Martina Schäfer, Noara Kebir, Daniel Philipp (editors) - TU Berlin
Martina Schäfer, Noara Kebir, Daniel Philipp (editors) - TU Berlin
Martina Schäfer, Noara Kebir, Daniel Philipp (editors) - TU Berlin
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PROCEEDINGS Conference MPDES 2011<br />
functional as national interests and individual<br />
family/community interests are colliding. Hence, biogas<br />
technology depends on individual interests and may not<br />
totally respond to those on a national level (Ni and Nyns,<br />
1996).<br />
The socio-cultural factors are mainly a result of the<br />
differences between field and habitus. The research<br />
showed that utilizing biogas, with its corresponding<br />
appliances, is not part of the social practice of the rural<br />
society of Burkina Faso. The habitus came to the fore<br />
since cultural and social practices did not comply with the<br />
field of biogas technology.<br />
Institutional and Infrastructure<br />
Proper social, cultural, political and economical<br />
institutions form a base for supporting adoption,<br />
dissemination and appropriate contextual innovation of<br />
the biogas technology (Murphy, 2001). Currently, the<br />
government of Burkina Faso is taking part in the national<br />
biogas program Biogas for Better Life (B4B), initiated by<br />
a Dutch NGO - SNV. It strives to improve the<br />
dissemination of biogas in Burkina Faso. The strategy for<br />
the B4B program in Burkina Faso is to involve the<br />
government (respectively Ministry for Environment and<br />
Livelihood, Ministry of Mines and Energy, Ministry of<br />
Agriculture and Water Resources, and Ministry of<br />
Livestock Resources) (Mang et al., 2007). This was<br />
underpinned by a SNV representative involved in the B4B<br />
project. It was noted, that the expected activities of B4B<br />
will also have effects on the legislation and erode the legal<br />
und bureaucratic barriers, while empowering new policy<br />
makers.<br />
In Burkina Faso, three levels of institutions which<br />
influence the implementation of biogas, can be<br />
distinguished. These are the national level, the<br />
interregional or regional level (districts or departments),<br />
and the local level (villages or groups within the village).<br />
As stated in the interview with the representative of the<br />
Ministry of Livestock Resources, the intensity of<br />
coordination among these three layers, determines the<br />
efficiency of biogas implementations in Burkina Faso.<br />
Unfortunately, there are currently hardly any academic<br />
institutions dealing with biogas in Burkina Faso (Oumar,<br />
2008). It is a prerequisite for the further dissemination of<br />
the biogas technology that local researchers dedicate their<br />
investigations to biogas.<br />
In the past, there was a partial absence of academic,<br />
bureaucratic, legislative and commercial infrastructure in<br />
the country. Therefore, not enough support was given and<br />
some projects were dismissed, due to these shortcomings<br />
(Parawira, 2009). In this respect, the bureaucratic and<br />
legislative infrastructure supporting biogas projects in<br />
Burkina Faso has improved in the last couple of years.<br />
Such effects are mainly due to the B4B project. But still<br />
there is no real target group on biogas in Burkina Faso<br />
with a governmental status. So far, there are no<br />
laboratories which are equipped for analyzing biogas<br />
plants on a full scale.<br />
In the past, there was hardly any commercial<br />
infrastructure allowing biogas installations, but according<br />
to the interview with the representatives of CREPA and<br />
IRSAT, materials are now becoming more available and<br />
construction companies have started to specialize in<br />
biogas constructions.<br />
The habitus of the social, cultural, political, academic,<br />
and economical institutions in Burkina Faso does comply<br />
fully with the field of biogas. Most institutions have not<br />
yet developed a proper way to integrate biogas technology<br />
into their structure. Universities, for example have not yet<br />
started to investigate in biogas. Construction companies<br />
do not offer the construction of a biogas plant on a<br />
professional level. The government does act in favor of<br />
the new technology, with assistance of the donor<br />
community.<br />
Economic<br />
Parawria (2009) used the term “financial factors” which<br />
refers mainly to monetary aspects. In this study the term<br />
economic was a much broader definition. By using the<br />
term “economic”, it is intended to extend this category<br />
with non monetary aspects. It is referred to the set of<br />
capital factors commonly used in the sustainability<br />
discourse by Goodwin (2003), which allows a more<br />
holistic approach in this category.<br />
Lack of money for operation and maintenance is a<br />
common problem in any biogas program in Africa.<br />
According to the interview with the chief researcher of<br />
IRSAT, many plants have closed operation in Burkina<br />
Faso due to this reason. Without a proper financial long<br />
term support a continuous biogas production does not<br />
seems to be possible. The monetary benefits for the local<br />
community are moderate. In most cases there are only<br />
very limited income generating opportunities stemming<br />
from the sale of biogas and fertilizer (Adeoti et al., 2000).<br />
The overall cost benefit ratio depends strongly on the<br />
topography of the area, agricultural productivity, labor<br />
cost at the site location, community participation, learning<br />
curve, technology, cost of substrate, use of the biogas<br />
product, potential for selling the (by-) products, markets<br />
for inputs and outputs, and system of organization, just to<br />
name the most important issues (Amigun and von<br />
Blottnitz, 2007; Parawira, 2009).<br />
Each new biogas plant connotes changes in the<br />
socioeconomic equilibrium of the affected society. In the<br />
past, it was hardly considered to compare the social cost<br />
and the social benefits. My observations revealed that the<br />
labor input and the necessary adaptations of the social<br />
system involved in a biogas plant may, be higher than the<br />
benefit.<br />
The input, in terms of work, needs to be measured<br />
against the benefits of utilizing biogas. During the field<br />
research, one example of a biogas project was critically<br />
observed. In order to supply a school kitchen with some<br />
biogas for cooking, it would need the co-operation of the<br />
entire village and the nomadic cow herders. One has to<br />
ask if this is still socially maintainable? Is it really<br />
worthwhile mobilizing a bunch of people who need to put<br />
a lot of work, time and other resources in this project for<br />
acquiring just enough gas for cooking?<br />
Another crucial issue for adopting biogas technology is<br />
the labor effort and the financial costs for switching to<br />
biogas, compared to conventional fuels. Several biogas<br />
projects in Africa have experienced that the rural<br />
population finds it much easier to burn biomass directly,<br />
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