials, energy and industrial products by not relying on fossil fuels – biological resources can be utilised instead.
Estimated to be worth over €2 trillion, providing 20 million jobs and accounting for 9 % of total employment in the EU, the bioeconomy is set to build a more competitive, innovative and prosperous Europe and bioenergy has an important role to play. To see what the developing European bioeconomy means for businesses and organisations, the European Bioenergy Research Institute (EBRI) at Aston University, in partnership with Climate KIC, is organising a two day event to be held in Birmingham on 2nd and 3rd October. Hear about the latest developments from speakers from the UK, Belgium, France, Germany and the Netherlands. After a successful first conference in 2012 in Bratislava, the European Biogas Association (EBA) will be holding its second event.The conference will take place in Hotel Zuiderduin in Egmond aan Zee, approximately 35 minutes from Schiphol airport, on 30 September and 1 October. Focusing on the latest developments in biofuels policy, international biofuels trading, sustainability, solutions for first generation producers, progress in advanced biofuels and information on feedstock pricing and trends.
The event attracts a senior audience from around the world – one where you are able to interact with speakers, pose your own questions and create new business relationships. A free breakfast meeting designed to provide businesses with the help they need to fill out grant application forms. This event will look at what has been happening in the biomass subsector, the new plant that is now on stream, what proposed plant has planning consent and what is in the pipeline.
The Conference will focus on the factors affecting the future of the bioenergy and biobased modern technologies and business solutions. MEBC second event designed to support Sustainable Business Growth will focus on funding Innovation, New Products and Markets.


In the world in which there are increasing risks from global warming, overpopulation and diminishing conventional energy resources, buildings and settlements with net zero carbon dioxide emissions are seen as one of the ways forward in putting the planet back into balance and setting it on a sustainable trajectory. Recent examples from around the world indicate that zero carbon projects are becoming less of an exception and more of a norm.
During the conference a practitioners forum, an Oral-Poster-Session with more than 20 speakers, posters sessions and an exhibition will take place. The purpose of the conference is to be an important platform for exchange of experiences and knowledge within the biogas area.
The focus of the conference is to dissiminate information about Nordic, European and global biogas markets, innovation and research.
Do you want to know more about the wide variety of funding schemes available for Midlands SMEs?
The European Bioenergy Research Institute (EBRI) at Aston University has partnered up with URS Infrastructure & Environment Ltd to provide expert planning and permitting support and guidance for companies and organisations interested in bioenergy development.
The workshop will provide participants with a good understanding of how the planning and environmental permitting systems work.  Case-study examples of first-hand experiences by URS consultants will be discussed along with the commonly experienced ‘pitfalls’ of the planning and permitting application processes.
10h25 Quel est le lien entre la qualite de l’air et l’utilisation de la biomasse-energie ?
On any given day, four small power plants in rural California are busily turning trash into something akin to gold: 120 megawatts of renewable, low impact electricity. Sarah Davis, Michael Dietze, Evan DeLucia, Chris Field, Steven Hamburg, Scott Loarie,  William Parton, Matthew Potts, Benjamin Ramage, Dan Wang, Heather Youngs, and Stephen Long, “Harvesting carbon from Eastern US forests: opportunities and impacts of an expanding bioenergy industry,” Forests. Owned and operated by the privately held Greenleaf Power LLD, biomass plants in the towns of Scotia, Tracy, Mecca and Wendel collect and burn woody and agricultural castoffs that have traditionally ended up in landfills and open burns:  tree trimmings, agricultural waste, and clean construction and demolition debris.
Greenleaf is an example of the small but burgeoning biomass industry which is turning previously unusable wood and other agricultural residue into energy, either by burning it or by converting it into biofuel -- a technically demanding kind of alchemy that scientists are still trying to perfect. The biomass power business is also providing jobs in an industry hard hit by a drop in the market for lumber, paper and other wood products. Some scientists say converting wood—even wood waste-- to energy raises significant questions about environmental impacts, but many scientists contend that removing and recycling wood waste provides a greener source of fuel than coal. Some renewable energy plants run on woody waste from many other sources as well including wood, brush and stumps from clearing projects in town, unused pallets, trees that have been damaged by storms or infested with insects, trees too small for lumber, and agricultural leftovers such as rice hulls and even—in California – fruit pits and grape skins.
The easiest way to turn sawdust or leftover wood into energy is to burn it – something that lumber, pulp and paper companies have been doing in their mills for a long time. Burning wood waste is a simple process, but getting the debris to the power plant can be a logistical nightmare--and an extra cost, economically and environmentally in fuel alone. Such challenges pale compared to the monumental task of turning wood waste into ethanol, a process that has been notoriously expensive and inefficient. Any advancement in wood-to-energy technology is bound to increase the demand for wood chips and scraps, a trend that would undoubtedly lead to increased worries about  environmental damage.
Recent studies have lent credence to the fear that removing too much wood waste can damage ecosystems. In a biodiversity experiment, researchers removed woody debris and standing dead trees (snags) from plots in a loblolly pine forest in South Carolina. In 2011, the journal Forest and Ecology Management published an analysis of 26 separate studies that examined the impact of removing coarse woody debris from an experimental site after a logging operation.
Underscoring the importance of wood waste to a forest, about a dozen states have already established rules that require loggers to leave behind a certain amount of material after logging natural forests.
In practical terms, visions of the bioenergy industry suddenly scouring forests clean were never especially realistic, Kelley says. Perhaps the bigger concern is that there isn’t enough wood waste to keep utility companies humming.
But the mountains of other agricultural biomass, mixed with woody waste, could fill the gap and has to go somewhere, says Greenleaf’s Smith. The complexity of the three biological grand challenges that must be overcome to achieve industrial-scale bioenergy production requires the coordinated pursuit of numerous research approaches to ensure timely success.
The Genomic Science program is sponsored by the Biological Systems Science Division of the U.S. Targets to increase the security of energy supply and reduce greenhouse gas emissions have been set for all European Union member states to ensure the EU reaches a 20% share of renewable energy by 2020. The Advanced Services Global Forum, to be held at Aston Business School, is specially tailored for business leaders who are designing an advanced services strategy. Get ahead by understanding the impact of climate change and give your business the edge in tomorrow’s world.
Top level speakers from the European Commission, leading research centres, universities and industries will be participating, for a full day on Sustainable Bioenergy in Europe.
It is the only event of its kind, asked for by the industry, covering all aspects of the waste hierarchy. To see what this exciting future for the bioenergy sector means for businesses in the UK and Europe, the European Bioenergy Research Institute is organising a dedicated industry workshop to be held at Pyro2014 on Wednesday 21st May.
However there are a number of threats to the continued expansion of this technology, with shrinking gate fees for raw material, increased costs for digestate recycling and uncertainty as to the long term sustainability of the land recycling route. As this market continues to grow and evolve, it is more important than ever that businesses in the West Midlands find out how to make the most of this complex but compelling market opportunity.
EBRI’s world leading scientists and researchers have designed this tailor made course to introduce the practical skills, concepts and strategies your business needs to achieve success in the bioenergy sector. MEBC is the regional branch of the UK Business Council for Sustainable Development.Our annual awards dinner aims to celebrate local SMEs who have excelled in contributing to the green economy in the Midlands.
Attendees will also have the opportunity to sign up for free 1:1 advice on securing funding to help move projects forward. If you are looking for funding, support, want to grow your business or have a business query or problem, we aim to have someone at our exhibition that can provide practical help and advice.
It gives experts and decision makers of the industrial, research and service sectors an excellent opportunity to get the latest specialist information, forge valuable business contacts, make cooperation agreements and plan joint activities. At the same time, the growing global population will require a safe and secure food supply. Europe can make the transition to a more resource efficient society that relies more strongly on renewable biological resources to satisfy consumers’ needs, industry demand and tackle climate change. On 2 October you can join either one of the two study tours or Biomass Gasification Europe in Alkmaar. We will be looking at the whole regulatory climate for biomass and see where DECC is placing its emphasis. This will include logistic systems, management, total procurement chains, the effects of the energy markets, the influence of green marketing, international trade and other trends affecting forestry, agriculture, industry and climate.
Hear more from those who have successfully launched new products, those who can offer independent support, and alternative ways of funding growth. The things we throw away every day in the form of wastes and residues don’t have to end up on the rubbish tip! This networking event aims to showcase available schemes and provide practical examples of how successful these funds have been. La legislation bruxelloise impose des criteres de durabilite aux bioliquides et biosolides.
Vaut-il mieux une grande installation centralisee ou des petites unites dans les quartiers ? Greenleaf employs 120 people directly, and 460 indirectly to collect and deliver biomass materials. For all of the wood that ends up in newspapers or two-by-fours, a huge amount gets left on the ground. Wood scraps can be chipped up or compressed into pellets that can be shipped to utility companies where it is burned much like coal. Smith says Greenleaf tries to avoid that by using products from within 50 or so miles of the plants.


Nobody is going to make an extra trip into the forest for wood residue, says Kelley of NCSU, so forest leftovers generally have to be gathered and chipped at the time of harvest, which takes equipment and planning. But there have been some encouraging signs: The energy company INEOS Bio is producing commercial amounts of ethanol from wood waste and other vegetative matter at its Indian River BioEnergy Center in Vero Beach, Fla. The Sierra Club, among other environmental groups, opposes forestry biomass projects that contribute to the destruction of wild or natural forests or in which “excessive amounts of biomass are removed from the land” through in-wood chipping. Researchers in Scandinavia have found that certain species of fungus disappear when dead twigs and branches are removed from the forest.
Compared to plots that weren’t disturbed, the plots that were cleaned of fallen branches and twigs turned out to be much less hospitable to birds, including Eastern towhees, Carolina wrens, and red-headed woodpeckers. Taken together, the studies suggested that removing branches, stumps, and treetops reduced the number of resident bird species in later years.
Forest Service’s Northern Research Station, has tried to replicate the potential impacts of removing logging residue for bioenergy in the hardwood forests of Northern Wisconsin. She notes that treetops that are left on the ground provide structure and shelter for insects and amphibians.
In Minnesota, the first state to enact such a requirement, 33 percent of the woody material has to stay behind, which adds up to five tons of waste per acre.
Although the market for biofuels could theoretically encourage loggers to collect limbs and small trees that they would have otherwise left behind, most modern harvests are clear cuts anyway, he says. In the words of Forest Futures Project, a 2012 report by the Southern Research Station, “it is unlikely that biomass requirements for energy would be met through harvest residuals and urban wood waste alone.
While we encourage differing points of view,comments should move the conversation forward constructively.
Collectively, the DOE Bioenergy Research Centers provide a portfolio of diverse and complementary scientific strategies that address these challenges on a scale far greater than any effort to date. Department of Energy Genomic Science program by Biological and Environmental Research Information System (BERIS).
It is led by the European Bioenergy Research Institute (EBRI) at Aston University in the UK and has a broad spectrum of observers such as universities, public authorities, research institutions, private sector companies and not for profit organisations throughout North West Europe. Bioenergy technologies are being developed which offer significant energy efficiency and profit gains but support is needed to develop these innovations into a viable, sustainable energy source. This hands-on event includes a 3 hour workshop session on designing a services-led customer value proposition and developing a strategy to implement this.
In partnership with CIWM spans each element of the industry and is shaped around the demands of this rapidly growing sector. Bioenergy is one of the fastest growing and most attractive emerging markets for entrepreneurs and business in the UK. This gives scrope for further research and development into harnessing the resource more effectively. With climate change affecting primary production systems, such as agriculture, forestry and fisheries, a transition is needed towards the optimal use of renewable biological resources.
There will therefore be highlighted what type of plant will have the most support and easiest ride through planning and what the biomass subsector is likely to look like over the next 3-5 years and beyond.
The European Bioenergy Research Institute (EBRI) at Aston University will show you an alternative solution by using them to create energy and learn about the work it is doing to in the UK, Europe and beyond to drive this forward. There will be an opportunity to speak to organisations who can help you put together your application, deliver your projects and improve business performance. 2012.  Steven Lohr, Sidney Gauthreaux, John Kilgo, “Importance of coarse woody debris to avian communities in loblolly pine forests,” Conservation Biology, May 28, 2002. And, like most other plants,  Greenleaf accepts no garbage and draws the line at construction waste such as painted wood, plywood, and treated lumber, all of which could release pollutants. As a result, many pellet mills depending on other sources of wood, including whole trees that are too small for paper or lumber. The wood waste is heated at low levels of oxygen to produce as much carbon monoxide as possible. However, the researchers also noted that experimental plots tended to exaggerate the difference between a typical harvest and a harvest that included removal of woody debris.
And, she says, those bits of wood will eventually decompose and add nutrients back to the soil. We reserve the right to restrict comments that contain inappropriate content, such as offensive language, verbal abuse, etc.
Each attendee will devise an offering they can take back to their business for immediate implementation. And with advanced technologies and a changing regulatory landscape forward-thinking business leaders are building-up their knowledge to get to grips with this complex but compelling market opportunity.
Cependant les technologies evoluent et il est utile de refaire le point sur le potentiel et les limites lies a l’utilisation de la biomasse en ville.
Bently Wigley, “Biofuel harvest, coarse woody debris and biodiversity—a meta-analysis,” Forest Ecology and Management, 267 (4). Forest Service, researchers at the Energy Biosciences Institute recently estimated that each year loggers leave behind about 47 million metric tons of so-called forest residue—stumps, branches, tree tops and other leftovers—in Eastern forests alone. Pound for pound, wood pellets only pack about 60 to 70 percent as much energy as coal, but that’s still enough to spin a turbine and generate electricity. The company’s patented bacteria then feed on a mixture of carbon monoxide and hydrogen to produce ethanol.
He notes that the research plots were relatively small, especially compared with large-scale logging projects.
In actual biomass plantations, the differences tend to be more subtle, suggesting that real-world collection of woody debris might have a smaller impact on local birds and other wildlife.
In areas where nutrients are at a premium, removing treetops could unravel the ecosystem, she says. He notes that Minnesota prohibits loggers from removing any waste material in areas with especially nutrient-poor soil.
The focus of the offering is on helping the customer to improve their competitiveness rather than just engaging in a single transaction through the sale of a physical product. This industry workshop will share EBRI’s insights and observations on what the changes in the bioenergy sector mean for your business and will offer support and guidance to improve your business performance by unleashing the potential of your supply chain. Le reseau Brussels GreenTech et le cluster Tweed vous invitent a partager ces informations le 23 mai 2014 a 9h chez impulse.brussels. Of all of that material, roughly 20 to 30 million metric tons would be relatively easy to collect without undue expense.
The company hasn’t disclosed how much ethanol it has already generated, but it has a stated goal of producing eight million gallons each year.. Research by Aston Business School has shown that this kind of business model can help companies to achieve annual growth of 5-10%. World-leading experts at Aston University’s European Bioenergy Research Institute have designed a tailor-made course to give entrepreneurs, business-leaders and investors the practical skills and strategies needed to maximise financial returns from bioenergy.
Two years later, she has yet to notice any differences in the plants and insects that have moved into the sites.
The conference forms part of Carbon Week, a week of low-carbon initiatives for Aston University students to equip them for the consequences and challenges of a climate-changed world. Carbon Week will ensure Aston University students are better prepared – and therefore more employable – when they graduate.
McQueen-Mason, “Structural characterization of a unique marine animal family 7 cellobiohydrolase suggests a mechanism of cellulase salt tolerance,” Proceedings of the National Academy of Sciences, 110(25).



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