Biomass and multi-product crops for agricultural and energy production—an AGE analysis

Regional economic impacts of biomass based energy service use: A comparison across crops and technologies for East Styria, Austria

“…CGE Models evaluating the effects of biomass energy use have thus been provided for a variety of particular issues. See Ignaciuk and Dellink (2006) for expansion of bio-electricity in Poland, Banse et al (2008) for the implications of the EU Biofuel Directive on the European economy, Hertel et al (2008) for one application of the Global Trade Analysis Project (GTAP) model, here for an analysis of interplay of the EU and US biofuel initiatives, and Reilly and Paltsev (2009) applying MIT's EPPA model for a global analysis of land competition more general. All of the mentioned approaches are at the national, or even more aggregated geographical scale.…”

Impact of agricultural-based biofuel production on greenhouse gas emissions from land-use change: Key modelling choices

“…Ignaciuk and Dellink [147], for instance, proposed a national equilibrium model to estimate the role of multi-product crops for bioelectricity generation in Poland. They focus on the competition between agriculture and bioenergy for limited land resources and changes in land allocation.…”

The Prospects of Rubberwood Biomass Energy Production in Malaysia

“…On the other hand, the large quantities of other types of biomass such as oil palm, paddy husk, cocoa, coconut, and sugarcane bagasse appears to have much better viability for energy production. Apart from being used as mulch, fertilizers, and soil amelioration agents, this biomass has untapped potential for energy production on a large commercial scale (Faaij et al 1998;Ignaciuk and Dellink 2006). Nevertheless, the problems associated with the logistics, variable qualities, stock, and transportation distance must be tackled first if this objective is to be realized.…”