• Diaporama

    Siñal Exhibition

      November 24-25, 2020 The meeting place for the Bioeconomy  
  • AGRICULTURAL MATERIALS

    The sectors in which they have been used most frequently are the construction industry, new plastics, composites, packaging.
  • PLANT-BASED CHEMISTRY

    A whole range of non-food applications of agricultural resources is represented by the extraction of various molecules and active ingredients.
  • BIOENERGY

    When we use the term ‘bioenergy’, biofuels come to mind. However, bioenergy is not limited to this application.
  • Smart Agriculture

    The set of tools, concepts and practices that promote economic growth of farms - agricultural cooperatives and their competitiveness, all in respect of environmental resources and men.
  • Urban equipment

    Objects that are installed in the public space of a city to meet the needs of users.

    2017 Edition - Key numbers

    Slide1
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    Slide3

    At some point, all of us have made, make or will make the following observations :

    • The world population is expanding and getting older.
    • Its food and energy consumption is increasing extremely rapidly.
    • Fossil fuel resources such as gas and petrol are running out.
    • The productive agricultural area per inhabitant is declining on a global scale.
    • Global warming is continuing, destroying the environment and having a negative impact on human activities.
    • The development of biomass applications constitutes one of the most important means chosen by the European Union and France of controlling the consumption of non-renewable resources and of fighting climate change.

    Progress in this area allows for:

    • The exploitation of France’s exceptional agricultural and forestry potential.
    • The creation of opportunities by offering new outlets for these essential fields, whilst encouraging sustainable activities and creating jobs in these areas.
    • The development of alternative solutions for numerous domains in which biomass is being used increasingly frequently: such as fuel, for thermal and electrical energy, in different types of materials, chemistry, fertilisers, soil improvers, etc.

    Thus, it demands consistency and synergy between the different types of use, as well as a greater and balanced mobilisation of bioresources, whether they be incidental energy sources (waste products, by-products, co-products), or dedicated energy sources (crops and plantations), so long as they contribute to the sustainable management of agricultural land and forests, and to guaranteeing the supply to pre-existing industries (agri-food, wood-fibre, etc.).


    Pivotal challenges

    Environmental : contributing to limiting global warming and CO2 production.
    The objective is to preserve the air, water, soil and biodiversity. Biomass can constitute a “carbon sink” and form a sustainable resource, which is not released back into the atmosphere.

    Economic : a reliable, valuable resource.
    The rise in petrol prices offers a new perspective to industries that were not sufficiently profitable in the context of low petrol prices. The areas in which biomass can be used are particularly affected by this.

    Geopolitical : a contribution to energy independence.
    The dominant energy sources : petrol, gas, uranium and, to a lesser degree, coal, come from limited deposits, often located in potentially unstable geographical areas. France’s own biomass production cannot guarantee the country’s energy independence, but it can make a significant contribution.

    Land management employment, local and rural development.
    France is a country in which agriculture and forestry play an important role, so they need to adapt to the opening up of markets. Where biomass is a commodity that is sold by the tonne at low prices, the best economic and ecological results are obtained if the material is utilised close to where it is produced.


    Constraints to be managed

    The possible future competition between “food” and “energy”.
    The increase in the importance of the non-food applications of plant biomass will be seen in the impact on the flow of, and the amount of land given over to, agricultural products.

    The immediate competition between the multiple uses of wood.

    Areas to develop or consolidate : mobilisation and logistics.
    Certain types of biomass application are traditional and well structured. They have been able to adapt quite quickly to increases in demand or to the diversification of the applications (oleaginous, cereal and beetroot production industries). The situation is harder for other uses such as those in the forestry-wood sector.

    Organized by

    • Prefet Grand Est

    THANKS TO IAR EXPERTIZE

    With the financial support of

    • Chalons Agglo
    • Financeur1

    In partnership with

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