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March 4, 2010 |  4 comments |  Print | E-Mail Your Opinion  

Biomass, an Energy Source of the Future?

Jean Pierre Schaeken Willemaers: The current European energy scheme is not sustainable. In that perspective all technological options must be considered and energy savings must be the top priority. Among the current renewable energies, biomass is not given the importance it deserves.

Investments in bio-energy should principally focus on the more efficient use and production of energy and in areas where agreed societal benefits including economic, social and current and future environment concerns. Biomass that is plant material, vegetation, or agricultural waste used as a fuel or energy source and is therefore the most relevant choice to address global warming, security of supply and economic concerns although a number of problems have still to be solved. Firstly, because it is the most natural, efficient and environment friendly renewable energy for power generation. Secondly, because it is the only renewable enabling continuous power production. Today around 60% of all renewable energy in the EU comes from biomass energy derived from wood or plant matters that is used in heating and power generation.

As far as transport is concerned, the first priority should be given, on the one hand to improve energy saving (further the use of railroad and smaller cars.) On the other hand, dedicate financial resources to the most efficient bio-fuels from an economical, efficiency, social and environmental perspective. This will be achieved by progressively giving up on the other bio-fuels which are more and more contested. A new survey published by the Friends of the Earth reports that bio-fuels in the UK could have doubled the GHG emissions of fossil fuels they allegedly replace. This partly results things from the change in land use. Subsidies are another concern. According to Renewable Energy World.com, “the relatively high cost of support currently offered by many first generation bio-fuels is an impediment to the development of second generation bio-fuels as the goals of some current policies that support the industry with grants and subsidies are not always in alignment with policies that further innovation.”

The cheaper the fossil fuels are, the less attractive renewable energies get. This is the case when global energy demand decreases because price decreases making fossil fuels more attractive. The outcome would be the same if the share of renewable energy grows. Where is the balance between higher costs of renewable energy and competitiveness of the European industry which is aiming at being the leader in the renewable business?

Conventional energy for power generation and for transport can, as a rule, only be replaced partially by biomass in the upcoming decades. An area equivalent to about 30% of the current agricultural land in Europe should be dedicated to bio-fuels to reach a production equivalent to 10% of the European fuel consumption. This is not acceptable. Covering the power needs of a country like France, exclusively with biomass would require two to three times the already existing arable land. As far as the impact of bio-fuels on employment is concerned, a study conducted by ZEW, a German centre for economic research reports that the use of bio-fuels in the EU up to a substitution share of some 15% would not cause any adverse employment effects. This is based on two assumptions, firstly sufficiently mature bio-fuel production technology will soon be at disposal and secondly that the overall calculated employment effects resulting from the balance of positive and negative contributions are modest. Other studies come to the same conclusions. This significantly differs from political statements claiming important net job creations.

Jean-Pierre Schaeken Willemaers holds a Master's Degree in electrical and mechanical engineering and graduated in nuclear engineering and economics at the University of Louvain. He is currently active in the energy business, as a board member of different industrial companies and a member of the advisory board of the Thomas More Institute.

This article was originally published by the Institute Thomas More, and has been submitted to atlantic-community.org by the author.

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Member deleted

March 5, 2010

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It is always a good policy to remain honest since the truth will come out in the end, if not immediately, taking note that no one can fool all the people all the time and acknowledging the fact that some could fool some of the people some of the time.

Trust that a fare share for biomass will result among other technologies, for the future.

Granted, it's difficult to determine a price for fossil fuels because it's going to run out someday and they are not renewable.

But, for example, current oil price at about USD 80 per barrel is considered sufficient for OPEC members to have profits including financing further developments for future increased oil demand. This is not really only based on supply and demand, but also based on the future, and perhaps a little bit of speculations.

Thus, developing all possible alternatives to fossil fuels is important, including biomass, considering the fact that fossil fuels are non-renewable while avoiding a comeback of the tyranny of oil.
 
Heinrich  Bonnenberg

March 10, 2010

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Two comments:
1. Our highly developed societies will come to be megapolis societies which need clean electricity for energy consumption. They will be electricity societies: electricity for cars with electical motors, electricity for heating by electrically driven heat pumps, electricity for communication and so on and so forth.
Very new daily, monthly and yearly graphs of electricity demand will come to be. What are the role of nuclear energy, of fossil energy, of water energy, of bio-energy, of solar and wind energy to satisfy this demand?
2. EU in total needs united electricity politics with special contributions of the EU "provinces", e.g. France, UK, Hungary, Czechia: nuclear energy and Germany, Italy, Spain: renewables and Norway: water and and and....... Who is independent enough in EU to develop the united electricity politics of EU? To many self-appointed experts are doing their own business and the province politicians are fearing lack of their influence!
 
Unregistered User

March 24, 2010

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Jean-Pierre Schaeken Willemaers, active in the energy business, puts an emphasis on the need for a “consistent energy scheme which should be worked out and rapidly implemented” [N° 25/Eng – Energy, climate & environment Study Programm – January 2010]. The present discussion around biomass energy can be confusing. An agreed basis for understanding could help to bring forward the rearrangement of the present climate-damaging energy generation system towards a sustainable future, likely to see rising energy needs. Clear definitions are needed as a basis for straightforward conclusions concerning the scientific basis, the technological standards and the economic relations. Some of them are

1) Biomass contains usually carbon, which has been recently taken from atmospheric CO2. Subsequently, biomass carbon when reconverted into CO2, fills only the gaps in atmospheric CO2 which have been produced by the firsthand synthesis of that biomass before. Thus, atmospheric CO2 concentration remains constant when biomass is used as fuel .
2) Fossil carbon is taken from deposits of carbonaceous materials, such as coal, oil, or natural gas. When that carbon is converted into CO2, that CO2 adds to the atmospheric CO2. Thus, atmospheric CO2 concentration increases when fossil fuels are used.
3) Heat rises from the earth’s surface. These rays are partially reflected back to the earth when they are striking CO2 (as well as other trace gas) molecules in the atmosphere. This reflection takes place already at very low CO2 concentrations. Thus, although the present low CO2 concentration in the atmosphere cannot be noticed by sensory perception, not disturbing man’s breathing, neither be smelled nor seen, it increases steadily heat on earth proportional to its concentration. Now, the heat balance has reached a state that earth is warming up comparable to greenhouse action.
4) This physical action is sometimes denied. It is necessary to find methods which convince the public of the validity of that greenhouse effect
5) Economic calculations describing the comparison of biomass and other renewable fuels with fossil fuels should be nowadays not based on obsolete assumptions anymore. Comparing recent and fossil carbon based energy costs is not valid by the following calculation:

Costs of energy produced from recent carbon material
=
Costs of energy produced from fossil carbon materials.

When using this relation the costs of energy produced from recent carbon materials come out usually higher than the costs of energy from fossil carbon materials. But this is misleading because the different influences on the atmospheric CO2 level are neglected.

The correct calculation is:

Costs of energy produced from recent carbon material
=
Costs of energy produced from fossil carbon material
+
Costs of capture and storage of (fossil) CO2.

This equation says that fossil materials do need not to be excluded from the energy market but the influence of fossil CO2 on the atmospheric CO2 level has to be excluded in spite of the additional resulting from additional operations. The unique advantage of biomass (and other renewable energy sources) in energy generation is that operations are not necessary to isolate resulting CO2 from the atmosphere.
 
Member deleted

April 13, 2010

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I personally am a strong proponent of utilization of renewable energy sources where possible in the form of pellets or biogas generation, etc. even when not feasible enough by means of encouragement by granting incentives to make it attractive enough for the entrepreneurs to consider it, too.

I have come to belive so because otherwise the commonly preferred alternative is the fossil fuels including world’s petroleum reserves.

The most serious drawback to utilization of petroleum resources extensively is that they will obviously be eventually depleted completely thus leaving behind a petrochemical sector without its main raw material. Such an industrial catastrophy will result in disastrous consequences in all other industrial sectors dependent in various degrees on petrochemical products even as a part of their inputs.

Among renewable energy sources the biomass has been remarkably under utilized so far and wasted away because of the great obstacles in storing them for future use.

I am pleased to observe that there has been a growing interest in biomass utilization without being too late….
 

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