Modern biomass heating systems

If you are considering installing a biomass boiler system there are many important things you must consider for successful project. Perhaps the three most important points are:

1. Know which fuel is suitable for your project Logs, wood chips or wood pellets.

2. Use proven technology Your project should not try to do anything that hasnt been done before!

3. Ensure you use good quality wood fuel Most problems encountered with wood heating projects tend to be caused by poor quality or incorrect wood fuel rather than the system installed.

By the end of this guide you should be able to go some way towards addressing each of these points, and with the help of the Wood Fuel South West Advice Service, we hope to ensure you have access to a reliable heat supply.

This guide is principally concerned with wood fuelled boiler systems, not room stoves (although we do provide basic information on stoves).

Typically the boilers will be fed with either wood chip or wood pellets, however smaller systems for domestic buildings may also use logs. We will refer to wood fuel boilers as biomass boilers in this guide. Biomass boiler technology is proven, reliable, clean and efficient. Modern biomass boilers are very common across Europe, particularly in Austria, Sweden and Finland. Austria has approximately 100,000 biomass boilers installed, with a reliable local wood fuel supply network in place.

Biomass boilers can operate at 92% efficiency levels, comparable with modern gas condensing boilers. Within this information pack we have included a list of suppliers and installers who are able to undertake projects in the South West. Many of these companies use technology from Austria, Sweden, Germany and other countries who have been working with biomass boilers extensively over the last 20 years. This has been demonstrated time and time again internationally.

Even with a specific form of fuel, such as wood chips, there can be major differences in characteristics. This means that while it is all eminently usable, one batch will allow a particular piece of equipment to operate according to specification, but another may cause blockages in the fuel feed line, inefficient operation, emissions, condensation in the flue, or automatic shut down of the equipment as it moves outside its design operating regime.

In different equipment, however, the second batch of fuel may be perfectly acceptable. Clear technical specifications are needed which can be incorporated into supply contracts. The European Union has developed specifications and standards CEN/TC 335 for solid biofuels. CEN/TC 335 is the technical committee developing the draft standard to describe all forms of solid biofuels within Europe, including wood chips, wood pellets and briquettes, logs, sawdust and straw bales.

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Benefits of Biomass Energy

From the very beginning of civilization biomass fuels were being used for the production of energy but from the last few decades, it has been a matter of great debate whether biomass energy is advantageous or not. With all the research and experiments scientists and researchers came to this result that it has many advantages over fossil fuels and it does help in reducing greenhouse effect.

Through this article we are going to discuss some basic advantages of such energy and what are the present steps that are being taken by different countries and organizations to make it popular.

Renewable source

Yes, the basic advantage of biomass energy is that it is renewable source of energy. It is derived from mostly plants and we all know that without plants there will be no life on this planet. So, as long as plants are going to be on this planet, there will a source for the production of these energy.

Reduces green house effect

Another great advantage of biomass energy over fossil fuels is that it helps in reducing green house effect.

It has been observed in the past, that people have raised questions on this very nature of biomass energy. The question is “in the production of biomass energy CO2 is released and also from fossil fuels CO2 is released, so how does this energy have advantage over fossil fuels?”

The basic difference is that all the CO2 which has been absorbed by plant for its growth is going back in atmosphere during its burning for the production of biomass energy while the CO2 produced from fossil fuels is only going to increase the green house effect. Fossil fuels not only produce CO2 but also sulphur dioxide and lead oxide during their burning which are very toxic gases.

Biomass also helps in controlling methane, another green house gas.

Fresh surrounding

The third advantage of biomass energy is that, it also helps in cleaning surrounding.

In the world of today with the increase in population, problem of disposing garbage is also increasing. For their own advantage people throw their garbage’s in river, nearby ocean or empty land which worsens our eco-system balance.

Whatever organic garbage’s are produced by human, animals and plants; they all can be used for the production of this energy and it helps in cleaning our surrounding.

Available in plenty

There is surely no doubt in this statement that biomass is available in plenty. Wherever we look, we can find the source of the production of biomass energy. This is also one of the great advantages of biomass energy over fossil fuel. As we all know that fossil fuels are not going to remain for next 500 years. Many researches are going in different nations to find a source of energy which is not only cheap but also available in plenty. Biomass energy truly is the answer for all their questions regarding seek of alternative form of energy.

So, know this information you can do your part in using biomass energy and help save the earth. Alternatively, you can also use other renewable resources such solar and wind energy. Use them in your homes and you will be able to save electricity and save money at the same time. How wonderful is that?

Yes, together we can save the earth and totally avoid global warming. With this in mind, we are going to increase the lifespan of our generations. Our children will be able to breathe fresher air and live life to the fullest because the earth is greener.

Let us spare some thoughts and take action to heal the world.

To save energy at home is to indirectly save money and heavily reduce home expenditures. Read more at my site: Go Save Power for more information about saving energy at home. Learn more about saving energy and acquiring energy efficient homes, by visiting my website: http://www.gosavepower.com/

Top And Emerging Bio-fuel Markets By Technology, Feedstocks, Regulations

According to the new market research report Top and Emerging bio-fuel markets by technology, feedstocks, regulations, pricing and commercialization trends and forecasts (2011 -2016), published by MarketsandMarkets

According to a new market research report :Emerging Bio-Fuel Markets
http://www.marketsandmarkets.com/PressReleases/bio-fuel.asp

According to the new market research report : Emerging bio-fuel markets http://www.marketsandmarkets.com/Market-Reports/biofuels-market-297.html

published by MarketsandMarkets, The biofuels (bioethanol and biodiesel) production in top and emerging countries like U.S., Brazil, France, Spain, India, Colombia, Thailand, Sweden, Belgium, and Netherlands. is expected to grow from 102,896 million liters in 2011 to 150,975 million liters in 2016 at CAGR of 8% for the same period. The markets representing high growth rate are Sweden (32.2%), Colombia (24.4%), India (19.7%), and Thailand (16.3%).

Browse 163 market data tables with figures and in-depth TOC on- Top and Emerging bio-fuel markets by technology, feedstocks, regulations, pricing and commercialization trends and forecasts (2011 -2016)
Early buyers will receive 10% customization of report.

Global Biofuels Market Outlook (2010 2015)
http://www.marketsandmarkets.com/Market-Reports/biofuels-market-297.html

The liquid biofuels (biodiesel and bioethanol) market with respect to production, consumption, trends, forecasts, and policies and regulations are covered in detail for top and emerging markets like Belgium, Brazil, Colombia, France, India, Netherlands, Spain, Sweden, Thailand, and U.S. The major players are selected from these countries and in depth competitive landscape is provided for them.

Biofuels are gaining importance in recent years due to their low carbon emissions, government support, growing automobile industry, volatile and rising crude oil prices, and energy sustainability with new opportunities resulting in scaling up production with utilization of new feed stocks like jatropha and algae for biodiesel and cellulosic feed stocks for bioethanol. Technologies mainly used for bioethanol production is fermentation and for biodiesel, and esterification.

In the year 2010, 107.6 billion liters of biofuel was produced globally, of which top and emerging countries accounted for 84.5% of production. The biofuels production in top and emerging countries is expected to grow from 102,896 million liters in 2011 to 150,975 million liters in 2016 at CAGR of 8% for the same period.

As of 2010, global biofuels production market is largely dominated by U.S. (45.9%), Brazil (29.3%), and France (3.75%). These countries have mature markets as compared to other countries. The countries like India (1.3%), Spain (1.14%), and Thailand (1.04%) are in growth stage, while the countries like Sweden (0.33%), Netherlands (0.33%), Belgium (0.63%), and Colombia (0.65%) are at nascent stage in biofuel production.

The objective of report is to highlight key market trends and winning imperatives which can be strategically useful and actionable for the stakeholders i.e. bioethanol producers, biodiesel producers, petroleum companies, feedstock suppliers, biofuel project developers, biofuel research institutes, and biofuel process equipment suppliers. The entire report is supported with lot of facts and figures about market size (million liters), market revenues ($ million), raw materials and cost structures. The total number of tables and figures are about 104 and 59 respectively in the report.

About MarketsandMarkets
MarketsandMarkets (M&M) is a global market research and consulting company based in the U.S. We publish strategically analyzed market research reports and serve as a business intelligence partner to Fortune 500 companies across the world.
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MarketsandMarkets (M&M) is a global market research and consulting company based in the U.S. We publish strategically analyzed market research reports and serve as a business intelligence partner to Fortune 500 companies across the world. MarketsandMarkets also provides multi-client reports, company profiles, databases, and custom research services.

Biodiesel Power

Throwing a couple cans of my first batch of biodiesel into the truck. It’s about a B50 mixture (50% petrodiesel/50% biodiesel) for the test run. No difference in power.

SVO: Powering Your Vehicle With Straight Vegetable Oil

Bio Fuels Facts

“There is a lot of information out there about the pros and cons of biofuels – more cons than pros recently. but still, nothing seems to beat Straight Vegetable Oil (SVO). It’s cheap, carbon-neutral, uses a waste product and does not depend upon centralized corporate infrastructure.
And now there is a definitive guide to fueling your diesel engine with this alternative fuel. SVO-Powering Your Vehicle with Straight Vegetable Oil cuts through the masses of often contradictory, erroneous and confusing information on the subject and provides a practical guide. It also, importantly and uniquely, explains what is necessary to convert a diesel engine and how to do it properly. there are facts, figures, charts, grpahs, diagrams, and lots of technical detail but, with all its detail, the book is still very accessible.
Gregg knows his stuff; he is a former researcher with Frybrid, a leading developer of veggie oil conversion systems, and has worked as a designer, fabricator and installer of SVO conversion systems.” – Natural Life Magazine

The benefits of straight vegetable oil (SVO) as an alternate fuel for diesel engines are many. SVO is cheap, carbon-neutral, uses a waste product, and does not depend upon centralized corporate infrastructure.

Authors Christopher Goodwin and Forest Gregg are the founder and designer, respectively, of Frybrid, the most respected vegetable oil conversion company in the United States. They have many combined years of expertise in the use of straight vegetable oil as a fuel and have sifted through the masses of contradictory, erroneous, and confusing information on the subject, extracting the very best information available. Chapters include:

  • Vegetable oil sources, extraction, and refining
  • Viscosity
  • Chemical degradation
  • Fuel properties
  • Contaminants
  • System design
  • Engine modifications

SVO is the only book available that explains exactly what is necessary to convert a diesel vehicle and how to do it properly. It gives readers the tools to sort through the different companies and online plans to find something that works well. While technical in nature, this fully illustrated book is very accessible. Each concept is introduced and described in great detail.

Designed to educate new consumers, it is also a resource for current conversion owners.

Forest Gregg is a researcher with Frybrid, and has worked as a designer and installer of the conversion systems.

Christopher Goodwin has been in the automotive business for twenty years, has owned two shops specializing in German auto repair, and is the founder of Frybrid, the most respected vegetable oil conversion company in the United States.

List Price: $ 18.95

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