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Annexes                                                         111

            operators need to be convinced that disclosure is in their individual or joint interests
            if they are to agree to take part in a case study.
              In this respect, the following observations can be made:

            • Reluctance on the part of Biorefinery operators’ to communicate on their
              activities can result in their being seen as a “black box,” which can raise all
              sorts of questions. The strict minimum in terms of communication (“compli-
              ance”) is often insufficient to illustrate active social responsibility.
            • Partial, incomparable, one-off, non-independent case studies can only promote
              confusion, conflicting assessments, unfounded interpretations and hasty
              generalisations. They present non-negligible opportunity costs for industry,
              investors and governments.
            • As recently pointed out by a major trade association (the Confederation of
              European Paper industries, CEPI), even limited case studies mapping
              bio-refinery operations, physical flows, interactions with the environment and
              industrial synergies, would already be a major step forward in helping external
              stakeholders to understand how a biorefinery operates.

              The remainder of this document will be organized as follows:

            1. Definitions
            2. General outline of the study
            3. Methodological challenges
            4. Conclusion
            5. References

            1. Definitions According to Task 42 of the International Energy Agency (IEA), a
            Biorefinery is the site of “the sustainable processing of biomass into a spectrum of
            marketable products and energy”.
              Biorefinery systems can be classified in different types. We can distinguish
            between:

            – Port biorefineries, which import biomass, and rural bio-refineries, which trans-
              form local biomass
            – Sugar-based biorefineries (wheat, sugar beet) and “oilseed” based biorefineries
              (rapeseed, sunflower and palm oil)
            – First generation biorefineries and second-generation biorefineries (using ligno-
              cellulose processing or urban waste for example)
            – Single input/output bio-refineries and multi-input biorefineries with multiple
              products
            – Standalone refineries versus integrated bio-refineries.
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