Key aims of the project were to:
- Reduce regional dependency on imported energy through activation of domestic resources
- Intensify co-operation between producers of biomass, waste management and energy infrastructure authorities and stakeholders
- Diversify the deployment of alternative bio energy resources in respect of environmental criteria
- Boost regional bio energy production through enhanced supply chain economics
- Strengthen the energy co-operation within the Region's coastal societies
- Deliver a clear North Sea regional contribution to the EU renewable energy target.
"The EU currently meets 4% of its energy needs from biomass. If it made full use of its potential, it would more than double biomass use by 2010 - while complying with good agricultural practice, safeguarding sustainable production of biomass and without significantly affecting domestic food production" (Biomass Action Plan SEC(2005) 1573).
Capturing the potential of bluegreen energy is a key contribution to attaining the EU's 20/20 renewable energy target.
However, a key characteristic of renewable energy is that in contrast to the conventional power plants and their associated continental grids renewable are a decentralised energy form.
Transnational cooperation can play a major and cost-effective role in capitalising on the North Sea Region's diversified but largely unaligned renewable expertise, especially in respect of the under-potential deployment of bio energy resources.
The enercoast strategy was one of applying proven supply chain management methodology and tools to the underdeveloped bio energy market in a North Sea Region context. The project's focus was clearly set on a defined range of regional bio energy market initiatives and their transformation into sustainable value chains. Supply Chain Management (SCM) features an integrative approach to dealing with the planning and control of the material flows from suppliers to end-users and focuses on a network of firms interacting to deliver a product or service to the end customer, linking flows from raw material supply to final delivery.