With the usage of only one tractor, it’s now possible to convert vegetal and woody biomass from 4 inches diameter into a netted and compacted round bales. Our « Biobaler » harvesting system cut, compact and bale woody biomass in only one operation. The main benefits of the BIOBALER are; Highly manoeuvrable equipment on any type of ground Almost any crop height (up to 25 feet) The main advantages of our BIOBALER are; Low power requirement Low Capital Cost Investment Low soil compaction Bale dry out naturally from 55% down to 20% MC Bales Transportion using standard equipment Biomass harvesting is suitable at : Short-rotation woody crops Fuel Reduction application Fallow land & Natural pastures management Management under power lines. Roadside cleaning Cutting down, compacting & baling, all-in-one operation! This is the most efficient technology with the lowest daily operating cost on the market.
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Short clip to demonstrate the features of MHG ERP system.
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A quick powerpoint about the advantages of using bioenergy over fossil fuels
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Bioenergy is life itself and there can be no life without. Bioenergy treatment involves examining and optimizing the energy that radiates within and around the human body.  
Everything we experience on a physical, emotional and psychological level is influenced by how our bioelectromagnetic field is currently functioning. By working to optimize our energy field enables anyone to achieve better health and wellness.

Bioenergy Healing treatment is a method of healing which accesses your body’s energy system to dramatically increase the functioning and repair mechanisms of your body.  The method is safe and natural – no pills or foods are taken, no needles are used in the treatment in fact, the body does not even have to touched.

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The BioEnergy practitioner doesn’t use their own energy but rather directs BioEnergy, which enables the body needs to heal itself. The therapist directs the energy to the part of the body where it is needed, or re directs excess energy away from a part of the body which is receiving to much energy. In conclusion, the therapist gives the body the information it needs which helps to optimize the immune system and when this happens the whole body begins to heal itself.

Its important to note that a Bioenergy therapist doesn’t heal the patient. Only the body is capable doing that. This therapy directly boosts the immune system, targets pain, regenerates tissue and dramatically increases the blood circulation and also has an impact on mood.

It doesn’t matter where you are because if you cannot visit a practitioner in person you can take advantage of distance healing has been practised for thousands of years and can be just as effective as healing in person. In fact, Many people claim to get better results with distance healing.

Bioenergy healing is growing in popularity, as people seek holistic and safe ways to enhance their overall health and wellness. Bioenergy healing is not medicine, it simply uses energy which is the self sustaining force of all life and re directs it, to help people lead healthier and happier lives.

Find More Bioenergy Advantages Articles

Science has proved the human organism is not just a physical structure made of molecules; but is composed of energy fields which are vibrating, refreshing and exchanging information within and around the body. Thee biofieldeffectivelyy regulates all our biological functions. If the biofield is not correctly balanced a number of conditions can occur on both a mental and physical level which can lead to illness or an overall decline in wellness.

A person is healthy when the energy potential of their biofield is perfectly ordered and vibrates at its optimum frequency. Bioenergy therapy aims to balance a persons Biofield to restore wellness on both an emotional and physical level. By restoring and balancing bioenergetic information, Bioenergy therapy addresses the optimization of health and is not a form of medicine which targets one single ailment. Bioenergy healing simply boosts the immune system, spreading information of optimum performance to all cells and allows the body to function to its full potential.

You can visit a bioenergy therapist and they can look at the bioenergy field and optimize it or you can take advantage of distance healing, if you don’t have time to visit a centre. The great thing about this natural form of healing is anyone can feel the benefits and if you are suffering from a mental condition such as depression or a physical condition as serious as a stroke or simply have a back pain, bioenergy healing can help.
This natural holistic Method of healing is gentle, non-invasive, medicine free, sustainable and is one of the most effective ways to promote better all round health, by using life itself.

According to the UN’s Food and Agriculture Organisation food and bioenergy crops are now competing for land, water and other resources in many parts of the world.

The FAO argues that the rising price of basic foods in 2007 – 08 that generated food scarcity worries and import restrictions in some countries wasn’t caused only by poor harvests in major producing countries and high oil and energy prices raising the cost of inputs like fertilizers and irrigation as well as the transport costs of inputs and food.

The speculation on the commodity markets was also partly driven by the rising demand for liquid biofuel, it says.

The environmental argument for using bio-diesel made from oilseed rape, or bio-ethanol, manufactured from wheat, maize or sugar, is the significantly lower carbon dioxide emissions over the full cycle of production and use compared with fossil fuels.

Not surprisingly the prospect of a smaller carbon footprint and greater energy security has encouraged Governments around the world to offer tax breaks to encourage use of biofuels and to set targets for the inclusion of biofuels in transport and other fuels.

When there was an over-supply of commodities like food it was fine, but not once it was clear that global population growth and diet change were together generating increased demand for food while climate change with its associated droughts and storms seemed to be limiting the world’s productive capacity.

The United Nations Conference on Trade and Development (UNCTAD), confusingly, takes the view that the increase in biofuels production has NOT been the dominant driver of food price inflationfor certain crops and certain countries.

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It cites long-term factors – like the failure to accord the importance it deserved to the agricultural sector during the last decades, plus distorted agricultural markets and the dismantling of policies supporting domestic markets in developing countries – as being far more accountable for the present food crisis than biofuels.

It argues that where biofuels have had an impact, the relationship between biofuels and food price spikes should be interpreted more as a policy failure than as an intrinsic and unavoidable consequence of the production of biofuels. Nevertheless plainly bioenergy can provide opportunities to increase rural incomes and employment.

But while rising commodity prices imply potential greater profits from switching land to crops for biofuels they also arguably lead to the destruction of vast areas of rainforest, as trees are felled to make way for palm oil plantations in countries like Brazil and Malaysia, and to the threat of creating “a monocultural desert, devoid of biodiversity, across vast swathes of the British countryside”.

According to Andre Croppenstedt, an economist with the Agricultural Development Economics Division of the UN Food and Agriculture Organisation, biofuel production need not compete with food production if biofuel demand generates increased incomes for farm households and this in turn is invested in raising productivity of all farm activities, including food production.

UNCTAD also argues that what’s needed in the longer term is support for investment efforts aimed at enhancing the agricultural productivity of developing countries, particularly of small farmers, and making sure that these investments increase farmers’ ability “to capture a larger share of the growing agricultural revenues”

Whatever the pros and cons of the arguments there is a finite amount of available crop-producing land,

So there needs to be greater investment in the resources and support farmers need to improve their land’s yield while farming sustainably.

One way of doing that would be to support the efforts of biopesticide developers with globally agreed and quicker regulation of their new generation low-chem agricultural products and with Government investment towards the costs of developing more environmentally friendly crop protection and yield enhancing products.

Even if such higher yielding methods come to market, however, land availability still sets limits to how much cna be produced.

Investment should therefore be also coupled with promoting the development of second-generation biofuels – based on converting cellulose resources such as grass and fast-growing trees into fuels – to help to limit the direct competition between food and fuel associated with most first-generation biofuels.

The EC Climate Change Initiative accepted that second generation biofuels produced from materials like straw and forestry residues could enable far greater reductions in Greenhouse gases.

It also advocates selecting an overall production chain that can use a high yielding biomass crop to improve land use efficiency.

For instance most oils seed crops only produce a few tonnes per hectare per annum, sugar and starch crops may generate 5 to 10 tonnes, while significantly greater yields come from woody plants – or from conventional crops like cereals if the straw can be used.

This report delves into the global efforts to develop technologies that improve the refining processes associated with many different types of biofuels and its growing consumption among nations throughout the next few decades.

Biofuel is expected to become a major renewable resource to produce fuel, electricity, heat, and other sources of power. To compete with other energy types will require development and implementation of an enhanced biorefinery process that minimizes its impact on local environments. Developing sustainable fractionation and separation technologies will be a key factor for the success of refining biomasses into renewable energy.

Biorefinery technology differs from traditional oil based refinery technology because it will be mainly water-based. Today’s biofuels involve either ethanol or diesel, with the former accounting for roughly 90 percent of the market. Brazil, the United States, and China are the greatest producers. More than half of the world’s bioethanol is generated from sugar cane; the rest comes mainly from corn. Biodiesel is mostly derived from rapeseed and sunflower.

Outlook for Biofuel Consumption
External Factors Affect Growth of Biofuels
Food Prices Fuel Biomass Debate
United States Remains Hotbed of Biomass Activity

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Biofuel Technology Research
Global Market Values
Manufacturing, by Country, 2009 and 2014 (in $ millions)
Shipments of Organic Biomass Feedstocks
Imports of Organic Biomass
U.S. Shipments of Biomass Conversion Technology Components
U.S. Backs Biofuel Innovations
Federal Funding Fuels Innovation
Innovations in Biorefineries
Innovations in Biofuel Processing
Biofuel Energy Policy Fuels Debate
Biofuel’s Effect on Food Prices
Biofuels Lobbying Efforts
Global Policies toward Biofuels
Market Value Forecast Through 2014

Report Scope
Methodology
Terminology
Future Biomass Conversion Technologies
First- and Second-Generation Liquid Biofuels
Ethanol Production Processes
Biomass Feedstocks

External Factors Affect Growth of Biofuels
Food Prices Fuel Biomass Debate
United States Remains Hotbed of Biomass Activity
Biofuel Technology Research
Reduction of Greenhouse Gases

Shipments of Organic Biomass Feedstocks
Manufacturing, 2004 and 2009 (in $ thousands)
Biodiesel Trade Market in Flux
Imports of Organic Biomass
U.S. Shipments of Biomass Conversion Technology Components
Imports of Technology Components
Biomass Conversion Technology Exports
Market Value Forecast Through 2014

Archer Daniels Midland (ADM)
Bunge
CHS
Royal Dutch Shell
Foster Wheeler
Wilmar
Tenaska

U.S. Backs Biofuel Innovations
Diversity of Cellulosic Feedstocks
Federal Funding Fuels Innovation
DOE Funds Advanced Biofuels Projects
Innovations in Biorefineries
Whole Crop Biorefineries
Ligno Cellulosic Feedstock Biorefineries (LCFBR)
Green Biorefineries
Two Platform Concept Biorefinery (TPCBR)
Marine Biorefinery (MBR)
Thermo Chemical Biorefinery (TCBR)
Innovations in Biofuel Processing
Advances in Ethanol Separation Technologies
Germ and Fiber Separation
Enzymatic Dry Milling
Dry Fractionation
Ammonia Process in the Wet Mill
Continuous Membrane Reactor for Starch Hydrolysis
Alkali Wet Milling
High-Gravity Fermentation
Improved Yeast
Conversion of Pentose Sugars to Ethanol
Enzymes for Liquefaction and Saccharification
Enzymes to Reduce Sulfur Dioxide
Distillation Technology
Control Systems
Environmental Technologies
Biodiesel Derived From Tallow

Biofuel Energy Policy Fuels Debate
Feedstock Implications
Legislation Favors E85 Production
Biofuel’s Effect on Food Prices
Studies Point to Ethanol’s Effect on Food Prices
Biofuels Lobbying Efforts
Global Policies Toward Biofuels
European Union Changes Biofuel Composition
Japan Continues Import Strategy
India Ethanol Blends Fluctuate
China Steps Up Corn Ethanol Production

More Bioenergy Research Articles

www.integrativeonc.org Dr. Kevin Chen on Inhibitory Effects of Bio-Energy Therapies on Cancer Growth — An Overview of Laboratory Studies in the US and Its Implications in Cancer Treatment at Society of Integrative Oncology International conference in Shanghai in April of 2008
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Addax Bioenergy is developing a Greenfield renewable energy and agriculture project at Makeni, Sierra Leone, that will produce bio-ethanol for export and domestic use, and “green” electricity. Initiated in 2008, the project will become operational in 2013. The project aims to become a model for sustainable investment in Africa, through the respect of strict sustainability standards and the introduction of innovative social solutions. The project will comply with the world’s highest social and environmental standards, including the African Development Bank’s safeguards policies, the World Bank’s International Finance Corporation (IFC) performance standards, the EU renewable energy environmental and social sustainability criteria, and those of the Roundtable for Sustainable Biofuels. Addax Bioenergy has conducted an extensive analysis of the environmental, social and heath impact of the project (ESHIA), including 14 specialist studies. In accordance with international standards, all draft reports were released for public review and key findings were presented to all interested and affected parties at national, provincial and local levels. www.addaxbioenergy.com
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Speaker: Professor Jinyue Yan, Royal Institute of Technology (KTH) & Malardalen University, Sweden Organiser: Energy Studies Institute This lecture provides an overview of R&D in bioenergy technologies, focussing on a regional energy system that has been successfully developed in Sweden. On-going research activities in developing a fossil free region in Stockholm will be presented.
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Jatropha, or the wonder weed as it is popularly called, shot into prominence some 7-8 years back for its astounding abilities to survive drought conditions, thrive on acrid land and yet yield amazing quantities of fuel that could be put to use without any processing.

It wasn’t long before a mad rush to buy waste lands across the world broke out.

The search for an alternate fuel has strengthened in the last few years amidst growing concerns based on the rapidly drying up conventional sources of energy. Various experiments are underway around the world to find an alternative for the time when we would have exhausted all fossil fuels.Nuclear fuels, hydrogen, nitrogen, even water has not been spared the machinations of discerning scientists in their search for the alternative to coal, oil and gas that could power the technologies of tomorrow.Jatropha weed is one such probable source of fuel that has gained popularity over the last few years. On hindsight, its rise to popularity is natural, given that fuel from the weed might easily turn out to be the cheapest to produce.

Jatropha curcas is a poisonous scrub weed belonging to the euphorbia family and is believed to have originated in Central America. It is touted as a bioenergy crop that grows in marginal, eroded land, and is resistant to drought. Hence, it is not expected to compete for land that could grow the more important food crops. Another factor adding to its popularity is that itdoesn’t require a lot of water or fertilizers and pesticides, quite unlike corn, oilseed rape, soybean, sunflower and other food crops that are usuallydiverted into biofuel production.

Jatropha is a non-food plant, which is believed to start producing seeds within 12 monthsof planting, with maximum productivity level achieved in 4-5 years. According to research, the plant remains useful for around 35-50 years and its seeds can produce around 37% oil content. Its kernels can produce up to 60% oil content. The plant is said to produce up to 12-20 tonnes of oil per hectare. Add to it the fact that it considerably reduces polluting emissions and one can rightfully assume to have landed a formula to make green gold. Here is a plant that promises boundless oil supplies to drought-ridden countries.

Not unnaturally then, one can consider Jatropha to be a blessing in green coating to the hundreds of farmers saddled with several hundred hectares of arid, semi-arid and non-arable landsTaking cognizance of the fact, in 2003, India’s Planning Commission recommended a national mission on biofuel, a two-phase project for wide-spread cultivation of Jatropha on wasteland across much of India.

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The committee on development of BIO-FUEL presented its report that recommends a major multi-dimensional programme to replace 20% of India’s diesel consumption. One of the objectives was to blend petro-diesel with a planned 13 million tonne of bio-diesel by 2013, produced mainly from non-edible Jatropha oil, a smaller part from PongomiaFor this end, eleven millions hectares of presently unused lands are to be cultivated with Jatropha.

Jatropha curcas is considered most suitable for thissince it uses lands which are largely unproductive for the time being and are located in poverty-stricken and watershed areas and degraded forests. Jatropha is also planned to be planted under the poverty alleviation programmes that deal with land improvements.

Additionally, scientists at Central Salt and Marine Chemical Research Institute (CSMCRI) at Bhavnagarrecently discovered a microbe from Indian waters that can manufacture bio-degradable plastic using a by-product of theJatropha plant. CSMCRI has said that it successfully made bio-degradable plastic from glycerol, a side-stream product of Jatropha found during the process of bio-diesel extraction from the plant’s fruit.

Indiais not alone in the research to tap most effectively into the potential of this rather versatile plant. China, Netherlands, Germany, Israel, Belgium and Italy are some of the other countries involved in Jatropha research. China, which claimed to have 2 million hectares of Jatropha already under cultivation, has plans to plant an additional 11 million hectares across its southern states by 2010. Neighbouring Myanmar (Burma) has plans to plant several million hectares; and the Philippines, as well as several African countries, have initiated large scale plantations of their own.

As per reports, the total land under cultivation for Jatropha was estimated to shoot up to 21 million hectare in 2014 from over 720,000 hectare in 2008 with an achievable total potential of around 30 million hectares.

D1 Oils, a UK-based biodiesel producer and the world’s largest commercial Jatropha cultivator is responsible for around 81,000 hectares of Jatropha plantation in Chhattisgarh and in the southern state of Tamil Nadu, with plans for an additional 350,000 hectares over the next few years.

According to media reports, some of the best-known business houses, including India’s largest private sector company Reliance Industries Ltd (RIL), is the race for planting this green gold in the South Asian country. The company plans to set up the country’s first biodiesel refinery in Andhra Pradesh at a cost of around Rs. 700 crore. (Source: Media Reports)

However, all that glitters is not gold. And all that is said about Jatropha is not an established fact.Against the popular belief to the contrary, Jatropha does need rain, fertilizing andample amount oftime to come to fruition. It takes about 4-5 years for a plant to mature. Jatropha needs at least 600mm of rain a year to thrive. Even though the plant is touted to survive drought, it does not have any correlation to the eventual yield.

Jatropha, just like any other plant, needs to be cared for, quiteunlike the belief that it can be planted and left to grow. Similarly, fertilizing or adding manure is essential to maintain good long-term seed yields. The fact that Jatropha plants can survive droughts does not mean they will not be more productive if they get more water. However, the optimum amount of water required is still unknown. The early experiences from the cultivation of Jatropha as a managed agricultural crop have pointed that although Jatropha can indeed survive hostile environmental conditions, oil yields can be much higher in conditions where the plant has adequate access to soil nutrients and water.

According to the Discipline Coordinator for Discipline of Wasteland Research at , Bhavnagar, The yield from the plant is very uncertain. We are researching the ways to improve the yield and productivity of the Jatropha plant”. 

Additionally, the yield of the plant has been widely hyped. However, the facts point to a different direction. Dr. Chikara says “The per-hectare yield for Jatropha stands at about 2 tonnes against 12-20 tonnes claimed by various sources.”

Being still in the research mode, Jatropha is not a cheap crop to plant either. The cost of planting the weed comes to about Rs. 20,000 per hectare.

It has also been excessively advertised that the oil pressed from the crop can directly be used sans any processing. This however, may lead to damaging the engine of a vehicle running on this fuel, says Dr. Chikara.

Jatropha is neithera leguminous plant nor onethat can fix the eroded nitrogen content in the poor soils like legumes. Hence, it is only fair to believe that it would need some nitrogen inputs in the form of fertilizers in order to maintain good longer-term yields, considering regular harvesting of the seeds withdraws nitrogen from the plants.

Jatropha may seem like the most sustainable option among bioenergy crops, however, it still has to prove its potential. There are many uncertainties over the potential of jatropha as a biodiesel crop, including its unpredictable yield, the conditions for its optimum growth and the potential impacts of large-scale cultivation. There exists an obvious need for further research in this area before we can expect assured yields from Jatropha as well as the techniques needed to achieve them on a large scale.

Though, Jatropha does have a future, it is going to take sometime before it can live up to all the claims that have been made on its behalf, for which its genetics will need to be better developed. Only further studies will tell if the Jatropha is indeed green gold or fool’s gold.

Verdant Energy Solutions, an emerging American company involved in the developing bio-coal market has announced today that it will be developing Bio-Coal production capabilities in the biomass-rich regions of Brazil. Verdant Energy Solutions will be looking at utilizing supplies from a 100% renewable plantation grown feedstock primarily grown on Verdant-operated plantation sites. Verdant Energy Solutions has also acknowledged that negotiations between themselves and a secondary feedstock supplier, Greenwood Management ApS, have been ongoing.

Greenwood Management ApS is based in Europe and has facilities ideally located in Brazil to logistically supply Verdant Energy Solutions with a secondary source of plantation grown Eucalyptus bio-mass feedstock.

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It is widely seen that there is a growing need for a non-fossil fuel alternatives that can be co-fired with coal in order to achieve the required reductions in commercial CO2 emissions. Legislatively mandated CO2 reductions have created a market for Bio-Coal as a “clean burning” fuel whilst current technology is unable to cope with the removal of CO2 from smoke stacks.

Switching to Bio-Coal is seen to provide synergy with current existing energy infrastructure while at the same time meeting the increasingly stringent emission reduction targets in the most cost-effective manner possible.

In Canada it has been announced that the BCBN and the SDTC have recently partnered in a strategic agreement to further the development of commercial bioenergy technology in British Columbia. The Agreement between the BCBN and SDTC will enable a working partnership to identify exciting projects within the British Columbia bioenergy sector to increase funding through investment. The BCBN has already identified several companies in BC that could receive financial assistance from the agreement.