The researchers applied a Sustainability Impact Assessment (SIA) for local bioenergy development in the alpine area of Lake Como, Italy. They modelled the local bioenergy chain in 2008 as well as eleven scenarios considering different biomass utilizations, mechanization levels, combustion technologies, and subsidies schemes in 2020.

The scenario analysis applied in the research supports the bioenergy planning with its implications for the different policy aims and concerns. Regional and local authorities believe that the improvement of short bioenergy chains can stimulate development in rural areas, aid in meeting regional goals by 2020 and improve the security of energy supply.

The authors state that for the Lake Como area increasing the efficiency of combustion technology is crucial, but not just for increasing energy production. More efficient plants help ensure the profitability of the whole chain in the long run. Also, improving energy efficiency is environmentally beneficial, as upgrading of combustion technologies implies a considerable reduction in pollutant emissions. The case study represents a reference on the availability of raw material, the technologies involved in the various processes, and the features of the resulting products. Using the same framework and method for updates will facilitate monitoring the actual impacts of the implemented actions, thus supporting sustainable productions.

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The above post is reprinted from materials provided by European Forest Institute. Note: Materials may be edited for content and length.