Innovation and institutional change: the transition to a sustainable ...

Innovation and institutional change: the transition to a sustainable ... Innovation and institutional change: the transition to a sustainable ...

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Stability and transformation in the electricity system 121 – Conditions and developments in other regimes (waste regime, agricultural regime) play a significant role in the development of biomass as an option for electricity generation; – The agenda and expectations for use of bio-fuels for the transport sector are increasing, also due to EU guidelines and this increases competition between biomass utilisation in the power and transport sector. In overview, biomass is a very diverse and fragmented source for electricity generation. There is fierce competition for R&D budgets between conversion routes that are not yet commercial. For commercial routes, especially combustion and co-combustion, there is also strong competition for biomass sources, such as for waste-wood. For example, the energy distribution company Essent acquired first mover advantage in its development of the Cuijk biomass-fired power plant for which it agreed on contracts with for example Staatsbosbeer, for wood prunings, and with sawmills for wood remains (Hofman, 2005). The company Electrabel announced in 2001 that it had bought all olive residuals from Tunisia as a potential product for co-combustion but this can only serve some percentage points of its total biomass demand (Penninks, 2001). In 2003 and 2004 imports of biomass grew rapidly, mainly agro-residues, palm oil, olive residues, palm kernel, etc., and it was estimated that around 50% of cocombustion took place with imported biomass, with several power plants importing all biomass for co-combustion (Junginger and Faaij, 2005: 16, 20). This is illustrative for the way the logistics and availability of biomass is given shape in an international setting and demands altogether new linkages and networks, but also points at major uncertainties regarding the way a biomass market may unfold. One of the uncertainties is the way appropriate institutional arrangements can evolve to safeguard the sustainability aspects of biomass crop production and international biomass trade and its effects on land use and agricultural crop production. Some studies have suggested that local production and use of biomass for power and/or transport may provide positive effects to local economies relative to imports of fossil fuels (Van den Broek, 2000). Institutional frameworks need to ensure that income is not mainly appropriated by elites and that local food production or tropical forest areas are not threatened. For example, Essent has been involved in the development of a certification scheme to ensure that imported biomass for co-combustion can be traced, and to ensure that certain sustainability principles are being followed by suppliers (Junginger and Faaij, 2005: 23). Also a taskforce on sustainable bio-energy trade at the International Energy Agency has been set up to specifically to develop and disseminate information and knowledge for the creation of sustainable bio-energy markets.

122 Chapter 4 The focus on biomass based electricity generation is often strengthened by its link to other policy fields, such as its role to close material cycles in waste policy and manure policy (see also Raven, 2005). Due to its various conversion routes, the various applicable sources and its links to various policy fields there is also a multitude of actors involved in biomass development, all with specific (different) agendas. Biomass has taken an important position in transition routes and the recently developed research agenda of Economic Affairs. Co-combustion of biomass in coal-fired power plants has become the main route, and its evolution is characterised by strong involvement of incumbent power producers after the covenant on CO2 reduction was agreed and after the electricity produced through biomass cocombustion became eligible for the exemption of the regulatory energy tax and later the feed-in premium. 4.13 The introduction of ‘green’ electricity Consumers played a relative passive role in the electricity system until the nineties. Whereas the role of industrial users increased with the emergence of decentral combined heat and power production, households were ‘captive’ consumers (no choice, fixed prices) of electricity until well in the nineties. Several developments, however, have facilitated changes in this mode of provision. They include the changes in law concerning the electricity market structure in 1989 and 1998 (two new electricity acts) and demands from the government towards distribution firms with regard to the attainment of certain environmental goals. From the middle of the nineties on PNEM was the first energy distribution company to make a distinction between renewable and non-renewable electricity in marketing (Hofman, 2002). For the so-called ‘green’ electricity consumers pay a premium, which compensated the higher purchase price the distributors paid to providers of ‘green’ electricity. In anticipation of liberalisation energy distribution companies had become much more customer oriented and focused on its product and marketing. Crucial is the way the concept involved a new institutional arrangement with new roles for green electricity producers, an environmental NGO, and consumers, which received swift support from government, and spread rapidly as other firms started to imitate the concept. Chapter six provides a detailed analysis of the emergence and diffusion of the concept and institutional arrangement.

Stability <strong>and</strong> transformation in <strong>the</strong> electricity system 121<br />

– Conditions <strong>and</strong> developments in o<strong>the</strong>r regimes (waste regime,<br />

agricultural regime) play a significant role in <strong>the</strong> development of biomass<br />

as an option for electricity generation;<br />

– The agenda <strong>and</strong> expectations for use of bio-fuels for <strong>the</strong> transport sec<strong>to</strong>r<br />

are increasing, also due <strong>to</strong> EU guidelines <strong>and</strong> this increases competition<br />

between biomass utilisation in <strong>the</strong> power <strong>and</strong> transport sec<strong>to</strong>r.<br />

In overview, biomass is a very diverse <strong>and</strong> fragmented source for electricity<br />

generation. There is fierce competition for R&D budgets between<br />

conversion routes that are not yet commercial. For commercial routes,<br />

especially combustion <strong>and</strong> co-combustion, <strong>the</strong>re is also strong competition<br />

for biomass sources, such as for waste-wood. For example, <strong>the</strong> energy<br />

distribution company Essent acquired first mover advantage in its<br />

development of <strong>the</strong> Cuijk biomass-fired power plant for which it agreed on<br />

contracts with for example Staatsbosbeer, for wood prunings, <strong>and</strong> with<br />

sawmills for wood remains (Hofman, 2005). The company Electrabel<br />

announced in 2001 that it had bought all olive residuals from Tunisia as a<br />

potential product for co-combustion but this can only serve some percentage<br />

points of its <strong>to</strong>tal biomass dem<strong>and</strong> (Penninks, 2001). In 2003 <strong>and</strong> 2004<br />

imports of biomass grew rapidly, mainly agro-residues, palm oil, olive<br />

residues, palm kernel, etc., <strong>and</strong> it was estimated that around 50% of cocombustion<br />

<strong>to</strong>ok place with imported biomass, with several power plants<br />

importing all biomass for co-combustion (Junginger <strong>and</strong> Faaij, 2005: 16, 20).<br />

This is illustrative for <strong>the</strong> way <strong>the</strong> logistics <strong>and</strong> availability of biomass is<br />

given shape in an international setting <strong>and</strong> dem<strong>and</strong>s al<strong>to</strong>ge<strong>the</strong>r new linkages<br />

<strong>and</strong> networks, but also points at major uncertainties regarding <strong>the</strong> way a<br />

biomass market may unfold. One of <strong>the</strong> uncertainties is <strong>the</strong> way appropriate<br />

<strong>institutional</strong> arrangements can evolve <strong>to</strong> safeguard <strong>the</strong> sustainability aspects<br />

of biomass crop production <strong>and</strong> international biomass trade <strong>and</strong> its effects on<br />

l<strong>and</strong> use <strong>and</strong> agricultural crop production. Some studies have suggested that<br />

local production <strong>and</strong> use of biomass for power <strong>and</strong>/or transport may provide<br />

positive effects <strong>to</strong> local economies relative <strong>to</strong> imports of fossil fuels (Van<br />

den Broek, 2000). Institutional frameworks need <strong>to</strong> ensure that income is not<br />

mainly appropriated by elites <strong>and</strong> that local food production or tropical forest<br />

areas are not threatened. For example, Essent has been involved in <strong>the</strong><br />

development of a certification scheme <strong>to</strong> ensure that imported biomass for<br />

co-combustion can be traced, <strong>and</strong> <strong>to</strong> ensure that certain sustainability<br />

principles are being followed by suppliers (Junginger <strong>and</strong> Faaij, 2005: 23).<br />

Also a taskforce on <strong>sustainable</strong> bio-energy trade at <strong>the</strong> International Energy<br />

Agency has been set up <strong>to</strong> specifically <strong>to</strong> develop <strong>and</strong> disseminate<br />

information <strong>and</strong> knowledge for <strong>the</strong> creation of <strong>sustainable</strong> bio-energy<br />

markets.

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